March 3-7, 2013 • Henry B. Gonzalez Convention …...Characterization of Nuclear Reactor Materials...

March 3-7, 2013 • Henry B. Gonzalez Convention CenterSan Antonio, Texas, USA

Technical Program

Program At-A-Glance ........................................................................................ 62Monday AM ........................................................................................................ 74 Monday PM ......................................................................................................... 95Tuesday AM ...................................................................................................... 122 Tuesday PM ...................................................................................................... 150 Wednesday AM ................................................................................................ 177 Wednesday PM ................................................................................................ 203 Thursday AM .................................................................................................... 229Thursday PM .................................................................................................... 250 Posters .............................................................................................................. 259Index ................................................................................................................. 278Notes ................................................................................................................. 316

62 TMS 2013 Annual Meeting Final Program

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2013 Aluminum Keynote: Impurities in the Aluminum Supply Chain

2013 Aluminum Keynote Session MON AM Lila Cockrell Theatre 74

2013 and Beyond: Flexible Electronics

Flexible Bioelectronics in the Central and Peripheral Nervous Systems MON AM 006A 74

Semiconductor Advances in Flexible Electronics Systems MON PM 006A 95

2013 Functional Nanomaterials: Synthesis, Properties and Applications

Nanomaterials for Energy Technologies MON AM 201 75

Carbon Nanomaterials MON PM 201 96

Nanomaterials General I: Electronic, Photonic, and Bio-Nano Interfaces TUE AM 201 122

Low-Dimensional Nanomaterials I TUE PM 201 150

Nanomaterials General II WED AM 201 177

Low-Dimensional Nanomaterials II WED PM 201 203

Structural Nanomaterials I THU AM 201 229

Structural Nanomaterials II THU PM 201 250

2013 Materials Innovation Plenary: Innovation in Materials & Manufacturing

2013 Materials Innovation Plenary Session WED PM Lila Cockrell Theatre 204

4th International Symposium on High-Temperature Metallurgical Processing

High Efficiency New Metallurgical Technology MON AM 008B 75

Fundamental Research of Metallurgical Process MON PM 008B 97

Alloy and Materials Preparation I TUE AM 008B 122

Alloy and Materials Preparation II TUE PM 008B 150

Roasting, Reduction and Smelting WED AM 008B 177

Simulation and Modeling WED PM 008B 204

Treatment of Solid Slag/Wastes and Complex Ores THU AM 008B 230

Sintering and Pelletization THU AM 008A 229

Microwave Heating, Energy and Environment THU PM 008B 251

Acta Materialia Materials and Society Award Special Symposium: “Global R&D Trends – Implications for Material Sciences”

Global R&D Trends -- Implications for Material Sciences TUE PM Lila Cockrell Theatre 151

Advanced Materials and Reservoir Engineering for Extreme Oil & Gas Environments

Nanocrystalline Metals I MON AM Lone Star Salon A 76

Nanocrystalline Metals II MON PM Lone Star Salon A 98

Corrosion and Hydrogen Damage TUE AM Lone Star Salon A 123

Novel Alloys and Coatings TUE PM Lone Star Salon A 151

Advance Materials & Innovative Solutions for Oil and Gas I WED AM Lone Star Salon A 178

Materials Challanges in Hostile Environments WED PM Lone Star Salon A 205

Advance Materials & Innovative Solutions for Oil and Gas II THU AM Lone Star Salon A 231

Advanced Materials for Power Electronics, Power Conditioning, and Power Conversion

Advanced Materials for High Power, High Temperature, and High Frequency Power Electronics TUE PM 007A 152

Wide Bandgap Semiconductor Material Growth and Characterization WED AM 007A 178

Wide Bandgap Semiconductor Device Processing and Characterization WED PM 007A 205

Magnetic Materials for High Frequency Power Electronics THU AM 007A 231

Capacitor and Packaging Materials for Advanced Power Electronics THU PM 007A 251

Symposium Name Session Name Date Time Room Name Page

63LEARN • NETWORK • ADVANCE

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Date Time Room Name Page

Advances in Surface Engineering: Alloyed and Composite Coatings II

Functional Coatings I MON AM Bowie B 76

Functional Coatings II MON PM Bowie B 97

Thermal and Cold Sprayed Coatings TUE AM Bowie B 123

Laser Processing and Hard Coatings TUE PM Bowie B 152

High Temperature, Wear- and Corrosion-Resistant Coatings WED AM Bowie B 179

Engineered Coatings WED PM Bowie B 206

Alloys and Compounds for Thermoelectric and Solar Cell Applications

Thermoelectric I MON AM 007C 77

Thermoelectric II MON PM 007C 98

Thermoelectric III TUE AM 007C 124

Solar Cells TUE PM 007C 153

Alumina and Bauxite

Digestion MON PM 212B 98

Clarification TUE AM 212B 125

Red Mud TUE PM 212B 153

Precipitation and Calcination WED AM 212B 179

Impurities WED PM 212B 206

Low Grade Alumina Sources THU AM 212B 232

Aluminum Alloys: Fabrication, Characterization and Applications

Development and Application MON PM 213A 99

Corrosion Resistance Performance TUE AM 213A 125

Casting and Solidification TUE PM 213A 154

Thermal Mechanical Processing WED AM 213A 180

Solutioning and Aging WED PM 213A 206

Emerging Technology THU AM 213A 232

Aluminum Processing

Aluminum Processing I WED AM 210A 180

Aluminum Processing II WED PM 210A 207

ICME in Aluminum Processing THU AM 210A 233

Aluminum Reduction Technology

Fundamentals: Modelling MON PM Grand Ballroom C2 100

Cell Design and Performance MON PM Grand Ballroom C1 99

Potline Operation I: Smelter Operations TUE AM Grand Ballroom C1 126

Fundamentals: Chemistry TUE AM Grand Ballroom C2 126

Environment I TUE PM Grand Ballroom C1 155

Cell Operations and Process Control TUE PM Grand Ballroom C2 154

Potline Operation II: Equipment WED AM Grand Ballroom C1 181

Environment II: PFCs WED PM Grand Ballroom C1 207

Battery Recycling

Battery Recycling WED PM 006A 208


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Biological Materials Science Symposium

Mechanical Behavior of Biological Materials I: Bone and Teeth MON AM 214C 77

Mechanical Behavior of Biological Materials II: Natural Materials MON PM 214C 100

Ultrafine Grain Materials/Biointerface TUE AM 214C 127

Bioinspired Material Science and Processing TUE PM 214C 155

Innovative Thin Films and Coating for Biological Interactions (Joint session with Biological, Electrical and Functional Thin Films and Coating Symposium)

WED AM 214C 181

Hierarchical Composites and Biological Materials (Joint session with Hybrid and Hierarchically Structured Composites)

WED PM 215 208

Nanoscale Systems and Surfaces for Biological Interactions WED PM 214C 209

Molecular Biomimetics and Bioenabled Materials and Systems THU AM 214C 233

Molecular, Cellular and Tissue Engineering THU AM 215 234

Biomedical Materials Implants and Devices THU PM 214C 252

Bulk Metallic Glasses X

Alloy Development and Application I MON AM Lone Star Salon D 78

Alloy Development and Application II MON PM Lone Star Salon D 101

Structures and Mechanical Properties I TUE AM Lone Star Salon D 127

Structures and Modeling TUE PM Bowie A 156

Structures and Mechanical Properties II TUE PM Lone Star Salon D 156

Mechanical and Other Properties WED AM Bowie A 182

Fatigue and Corrosion WED AM Lone Star Salon D 182

Simulation and Modeling WED PM Lone Star Salon D 209

Structures and Mechanical Properties III WED PM Bowie A 210

Structures and Mechanical Properties IV THU AM Bowie A 234

Cast Shop for Aluminum Production

Aluminum Cast Shop I MON PM 210A 101

Aluminum Cast Shop II TUE AM 210A 128

Aluminum Cast Shop III TUE PM 210A 157

Aluminum Cast Shop IV WED PM 212A 211

Characterization of Materials through High Resolution Coherent Imaging

X-ray Based Techniques I MON AM 206B 79

X-ray Based Techniques II MON PM 206B 102

Electron Based Techniques TUE AM 206B 128

Characterization of Minerals, Metals and Materials 2013

Characterization of Ferrous Metals I MON AM 206A 79

Characterization of Ferrous Metals II MON PM 206A 102

Characterization of Nonferrous Metal and Alloys TUE AM 206A 129

Characterization Technologies TUE PM 206B 158

Characterization of Inorganic Materials TUE PM 206A 157

Green Materials WED AM 206A 184

Characterization for Environmental Applications WED AM 206B 183

Characterization of Advanced Materials WED PM 206B 211

Characterization of High Performance Alloys WED PM 206A 212

Characterization of Minerals THU AM 206A 235



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Characterization of Soft Materials THU AM 206B 236

Surface, Joint, and Processing of Metals THU PM 206B 253

Characterization for Extraction Applications THU PM 206A 252

Characterization of Nuclear Reactor Materials and Components with Neutron and Synchrotron Radiation

Characterization of Nuclear Reactor Materials and Components with Neutron and Synchrotron Radiation

WED AM 202B 184

Computational Discovery of Novel Materials

Novel Methods for Materials Discovery MON AM 207B 80

Electrochemical Energy Storage and Conversion MON PM 207B 103

Interfaces and Microstructure WED AM 207A 185

Computational Thermodynamics and Kinetics

First-principles Thermodynamics MON AM 207A 80

First-principles and Multi-scale MON PM 207A 103

Molecular Dynamics Simulations I TUE AM 207A 129

Molecular Dynamics Simulations II TUE PM 207A 158

Phase Field Simulations WED PM 207A 212

Phase Diagrams THU AM 207A 236

Steels and Oxides THU PM 207A 254

Cost Affordable Titanium IV

Overview and Low Cost Processing MON AM 217C 81

Low Cost: Additive Manufacturing and Metal Injection molding MON PM 217C 104

Low Cost Processing: Plasma, Microwave, Laser, Melting and Casting TUE AM 217C 130

Low Cost Processing: Fundamentals TUE PM 217C 159

The Production and Processing of Titanium Powder WED AM 217C 185

Low Cost Powder Processing and Characterization WED PM 217C 213

Processing: Property Relationship THU AM 217C 237

Deformation, Damage, and Fracture of Light Metals and Alloys

Session I MON PM 210B 104

Session II TUE AM 210B 129

Session III TUE PM 210B 159

Session IV WED AM 210B 186

Session V WED PM 210B 213

Session VI THU AM 210B 237

Session VII THU PM 210B 254

Electrode Technology for Aluminium Production

Anode Raw Materials MON PM 213B 105

Paste Plant Operations TUE AM 213B 131

Bake Furnace Design and Operation TUE PM 213B 160

Anode Quality and Performance WED AM 213B 186

Cathode Materials and Wear WED AM Grand Ballroom C2 187

Inert Anodes, Cell Materials and Alternative Processes WED PM 213B 214

CBF Environmental & Anode Electrical Connections WED PM Grand Ballroom C2 214



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Energy Technologies and Carbon Dioxide Management

Alternative Green Processes TUE AM 006C 131

Waste Heat Recovery and Furnace Technology TUE PM 006C 161

Energy Education WED AM 006C 187

Carbon Footprint Analysis WED PM 006C 215

Fatigue and Fracture of Thin Films and Nanomaterials

Fatigue of Thin Films and Nanomaterials MON AM Bowie C 81

Fracture of Thin Films and Nanomaterials MON PM Bowie C 105

High Temperature and Electrical Properties TUE AM Bowie C 132

Advanced Indentation-based Techniques TUE PM Bowie C 161

Micromechancial Testing for Nanomaterial Failure WED AM Bowie C 188

Deformation and Strengthening Mechanisms of Nanomaterials WED PM Bowie C 215

Fatigue in Materials: Microstructure-Driven Modeling and In-Situ Fatigue Characterization

Characterization and Modeling of Fatigue TUE AM 207B 132

Microstructure -- Property -- Fatigue Deformation & Damage Relationships TUE PM 207B 162

Fatigue Property Enhancement and Life Prediction WED AM 207B 188

Fatigue in Advanced Materials & Environmental Effects WED PM 207B 216

Advanced and Emerging Technologies in Fatigue Experimentation and Simulation THU AM 207B 238

Friction Stir Welding and Processing VII

Friction Stir Welding and Processing: Modeling and Controls MON PM Grand Ballroom C3 106

Friction Stir Welding: High Temperature Materials I TUE AM Grand Ballroom C3 133

Friction Stir Welding: High Temperature Materials II TUE PM Grand Ballroom C3 162

Friction Stir Welding: Light Materials I WED AM Grand Ballroom C3 189

Friction Stir Welding: Light Materials II WED PM Grand Ballroom C3 216

Friction Stir Processing THU AM Grand Ballroom C3 238

Frontiers in Solidification Science

Industrial Aspects of Solidification MON PM Lone Star Salon F 106

Macroscale Phenomena TUE AM Lone Star Salon F 133

In-situ Observations and X-ray Imaging TUE PM Lone Star Salon F 163

Microstructure Formation I: Experimental WED AM Lone Star Salon F 190

Microstructure Formation II: Simulation WED PM Lone Star Salon F 217

Atomistic Aspects and Nucleation THU AM Lone Star Salon F 239

High Temperature Electrochemistry

High Temperature Electrochemistry Plenary Session MON AM 006D 82

High Temperature Metals and Materials MON PM 006D 107

Energy Storage Devices and Electrochemical Synthesis TUE AM 006D 134

Nuclear Materials TUE PM 006D 163

Electrochemistry and Materials Properties WED AM 006D 190

Hume-Rothery Award Symposium: Electronic Structure Theory of Stability and Bonding in Alloys

Electronic Structure MON AM 205 82

Alloy Theory I MON PM 205 107

Materials Genome Approaches I (Joint Session with Computational Discovery of Novel Materials) TUE AM 205 134

Materials Genome Approaches II TUE PM 205 164



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Alloy Theory II (Joint Session with Computational Thermodynamics and Kinetics) WED AM 205 191

Semiconductor Alloys WED PM 205 217

Magnetic Materials THU AM 205 240

Hybrid and Hierarchical Composite Materials

Processing MON AM 215 83

Multifunctionality MON PM 215 107

Metal Matrix Composites TUE AM 215 134

Modeling and Design TUE PM 215 164

Characterization and Structure-Property Relationships WED AM 215 191

Integrated Computational Modeling of Materials for Nuclear Energy

Fuel Modeling I: Lower Scale Modeling MON AM 202B 83

Fuel Modeling II: Multiscale Modeling MON PM 202B 108

Structural Materials Modeling TUE AM 202B 135

Future Directions TUE PM 202B 165

Magnesium Technology 2013

Magnesium Technology 2013 Plenary MON AM 214A 84

Primary Production and Casting MON PM 214A 108

Mechanical Properties TUE AM 214A 135

Corrosion TUE PM 214A 165

Texture and Wrought Materials I WED AM 214A 192

Wrought Materials II WED PM 214A 218

Grain Refinement, Twinning, and Composites THU AM 214A 240

Phase Formation THU PM 214A 255

Magnesium-Based Biodegradable Implants Symposium

Performance Assessment and Evaluation WED AM 214D 191

Alloy Development WED PM 214D 218

Advanced Materials and Processing THU AM 214D 240

Coatings and Surface Modification THU PM 214D 255

Magnetic Materials for Energy Applications -III

Status and Challenges MON AM 217D 84

Rare Earth-free Permanent Magnets I MON PM 217D 109

Rare Earth-free Permanent Magnets II TUE AM 217D 136

MagnetoCaloric and Magnetostrictive Materials TUE PM 217D 165

Novel Materials and Phenomenon WED AM 217D 192

Rare Earth Magnets WED PM 217D 219

Materials and Fuels for the Current and Advanced Nuclear Reactors II

Modeling MON AM 202A 84

Irradiation Studies MON PM 202A 109

Fuels I TUE AM 202A 137

Fuels II TUE PM 202A 166

Structural Materials I WED AM 202A 192

Structural Materials II WED PM 202A 219

Structural Materials III THU AM 202A 241



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Materials in Clean Power Systems VIII: Durability of Materials

Materials for Fuel Cells and CSP Applications MON AM 007A 85

Alloy Development for Clean and Efficient Energy Technologies MON PM 007A 110

Corrosion, Coating Protection and Lifetime Prediction TUE AM 007A 137

Materials Processing Fundamentals

Process Metallurgy of Steel MON PM 008A 110

Physical Metallurgy of Metals TUE AM 008A 138

Metallurgy of Non-Ferrous Metals TUE PM 008A 166

Process Metallurgy of Non-Ferrous Metals WED AM 008A 193

Recirculation of Materials and Environments WED PM 008A 220

Materials Research Applied to National Needs (MARANN) in Honor of Professor Morris E. Fine

Materials Research Applied to National Needs (MARANN) I MON AM 006A 85

Materials Research Applied to National Needs (MARANN) II MON PM 006A 111

Materials Science in Reduced Gravity

Structure and Kinetics MON AM Lone Star Salon E 86

Facilities and Metallic Glasses MON PM Lone Star Salon E 111

Modeling and Properties TUE AM Lone Star Salon E 138

Materials Science of Nuclear Waste Management

Materials Science of Nuclear Waste Management I WED PM 202B 220

Materials Science of Nuclear WasteManagement II THU AM 202B 241

Mesoscale Computational Materials Science of Energy Materials

Battery Materials and Electrochemical Processes I MON AM 218 86

Phase Field Modeling and Microstructural Evolutions MON PM 218 112

Battery Materials and Electrochemical Processes II TUE AM 218 139

Irradiation and Defects TUE PM 218 167

Structural Materials Modeling WED AM 218 194

Microstructural Processes in Irradiated Materials

Ferritic/Martensitic Steels I MON AM 203A 87

Ferritic/Martensitic Steels II MON PM 203A 112

Advanced ODS Alloys TUE AM 203A 139

Ferritic & RPV Steels TUE PM 203A 167

Austenitic & Duplex Stainless Steels WED AM 203A 194

Fusion Materials WED PM 203A 221

Nuclear Fuels & Zr-alloy Claddings THU AM 203A 242

Novel Systems & Ceramics THU PM 203A 256

Modeling and Experimental Validation of Multiscale Mechanical Behavior from Atomic Scale to Macro Scale

Failure and Fracture MON AM 211 87

Multiscale Deformation Mechanisms MON PM 211 113

Size Effects TUE AM 211 140

Interfaces at Low Length Scales TUE PM 211 168

Defects at the Atomic Scale WED AM 211 195

Multiscale Behavior at Extreme Conditions WED PM 216 221



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Polycrystalline Multiscale Plasticity WED PM 211 222

Dislocation Dynamics THU AM 212A 243

Mechanics at Multiscales THU AM 211 243

Multiscale Behavior: Strength and Segregation THU PM 211 256

Modeling of Multi-Scale Phenomena in Materials Processing - III

Microstructure Evolution I MON AM 216 88

Microstructure Evolution II MON PM 216 113

Heat Treatment TUE AM 216 140

Microstructure Effects TUE PM 216 169

Fluid Dynamics and Solidification WED AM 216 196

Nanostructured Materials for Lithium Ion Batteries and for Supercapacitors

Nanostructured Materials for Lithium Ion Batteries and for Supercapacitors Session I MON AM 007B 88

Nanostructured Materials for Lithium Ion Batteries and for Supercapacitors Session II MON PM 007B 114

Nanostructured Materials for Lithium Ion Batteries and for Supercapacitors Session III TUE AM 007B 141

Nanostructured Materials for Lithium Ion Batteries and for Supercapacitors Session IV TUE PM 007B 169

Nanostructured Materials for Lithium Ion Batteries and for Supercapacitors Session V WED AM 007B 196

Nanostructured Materials for Lithium Ion Batteries and for Supercapacitors Session VI WED PM 007B 222

Nanostructured Materials for Lithium Ion Batteries and for Supercapacitors Session VII THU AM 007B 244

Neutron and X-ray Studies of Advanced Materials VI: Centennial and Beyond

Diffraction: 100 Years and Beyond MON AM 209 89

In Honor of Prof. T.R. Welberry: “What Can We Learn from Diffuse Scattering?” MON PM 209 114

Diffraction Across the Time and Length Scale TUE AM 209 141

In Honor of Prof. T. Ungar: “Advanced Line Profile Analysis” TUE PM 209 170

Mesoscale Studies WED AM 209 197

Diffraction Studies of Phase Transtions WED PM 209 223

Strains and Dislocations THU AM 209 244

Ni-Co 2013

Ni-Co 2013 Plenary MON AM 007D 89

Ni Laterite Hydrometallurgy MON PM 007D 115

Electrometallurgy TUE AM 007D 142

Pyrometallurgy - Solid-State Processing TUE PM 007D 170

Ores and Processing WED AM 007D 197

Pyrometallurgy - Smelting WED PM 007D 224

Applications & Recycling THU AM 007D 245

Ni and Co Hydrometallurgy THU PM 007D 257

Novel Synthesis and Consolidation of Powder Materials

Activated Sintering, Spark Plasma Sintering and High Voltage Electric Discharge Consolidation MON AM Lone Star Salon C 90

Thermal Spray and Cold Spray Processing MON PM Lone Star Salon C 115

Novel Synthesis, Processing and Consolidation of Powder Materials TUE AM Lone Star Salon C 142

Nanostructured or Nanocrystalline Materials TUE PM Lone Star Salon C 171

Additive Manufacturing and Novel Consolidation of Powder Materials WED AM Lone Star Salon C 198

Metal Injection Moulding and Advanced Powder Processing WED PM Lone Star Salon C 224

Porous Structure Fabrication and Thermomechanical Processing THU AM Lone Star Salon C 246



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Pb-free Solders and Emerging Interconnect and Packaging Technologies

Solidification MON AM 217B 90

3D Interconnect and Novel Packaging Approaches MON PM 217B 116

Mechanical Behavior I TUE AM 217B 143

Mechanical Behavior II TUE PM 217B 171

Sn Whiskering I WED AM 217B 198

Sn Whiskering and Electromigration WED PM 217B 225

Interfacial Reactions THU AM 217B 246

Phase Stability, Phase Transformations, and Reactive Phase Formation in Electronic Materials XII

Solder-related Reliability Issues MON AM 203B 91

Phase Equilibria and Transformations of the Pb-free Solders and Energy Materials MON PM 203B 116

Interfacial Reactions of the Pb-free Solder Joints TUE AM 203B 144

General Issues in Microelectronics TUE PM 203B 172

Phase Transformation and Microstructural Evolution

MPMD Distinguished Scientist/Engineer Award Symposium for J.E. Morral MON AM 204B 91

General Phase Transformations - Non-Ferrous: Part I MON PM 204B 117

General Phase Transformations - Non-Ferrous: Part II TUE AM 204B 144

Non-conventional Phase Transformation Paths: Part I TUE AM 204A 145

General Phase Transformations - Non-Ferrous: Part III TUE PM 204B 172

Non-conventional Phase Transformation Paths: Part II TUE PM 204A 173

Non-conventional Phase Transformation Paths: Part III WED AM 204A 199

General Phase Transformations: Materials WED AM 204B 199

Non-conventional Phase Transformation Paths: Part IV WED PM 204A 225

Scale and Subsurface Phase Transformations during High-Temperature Oxidation WED PM 204B 226

General Phase Transformations - Fe Based Alloys: Part I THU AM 204A 247

Phase Field, Phase Field Crystal, Diffusive Molecular Dynamics and Related Models: Part I THU AM 204B 247

Phase Field, Phase Field Crystal, Diffusive Molecular Dynamics and Related Models: Part II THU PM 204B 258

General Phase Transformations - Fe Based Alloys: Part II THU PM 204A 257

Physical and Mechanical Metallurgy of Shape Memory Alloys

In-situ Microstructural Characterization MON AM Lone Star Salon B 92

Novel and NiTi-based Shape Memory Alloys MON PM Lone Star Salon B 117

NiTi (Hf,Zr) Shape Memory Alloys TUE AM Lone Star Salon B 145

High Temperature Shape Memory Alloys TUE PM Lone Star Salon B 174

Magnetic and Fe-based Shape Memory Alloys WED AM Lone Star Salon B 200

Multiscale Modeling and Applications WED PM Lone Star Salon B 226

Processing, Powder Metallurgy THU AM Lone Star Salon B 248

Production, Refining and Recycling of Rare Earth Metals

Production, Refining and Recycling of Rare Earth Metals MON PM 006B 118

Recent Developments in Biological, Electronic, and Functional Thin Films and Coatings

Biological, Electronic, and Functional Thin Films and Coatings I MON AM 214D 92

Biological, Electronic, and Functional Thin Films and Coatings II MON PM 214D 119

Biological, Electronic, and Functional Thin Films and Coatings III TUE AM 214D 146

Biological, Electronic, and Functional Thin Films and Coatings IV TUE PM 214D 174



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Recent Developments in the Processing, Characterization, Properties, Performance and Applications of Metal Matrix Composites

Innovative and Nano-composite Materials MON AM Bowie A 93

Processing, Microstructure and Mechanical Properties I MON PM Bowie A 119

Processing, Microstructure and Mechanical Properties II TUE AM Bowie A 147

Refractory Metals 2013

Refractory Metal-based Materials I MON AM Mission A 93

Refractory Metal-based Materials II MON PM Mission A 120

Refractory Metal-based Materials III TUE AM Mission A 147

REWAS 2013: Enabling Materials Resource Sustainability

Plenary Session: Realizing Sustainability MON PM Lila Cockrell Theatre 120

Enabling Sustainability through Recycling & End-of-Pipe Solutions I TUE AM 006B 148

Enabling Sustainability through Metal Production TUE AM 006A 147

Enabling Sustainability through Process Design, Modeling & Simulation TUE PM 006A 175

Enabling Sustainability through Life Cycle Management, LCA and Industrial Ecology TUE PM 006B 175

Enabling Sustainability through the Physics of Metals & Materials Processing WED AM 006B 201

Enabling Sustainability through Systems Modelling and Design, Life Cycle Management, LCA and Industrial Ecology

WED AM 006A 200

Enabling Sustainability through Education and Consumer Awareness WED PM 006B 227

Enabling Sustainability through Systems Modelling and Design THU AM 006A 249

Enabling Sustainability through Recycling & End-of-Pipe Solutions II THU AM 006B 248

Solar Cell Silicon

Silicon Production and Refining WED AM 007C 201

Slag-based Refining of Silicon and Solar Cell Advances WED PM 007C 227

Symposium on High Entropy Alloys

Alloy Development and Applications WED AM 203B 202

Modeling and Other WED PM 203B 228

Structures and Mechanical Properties THU AM 203B 249

Other Properties THU PM 203B 258

Synergies of Computational and Experimental Materials Science II

Materials for Energy and Electronic Applications MON AM 217A 94

Integrated Computational Materials Engineering MON PM 217A 121

Processing and Phase Transformations TUE AM 217A 149

Mechanical Behavior: Plasticity TUE PM 217A 176

Mechanical Behavior: Fatigue and Failure WED AM 217A 202

Three-Dimensional Materials Science VII

Novel Techniques in Three-Dimensional Materials Science MON AM 212A 94

Novel Material Systems in Three-Dimensional Materials Science MON PM 212A 121

Characterization of Three-Dimensional Structures: Experimental & Simulated TUE AM 212A 149

From 3D-4: New Data Representation Paradigms and Advanced Characterization in Four Dimensions

TUE PM 212A 176

Specialty Session on Three-Dimensional Tools WED AM 212A 202



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Ultrasonic Welding II

Ultrasonic Welding: Design Principles and Light Metal Joints WED PM 006D 228

Ultrasonic Welding: Metallic and Non-metallic Hybrid Joints THU AM 006D 250

Posters

2013 Young Leader Meet the Candidate Poster Session

2013 Young Leader “Meet the Candidate” Poster Session SUN PM 213 A&B 259

Symposium Poster Sessions

2013 Functional Nanomaterials: Synthesis, Properties and Applications MON PM Park View Lobby 259

4th International Symposium on High-Temperature Metallurgical Processing MON PM Park View Lobby 261

Aluminum Alloys: Fabrication, Characterization and Applications MON OM Park View Lobby 261

Biological Materials Science MON PM Park View Lobby 262

Deformation, Damage, and Fracture of Light Metals and Alloys WED PM Park View Lobby 263

Fatigue and Fracture of Thin Films and Nanomaterials MON PM Park View Lobby 263

Magnesium Technology 2013 MON PM Park View Lobby 263

Materials Processing Fundamentals MON PM Park View Lobby 265

Microstructural Processes of Irradiated Materials: Recent Advances in Nuclear Materials MON PM Park View Lobby 266

Modeling and Experimental Validation of Multiscale Mechanical Behavior from Atomic Scale to Macro Scale

MON PM Park View Lobby 267

Nanostructured Materials for Lithium Ion Batteries and for Supercapacitors MON PM Park View Lobby 268

Neutron and X-Ray Studies of Advanced Materials VI: Centennial and Beyond MON PM Park View Lobby 268

Pb-free Solders and Emerging Interconnect and Packaging Technologies MON PM Park View Lobby 268

Recent Developments in the Processing, Characterization, Properties, Performance and Applications of Metal Matrix Composites

MON PM Park View Lobby 269

General Poster Session

General Poster Session MON PM Park View Lobby 269

Student Poster Contests

Biological Materials Science Student Poster Session MON PM Park View Lobby 272

EMPMD 2013 Technical Division Student Poster Contest MON PM Park View Lobby 273

EPD 2013 Technical Division Student Poster Contest MON PM Park View Lobby 274

LMD 2013 Technical Division Student Poster Contest MON PM Park View Lobby 274

MPMD 2013 Technical Division Student Poster Contest MON PM Park View Lobby 275

SMD 2013 Technical Division Student Poster Contest MON PM Park View Lobby 276

Young Professional Poster Contests

EMPMD 2013 Technical Division Young Professional Poster Contest MON PM Park View Lobby 276

EPD 2013 Technical Division Young Professional Poster Contest MON PM Park View Lobby 276

LMD 2013 Technical Division Young Professional Poster Contest MON PM Park View Lobby 277

MPMD 2013 Technical Division Young Professional Poster Contest MON PM Park View Lobby 277

SMD 2013 Technical Division Young Professional Poster Contest MON PM Park View Lobby 277



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ConferencesUpcoming

2nd World Congress on Integrated Computational Materials Engineering

MANUFACTURING

DESIGN MATERIALS

July 7-11, 2013 Salt Lake Marriott Downtown

at City Creek • Salt Lake City, Utah

THE 8TH PACIFIC RIM INTERNATIONAL CONFERENCE ON ADVANCED MATERIALS AND PROCESSING

August 4-9, 2013Hilton Waikoloa Village Waikoloa, Hawaii USA

Liquid Metal Processing & Casting Conference 2013

September 22 – 25, 2013 AT&T Executive Education and

Conference Center at the University of Texas • Austin, Texas

2013

The leading forum addressing

structure, properties, processing

and performance across the

materials community.

Organizers:

The American Ceramic Society | Association for Iron & Steel Technology | ASM International | Metallurgy and Materials Society of CIM | The Minerals Metals & Materials Society

Materials Science & Technology2013 Conference & Exhibition

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october 27-31, 2013 | Palais des congrès de Montréal | Montréal, Québec, Canada

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The leading forum addressing structure, properties, processing and performance across the materials community.

Linking Science and Technology for Global Solutions

February 16-20, 2014 • San Diego Convention Center San Diego, California, USA

8TH INTERNATIONAL SYMPOSIUM ON ALLOY 718 & DERIVATIVES

September 28 - October 1, 2014Marriott Pittsburgh City CenterPittsburgh, Pennsylvania, USA

Visit www.tms.org for an Up-to-Date Listing of Conferences

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TMS 2013 Annual Meeting Final Program

2013 Aluminum Keynote: Impurities in the Aluminum Supply Chain: 2013 Aluminum Keynote SessionSponsored by:TMS Light Metals DivisionProgram Organizers: Les Edwards, Rain CII Carbon; Barry Sadler, Net Carbon Consulting Pty Ltd

Monday AM Room: Lila Cockrell TheatreMarch 4, 2013 Location: Henry B. Gonzalez Convention Center

Session Chair: Les Edwards, Rain CII Carbon

8:30 AM Introductory Comments

8:35 AMRaw Material Impurities and the Challenge Ahead: Stephen Lindsay1; 1Alcoa, Inc.

9:00 AMImpacts of Impurities Introduced into the Aluminium Reduction Cell: James Metson1; David Wong1; Jenny Hung1; Mark Taylor1; 1University of Auckland

9:25 AMChanges in Global Refining and Its Impact on Anode Quality Petroleum Coke: Karl Bartholomew; ICIS Consulting

9:50 AMImpact of Higher Vanadium Levels on Smelter Operations: Chuck Coney1; Lew Crabtree1; John Gavin1; Wes Marcrum1; Andrea Weber1; Les Edwards2; 1RTA Sebree; 2Rain CII Carbon

10:15 AM Break

10:35 AMImpact on Smelter Operations of Operating High Purity Reduction Cells: Stewart Hamilton1; 1New Zealand Aluminium Smelters Ltd

11:00 AMManagement of Impurities in Cast House with Particular Reference to Ni and V: Muhammad Rhamdhani1; John Grandfield2; Abdul Khaliq1; Geoffrey Brooks1; 1Swinburne University of Technology; 2Grandfield Technology Pty Ltd

11:25 AMAn Initial Assessment of the Effects of Increased Ni and V Content in AA6063 and A356 Alloys: Lisa Sweet1; John Grandfield2; Cameron Davidson3; Jason Mitchell3; Aiden Beer3; Suming Zhu3; Xiaobo Chen3; Mark Easton3; 1CAST ; 2Grandfield Technology Pty Ltd; 3CAST

11:50 AM Panel Discussion

This will be a question-and-answer style panel discussion with the keynote speakers.

2013 and Beyond: Flexible Electronics: Flexible Bioelectronics in the Central and Peripheral Nervous SystemsSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Biomaterials Committee, TMS: Nanomaterials CommitteeProgram Organizer: Walter Voit, UT Dallas

Monday AM Room: 204AMarch 4, 2013 Location: Henry B. Gonzalez Convention Center

Session Chair: To Be Announced

8:30 AM Introductory Comments by Walter Voit, UT Dallas

8:35 AM InvitedLow-Temperature Materials for a Neuromorphic Architecture: Eric Vogel1; 1Georgia Institute of Technology

9:05 AM Question and Answer Period

9:15 AMShape Memory Polymer Substrates for Softening, 3D Neural Interfaces: Taylor Ware1; Dustin Simon1; Walter Voit1; 1The University of Texas at Dallas


9:55 AM Break

10:15 AM Use of Compliant Materials in the Fabrication of a Flexible Utah Neural Interface Electrode Array: Brian Baker1; Rohit Sharma2; Prashant Tathireddy2; Loren Rieth2; Florian Solzbacher2; 1Utah Nanofab; 2University of Utah


10:55 AMGraphene Coated with Titanium Nitride as Electrode Materials for Neural Interfaces: David Arreaga-Salas1; Walter Voit1; 1UT Dallas


11:25 AMBrain Matched Magnetic Susceptibility in Metallic Alloys for Use during MR Imaging: Charles Fisher1; Garrett Astary1; Rachel Stewart1; Marcus Peprah1; Tom Mareci1; Mark Meisel1; Paul Carney1; Malisa Sarntinoranont1; Michele Manuel1; 1University of Florida


11:55 AMElectrochemical Properties of Neural Interfaces on Smart, Softening Substrates: Ryan Marcotte1; Dustin Simon1; Taylor Ware1; David Arreaga-Salas1; Walter Voit1; 1University of Texas at Dallas

12:15 PM Question and Answer Period

12:25 PM Concluding Comments


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2013 Functional Nanomaterials: Synthesis, Properties and Applications: Nanomaterials for Energy TechnologiesSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Nanomaterials CommitteeProgram Organizers: Seong Jin Koh, University of Texas at Arlington; Nitin Chopra, University of Alabama; Jiyoung Kim, University of Texas at Dallas; Yuanbing Mao, University of Texas-Pan American; Ashwin Ramasubramaniam, University of Massachusetts; Gregory Thompson, University of Alabama

Monday AM Room: 201March 4, 2013 Location: Henry B. Gonzalez Convention Center

Funding support provided by: Qualcomm, Inc.

Session Chairs: Seong Jin Koh, University of Texas at Arlington; Seung Kang, Qualcomm, Inc


8:40 AM InvitedNanostructured Energy Materials for Advanced Technical Applications: Sungho Jin1; 1UC San Diego

9:15 AM InvitedMolecularly-Sculpted Nanomaterials and Interfaces for Energy and Electronics: Ganpati Ramanath1; 1Rensselaer Polytechnic Institute

9:50 AMImproved Performance of Bulk-Heterojunction Organic Solar Cells with the Use of Antireflective Zinc Oxide Nanorod Arrays on Seedless Substrates: Hyung Woo Choi1; Kyu-Sung Lee2; T. Alford1; 1Arizona State University; 2Electronics and Telecommunications Research Institute (ETRI)

10:10 AM Break

10:25 AM InvitedEnergy Harvesting and Cooling with Flexible and Light-Weight Organic Nanocomposites: Choongho Yu1; 1Texas A&M University

11:00 AM InvitedNext Generation Polymer Nanocomposite Electrolytes for Lithium Ion Batteries: Haleh Ardebili1; 1University of Houston

11:35 AMIn-Situ Stress Study of Vanadium Oxide Thin Films as Li-Ion Storage Electrodes: Dawei Liu1; Aaron Kessman2; Jay Sheth3; Brian Sheldon3; 1Alfred University; 2Brown University; 3Brown University

11:55 AMAtomic -Scale Characterization of Nb-Doped SrTiO¬3 Nanostructures for Energy Harvesting and Applications: Riad Alzghier1; Jeremiah Abiade1; 1Department of Mechanical & Industrial Engineering, University of Illinois at Chicago

12:15 PMMetal Oxide Nanofibers Produced by a ForceSpinning Method for Battery Electrodes: Edna Garcia1; Yuanbing Mao1; 1University of Texas-Pan American

4th International Symposium on High-Temperature Metallurgical Processing: High Efficiency New Metallurgical TechnologySponsored by:TMS Extraction and Processing Division, TMS: Energy Committee, TMS: Materials Characterization Committee, TMS: Pyrometallurgy CommitteeProgram Organizers: Tao Jiang, Central South University; Jiann-Yang Hwang, Michigan Technological University; Phillip Mackey, Consultant; Onuralp Yücel, ITU; Guifeng Zhou, Wuhan Iron and Steel

Monday AM Room: 008BMarch 4, 2013 Location: Henry B. Gonzalez Convention Center

Session Chairs: Tao Jiang, Central South University; Lawrence F. McHugh, Orchard Material Technology


8:35 AMA New Copper Smelting Technology – Bottom Blown Oxygen Furnace Developed at Dongying Fangyuan Nonferrous Metals: Baojun Zhao1; Zhixiang Cui2; Zhi Wang2; 1The University of Queensland; 2Dongying Fangyuan Nonferrous Metals Co., Ltd

8:55 AMA Novel Vacuum Aluminothermic Reduction Lithium Process: Di Yuezhong1; Wang Zhihui1; Tao Shaohu1; Feng Naixiang1; 1Northeastern University

9:15 AMStudy on Double-Layered Pellet Roasting of Sulfur & Arsenic-Bearing Gold Concentrate: Jiang Tao1; Li Xi-Shan1; Ge Jie1; Cui Li-na1; Li Qian1; Yang Yong-bin1; 1Central South University

9:35 AMElectrochemical Preparation of Tungsten. Tungsten Carbide and Cemented Carbide: Diem-Hang Tran-Nguyen1; Daniel Jewell1; Derek Fray1; 1University of Cambridge

9:50 AMPreparation of MoO3 from Ammonium Tetramolybdate in Microwave Fields: Li Jian1; 1Kun Ming University of Science and Technology

10:10 AM Break

10:20 AMLooping Sulfide Oxidation Process for Anode Copper Production: Leonid Shekhter1; Corby Anderson2; Daniel Gribbin1; Esra Cankaya-Yalcin1; Joseph Lessard1; Lawrence McHugh1; 1Orchard Material Technology; 2Kroll Institute for Extractive Metallurgy

10:40 AMDirect Redaction of TI-V Magnetite Via ITmk3 Technology: Nikolay Panishev1; Boris Dubrovsky1; Anatoly Starikov1; Eugene Redin1; Edward Knyazev1; 1Magnitogorsk Iron & Steel Works

11:00 AMResearch and Industrial Applications of Oxygen-rich Side-blow Bath Smelting Technology: Lin Chen1; Wanda Bin1; Tianzu Yang1; Weifeng Liu1; Shu Bin1; 1Central South University

11:20 AMNew Innovative Gas Purging System for Stationary and Tilting Copper Anode Furnaces: Klaus Gamweger1; 1RHI AG

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11:35 AMThermal Plasma Torches for Metallurgical Applications: Lakshminarayana Rao1; Pierre Carabin1; Gillian Holcroft2; 1PyroGenesis Canada Inc.; 2PyroGenesis Canada Inc.

11:50 AMResearch on Removal of Potassium and Sodium by Pre-reduction Sintering: Li Qian1; Jing Zhao1; Jiang Tao1; Yang Yong-bin1; Li Guang-hui1; Chen Xu-ling1; 1Central South University

12:05 PMReactive Foils Using Ni/Al Multilayers with Sputtering Followed by Pressurizing: SeoungWoo Kuk1; Jin Yu1; 1KAIST

12:20 PMNOx Reduction by Sintering Flue Gas Circulation for Iron Ores: Guanghui Li1; Chen Liu1; Tao Jiang1; Yuanbo Zhang1; Zhengwei Yu1; Chongzhong Ouyang1; 1Central South University

Advanced Materials and Reservoir Engineering for Extreme Oil & Gas Environments: Nanocrystalline Metals ISponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Nanomaterials CommitteeProgram Organizers: Indranil Roy, Schlumberger; Brajendra Mishra, Colorado School of Mines; Manuel Marya, Schlumberger Technology Corporation; Kuo-Chiang Chen, Schlumberger; Partha Ganguly, Schlumberger; Richard Lewis, Schlumberger; Suveen Mathaudhu, U.S. Army Research Office; Nitin Chopra, The University of Alabama; Xinghang Zhang, Texas A&M University; Greg Kusinski, Chevron; John Meng, BP America Inc.; Jefferson Rodrigues, Petrobras; Justin Cheney, Scoperta

Monday AM Room: Lone Star Salon AMarch 4, 2013 Location: Grand Hyatt

Session Chairs: Partha Ganguly, Schlumberger; Kuo-Chiang Chen, Schlumberger

8:30 AM AMREE Oil and Gas I - Introductory Comments and talk by Greg Kusinski, Director Deepstar, Chevron

8:55 AM KeynoteAdvanced Materials and Processes for Extreme Environments: Enrique Lavernia1; 1University of California, Davis

9:25 AM InvitedAchieving Ultra-High Strength and High Ductility in Cu-Cr-Zr Alloy by Combination of Ultrafine-Grain Formation and Static/Dynamic Precipitation: Gencaga Purcek1; Onur Saray1; Harun Yanar1; Ibrahim Karaman; Hans Maier2; 1Karadeniz Technical University; 2University of Paderborn

9:45 AM InvitedGrain Size Effect on Densities of Dislocations with Edge Components in Nanocrystalline Body-Centered Cubic Mo: Yuntian Zhu1; Guangming Cheng1; Paul Millet2; 1North Carolina State University; 2Idaho National Lab

10:05 AM Break

10:20 AMNanocrystalline and Nanotwinned Metals under Extreme Environment: Xinghang Zhang1; Y. Chen1; D. Bufford1; C. Sun1; Y. Liu1; K.Y. Yu1; H. Wang1; 1Texas A&M University

10:40 AM KeynoteNanoengineered Surfaces & Coatings for Efficiency Enhancements in Oil & Gas Industry: Kripa Varanasi1; 1MIT

11:10 AM InvitedPlastic Deformation of Metal Surfaces: Niels Hansen1; Xiaodan Zhang1; Xiaoxu Huang1; 1Technical University of Denmark

11:30 AM InvitedSPD-Processed Bulk Nanostructured Materials for Extreme Environments: Ruslan Valiev1; Maxim Murashkin1; Nariman Enikeev1; Julia Ivanisenko2; Horst Hahn2; 1Ufa State Aviation Technical University; 2KIT Institute of Nanotechnology

11:50 AMCorrosion of Bulk Nanocrystalline Materials in Hostile Environments: Indranil Roy1; Manuel Marya1; Troy Topping2; Rashmi Bhavsar1; Kuo-Chiang Chen1; Enrique Lavernia2; 1Schlumberger; 2University of California, Davis

12:10 PMThermally Stabilized Ultrahigh-Strength Nanocrystalline Alloys for Extreme Environments: Kristopher Darling1; Heidi Maupin1; Laszlo Kecskes1; Suveen Mathaudhu2; 1U.S. Army Research Laboratory; 2U.S. Army Research Office

12:30 PMStudy of Deformation Mechanism of Nanocrystalline 304L Stainless Steel: C. Sun1; D. C. Foley1; K. Hartwig1; S. A. Maloy2; H. Wang1; X. Zhang1; 1Texas A&M University; 2Los Alamos National Laboratory

Advances in Surface Engineering: Alloyed and Composite Coatings II: Functional Coatings ISponsored by:TMS Materials Processing and Manufacturing Division, TMS: Surface Engineering CommitteeProgram Organizers: Srinivasa Bakshi, Indian Institute of Technology Madras; Graham McCartney, University of Nottingham; Arvind Agarwal, Florida International University; Sandip Harimkar, Oklahoma State University

Monday AM Room: Bowie BMarch 4, 2013 Location: Grand Hyatt

Funding support provided by: Bulk Nanostructured Materials Programs, Office of Naval Research



8:35 AM InvitedMultifunctional Nanocomposite Thin Films: Efstathios Meletis1; 1University of Texas at Arlington

8:55 AM InvitedNanocomposite Coatings to Eliminate Bridging Oxidation on Boiling Water Reactor Safety Relief Valves: Kent Coulter1; Craig Engel1; Ronghua Wei1; 1Southwest Research Institute

9:15 AM InvitedRole of CeO2 Addition on Catalytic Conversion of Plasma Sprayed Al2O3 Coatings: Neelima Mahato1; S Ariharan1; Kantesh Balani1; 1Indian Institute of Technology Kanpur

9:35 AMThe Role of Cu-Sn Coating on the Adhesion between Steel and SBR Based Rubber: Atanu Banerjee1; Monojit Dutta1; Anil Bhowmick2; Tapas Laha3; 1Tata Steel; 2Indian Institute of Technology Patna; 3Indian Institute of Technology Kharagpur


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9:50 AM Break

10:05 AMOxidation-Resistant Cu-Cr Coatings for High-Temperature Applications: Kuang-Tsan Chiang1; 1Southwest Research Institute

10:20 AMMicrostructural Effects on Work Function of OsRu Coatings Used for Dispenser Cathodes: Phillip Swartzentruber1; Michael Effgen2; Scott Roberts2; John Balk1; 1University of Kentucky; 2Semicon Associates

10:35 AMEffect of Ag Thickness on Electrical and Optical Properties of TiO2/Ag/TiO2 Multilayers asTransparent Composite Electrodes (TCEs) on Flexible Substrates: Aritra Dhar1; Terry Alford1; 1Arizona State University

10:50 AMThrough-the-thickness Measurement of Residual Stress in Functionally Graded WC-Co: Leila Tahvilian1; Z. Zak Fang1; 1University of Utah

11:05 AMEffect of Thermal Cycling and Sliding on the Structure of Cu-Nb Nanolaminates: David Economy1; Emilio Jimenez2; Bobak Ranjbaran3; Bradley Schultz1; Marian Kennedy1; 1Clemson University; 2James Madison University; 3Washington State University

11:20 AMVirtually Arc Free High Power Pulsed Magnetron Sputtering Based on Oscillatory Voltage Wave Forms for Insulating Film Depositions: Jianliang Lin1; William Sproul1; Bo Wang1; Isaac Dahan2; 1Colorado School of Mines; 2Nuclear Research Center-NEGEV

Alloys and Compounds for Thermoelectric and Solar Cell Applications: Thermoelectric ISponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Alloy Phases Committee, TMS: Energy Conversion and Storage CommitteeProgram Organizers: Sinn-wen Chen, National Tsing Hua University; Yoshisato Kimura, Tokyo Institute of Technology; Chih-Huang Lai, National Tsing-Hua University; CW Nan, Tsinghua University; G. Jeffrey Snyder, California Institute of Technology; Hubert Scherrer, Ecole des Mines

Monday AM Room: 007CMarch 4, 2013 Location: Henry B. Gonzalez Convention Center

Session Chairs: Sinn-wen Chen, National Tsing Hua University; G. Snyder, California Institute of Technology


8:35 AM InvitedAtomic Scale Investigations of Interfaces in Telluride-Based Thermoelectric Materials: Douglas Medlin1; 1Sandia National Laboratories

9:00 AM InvitedCarrier Pocket Engineering to Improve Thermoelectric Transport: G. Jeffrey Snyder1; 1California Institute of Technology

9:25 AMSize Control and Alignment of the Microstructure in the Bi2Te3-In2Te3 System: Nicholas Heinz1; Teruyuki Ikeda1; G. Jeffrey Snyder1; 1California Institute of Technology

9:45 AMSynthesis and Stability of Nanocrystalline Tellurides: Samuel Humphry-Baker1; Christopher Schuh1; 1Massachusetts Institute of Technology

10:05 AM Break

10:20 AM InvitedBond Networks, Conduction Channels, and More: Diamond-like Compounds as a Novel Thermoelectric Materials: Wenqing Zhang1; 1Shanghai Institute of Ceramics

10:45 AMInterdiffusion Experiments in the Thermoelectric Mg2Si/Mg2Sn Ternary System: Stephane Gorsse1; Solange Vives1; Philippe Bellanger1; 1ICMCB-CNRS

11:05 AMTernary Eutectic Growth of Nanostructured Thermoelectric Ag-Pb-Te Materials: Hsin-Jay Wu1; Wei-jian Foo2; Sinn-wen Chen1; G Snyder3; 1National Tsing Hua University; 2Engineering Science Programme, National University of Singapore; 3Materials Science, California Institute of Technology

11:25 AMThe Properties of High Performance p-Type GeTe Based Materials for Thermoelectric Generators: ChiaChan Hsu1; Hsiu-Ying Chung2; Jenn-Dong Hwang3; Tsai-Kun Huang4; Jing-Yi Huang4; Huey-Lin Hsieh4; 1 Industrial Technology Research Institute; 2Feng Chia University; 3Industrial Technology Research Institute; 4China Steel Corporation

11:45 AMThermoelectric Properties of Pb1+xTe Prepared by High Pressure Method: Taichao Su1; 1 Institute of Materials Science and Engineering, Henan Polytechnic University

Biological Materials Science Symposium: Mechanical Behavior of Biological Materials I: Bone and TeethSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Structural Materials Division, TMS: Biomaterials CommitteeProgram Organizers: Candan Tamerler, University of Washington; Molly Gentleman, Texas A & M University; Po-Yu Chen, National Tsing Hua University; Kajal Mallick, University of Warwick; Rajendra Kumar Kasinath, Unversity of Montana; Paul G. Allison, US Army Corp of Engineers


Funding support provided by: Biomaterials Program, National Science Foundation

Session Chairs: Candan Tamerler, University of Washington; Molly Gentleman, Stony Brook


8:35 AM KeynoteMulti-scale Study of Deformation and Fracture in Bone at Physiological Strain Rates: Elizabeth Zimmermann1; Bernd Gludovatz2; Eric Schaible2; Hrishikesh Bale1; Robert Ritchie1; 1University of California Berkeley; 2Lawrence Berkeley National Laboratory

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9:15 AMOsteocytes and Cementocytes: Their Role in Structure and Mechanical Properties of Bone and Teeth: Hanson Fong1; Yunfeng (Bruce) Li1; Hai Zhang1; 1University of Washington

9:35 AMMicromechanical Fatigue Testing of Bovine Cortical Bone: Kelly Kranjc1; Katharine Flores2; 1Ohio State University; 2Washington University

9:50 AMInitial Anisotropy in Demineralized Bovine Cortical Bone in Compressive Cyclic Loading-unloading: Ekaterina Novitskaya1; Steve Lee1; Vlado Lubarda1; Joanna McKittrick1; 1UC San Diego

10:05 AM Break

10:25 AM InvitedIn Situ Behavior of Mineral vs. Bulk Properties of Bone: Xiaodu Wang1; 1The University of Texas at San Antonio

10:55 AMSurface Energy and Bone Growth: Molly Gentleman1; Eileen Gentleman2; 1Stony Brook University; 2King’s College London

11:15 AMEvaluating the Durability of Adhesive Bonds to Dentin and Enamel: A Mechanistic Approach: Mustafa Mutluay1; Mobin Yahyazadehfar2; Heonjune Ryou2; Hessam Majd2; Dominic Do2; Dwayne Arola2; 1University of Turku; 2University of Maryland Baltimore County

11:35 AMImportance of Microstructure on the Crack Growth Resistance of Dentin: Juliana Ivancik1; Dwayne Arola1; 1University of Maryland Baltimore County

11:55 AM InvitedMicroengineering Biopolymer Scaffolds: Tools to Enhance Tissue Regeneration: George Pins1; 1Worcester Polytechnic Institute

12:15 PMWhy Human Dentin Behaves Like a Rubber: Peter Panfilov1; Dmitry Zaytsev1; Olga Antonova2; Victoria Alpatova3; Larissa Kiselnikova3; 1Ural Federal University; 2Institute of Metalphysics; 3Moscow State Medical Stomatologic University

Bulk Metallic Glasses X: Alloy Development and Application ISponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Peter Liaw, The University of Tennessee; Hahn Choo, The University of Tennessee; Yanfei Gao, The University of Tennessee; Gongyao Wang, University of Tennessee

Monday AM Room: Lone Star Salon DMarch 4, 2013 Location: Grand Hyatt

Funding support provided by: Materials Processing and Manufacturing Division, National Science Foundation

Session Chairs: William Johnson, California Institute of Technology; Peter Liaw, The University of Tennessee

8:30 AM KeynoteDevelopment and Processing of Multicomponent Bulk Metallic Glasses: William Johnson1; Marios Demetriou1; 1California Institute of Technology

9:00 AMFabrication Of Bulk Metallic Glass Composites With High Magnesium Content: Olga Biletska1; Kevin Laws1; Mark Gibson2; Michael Ferry1; 1University of NSW; 2CSIRO Process Science and Engineering

9:15 AM InvitedMicro Factory Concept for Metallic Glasses: Y. Yokoyama1; 1Institute for Materials Research

9:35 AMAl-Based Metallic Glass Incorporated Novel Ag Electrode for Si Solar Cell: Jin Man Park1; Suk Jun Kim1; Sang Soo Jee1; Se Yun Kim1; Keum Hwan Park1; Won Tae Kim2; Do Hyang Kim3; Jurgen Eckert4; Eun-Sung Lee1; 1Electronic Materials Lab, Samsung Advanced Institute of Technology (SAIT); 2IT Division, Cheongju University; 3Center for Noncrystalline Materials, Department of Materials Science and Engineering, Yonsei University; 4Institute for Complex Materials, IFW Dresden

9:50 AM InvitedDesign and Development of Bulk Metallic Glasses for Enabling Applications: Atakan Peker1; 1Washington State University

10:10 AM Break

10:25 AM InvitedDevelopment of Bio-Inspired Magnetoelastic Sentinels Based on Amorphous Metallic Glasses: Suiqiong Li1; Shin Horikawa1; Yating Chai1; Mi-kyung Park1; Kanchana Weerakoon1; Bryan Chin1; 1Auburn University

10:45 AMA Laser-Assisted Combinatorial Approach for Designing Metallic Glass Alloys: Peter Tsai1; Katharine Flores1; 1Washington University in St. Louis

11:00 AM InvitedAerospace and Spacecraft Applications for Bulk Metallic Glasses and Matrix Composites: Douglas Hofmann1; 1NASA JPL/Caltech

11:20 AMFabrication, Mechanical Properties and Corrosion Behavior of Ti75Zr10Si15-Based Alloys for Implant Applications: Somayeh Abdi1; Steffen Oswald1; Anna Hynowska2; Mariana Calin1; Ludwig Schultz1; Jürgen Eckert1; Maria Dolors Baró2; Jordi Sort2; Annett Gebert1; 1IFW institute; 2Universitat Autònoma de Barcelona

11:35 AM InvitedPhase Selection in Systems Driven Far from Equilibrium: Matthew Kramer1; R. Ott1; E. Park1; F. Zhang1; C. Wang1; K. Ho1; 1Iowa State University

11:55 AMMetallic Glass Based NanoScale Composites: New Approach for Developing Usable Ductility: Alla Sergueeva1; Brian Meacham1; Sheng Cheng1; Daniel Branagan1; 1The NanoSteel Company

12:10 PMDesign and Formation Mechanism of Crystalline/Amorphous Composite Powder in Liquid Immiscible Alloy Systems: Yan Yu1; Rongpei Shi1; Cuiping Wang1; Xingjun Liu1; Ryosuke Kainuma2; Kiyohito Ishida2; 1Xiamen University; 2Tohoku University

12:25 PMFabrication of Mg-Cu-Zn-Y-Zr Amorphous Matrix Composites: You Junhua1; Wang Houchun1; 1Shenyang University of Technology


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Characterization of Materials through High Resolution Coherent Imaging: X-ray Based Techniques ISponsored by:TMS Structural Materials Division, TMS: Advanced Characterization, Testing, and Simulation CommitteeProgram Organizers: John Carpenter, Los Alamos National Laboratory; Ross Harder, Argonne National Laboratory; Richard Sandberg, Los Alamos National Laboratory


Session Chairs: Richard Sandberg, Los Alamos National Laboratory; Ross Harder, Argonne National Laboratory

8:30 AM KeynoteCoherent Diffraction Imaging of Materials by Using an X-ray Free Electron Laser: Jianwei (John) Miao1; 1University of California, Los Angeles

9:00 AM InvitedCoherent Diffraction Imaging of Strain on the Nanoscale: Ross Harder1; 1Argonne National Laboratory

9:20 AMStudy of Charge-Ordering in Manganites via Serial Femtosecond Crystallography: Kenneth Beyerlein1; 1DESY

9:40 AM InvitedAdvanced Reconstruction Algorithms for Ptychography: Pierre Thibault1; 1Technical University of Munich

10:00 AM Break

10:20 AM KeynoteXFEL Materials Imaging at the LCLS CXI Endstation: Garth Williams1; 1SLAC National Accelerator Lab

10:50 AM InvitedNanoscale X-Ray Imaging: Oleg Shpyrko1; 1University of California, San Diego

11:10 AMPtychographic Tomography: A Quantitative Tool for Nanoscale 3D Microscopy: Ana Diaz1; Pavel Trtik2; Manuel Guizar-Sicairos1; Andreas Menzel1; Oliver Bunk1; 1Paul Scherrer Institute; 2EMPA

11:30 AMDiffractive Imaging at Large Fresnel Number and the Challenge of Dynamic Mesoscale Imaging of Materials: Cris Barnes1; John Barber1; Richard Sandberg1; Richard Sheffield1; 1Los Alamos National Laboratory

Characterization of Minerals, Metals and Materials 2013: Characterization of Ferrous Metals ISponsored by:TMS Extraction and Processing Division, TMS: Materials Characterization CommitteeProgram Organizers: Jiann-Yang Hwang, Michigan Technological University; Chen-Guang Bai, Chongqing University; John Carpenter, DOE LANL; Shadia Ikhmayies, Al Isra University; Bowen Li, Michigan Technological University; Mingming Zhang, ArcelorMittal Global R&D; Sergio Monteiro, State University of North Rio de Janeiro; Zhiwei Peng, Michigan Technological University


Session Chairs: Jiann Yang Hwang, Michigan Technological University; Jian Li, CANMET

9:00 AM Joint Lecture Attendees are encouraged to attend the Extraction and Processing Division Distinguished Lecturer Presentation in Room 006D at 9:00 AM.

Towards Sustainable Metal Production by Molten Oxide Electrolysis: Antoine Allanore1 on behalf of Donald Sadoway1; 1Massachusetts Institute of Technology

9:30 AMApplication of Thermoelectric Power Technique to Study the Static Strain Ageing of Heavily Cold Drawn Steel: Aude Lamontagne1; Xavier Kleber1; Véronique Massardier1; Daniele Mari2; 1INSA de Lyon, MATEIS - UMR CNRS 5510; 2Ecole Polytechnique Fédérale de Lausanne, Institute of Condensed Matter Physics

9:50 AMAnalysis of the Welded 100-Meter Heavy Rails for Passenger Dedicated Lines Being Broken during the Straightening Process: Ren Chao1; 1Wuhan University of Science and Technology

10:10 AMEffect of Continuous Cooling Rate on Microstructural Transformation of 60Si2CrVAT Spring Steel: Biao Zhou1; Yi-Long Liang2; Qun Luo1; Jie-Yu Zhang1; Qian Li1; Kuo-Chih Chou1; 1Shanghai University; 2Guizhou University

10:30 AMAn Investigation on Texture-Property Correlation in CRNO Steels: Santosh Sahoo1; Dibyaranjan Prusty1; Hitaindra Pradhan1; Vijay Hiwarkar2; 1National Institute of Technology Rourkela; 2Crompton Greaves Limited

10:50 AMEffect of Centrifugal And Gravity Casting Technique over Metallographic and Mechanical Properties of Spheroidal Graphite Iron: Desai Gowda H S1; Mukunda Pudukottah1; Mervin Herbert2; 1Nitte Meenakshi Institute of Technology; 2National Institute of Technology Karnataka

11:10 AMCrystallographic Research on the Morphology of AlN and MnS Complex Precipitation in Steel: Feifei Sun1; 1Shanghai University

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Computational Discovery of Novel Materials: Novel Methods for Materials DiscoverySponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Materials Processing and Manufacturing Division, TMS: Integrated Computational Materials Engineering CommitteeProgram Organizers: Richard Hennig, Cornell University; Dallas Trinkle, University of Illinois at Urbana-Champaign


Session Chair: Dallas Trinkle, University of Illinois at Urbana-Champaign

8:30 AM InvitedHigh-Throughput Diffusion Modeling for Materials Data and Discovery: Dane Morgan1; Tam Mayeshiba1; Tom Angsten1; 1University of Wisconsin - Madison

9:05 AMCombination of Computational Thermodynamics, Gaussian Processes and Genetic Algorithms for Superalloy Design: Franck Tancret1; 1Université de Nantes

9:25 AM InvitedSparse Bayesian Cluster Expansions: Jesper Kristensen1; Meenakshi Sundaram1; Ilias Bilionis1; Nicholas Zabaras1; 1Materials Process Design and Control Laboratory

10:00 AM Break

10:15 AMDesign of Multifunctional Material Architectures Using Topology Optimization: James Guest1; Seunghyun Ha1; Reza Lotfi1; 1Johns Hopkins University

10:35 AM InvitedFirst-Principles Guided Nano-to-Microscale Design of Material Interfaces: Santanu Chaudhuri1; Jie Xiao1; Shahryar Fotovati1; Hyunwook Kwak1; 1Washington State University

11:10 AMHybrid Genetic Algorithm and Mesh Adaptive Direct Search Algorithm Approach for the Thermodynamic Assessment of Multi-component Alloys: Sean Gibbons1; Raymundo Arroyave1; ShengYen Li1; 1Texas A&M University

11:30 AMSymmerty in Material Property Relationships: A Tool for the Discovery of New Alloys: Isaac Toda-Caraballo1; Enrique Galindo-Nava1; Pedro Rivera-Diaz-del-Castillo1; 1University of Cambridge

11:50 AMStrenth/Elongation Optimisation in Materials: A Case for Accelerated Metallurgy Research: Isaac Toda-Caraballo1; Enrique Galindo-Nava1; Pedro Rivera-Diaz-del-Castillo1; 1University of Cambridge

Computational Thermodynamics and Kinetics: First-principles ThermodynamicsSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Materials Processing and Manufacturing Division, TMS: Alloy Phases Committee, TMS: Chemistry and Physics of Materials Committee, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Phase Transformations Committee, TMS: Process Technology and Modeling CommitteeProgram Organizers: Jörg Neugebauer, Max-Planck-Institut für Eisenforschung GmbH; Carelyn Campbell, NIST; Dongwon Shin, Oakridge National Lab; Zi Kui Liu, Penn State; Michael Demkowicz, Massachusetts Institute of Technology; Raymundo Arroyave, Texas A & M University; Shenyang Hu, Pacific Northwest National Laboratory


Session Chairs: Dongwong Shin, Oak Ridge National Laboratory; Tetsuo Mohri, Hokkaido University

8:30 AM InvitedFirst-Principles Calculation of Spinodal Ordering for Fe-Based Alloys: Tetsuo Mohri1; 1Hokkaido University

8:55 AM InvitedFirst-Principles Thermodynamics of Paramagnetic Gamma Iron: Fritz Körmann1; Blazej Grabowski1; Tilmann Hickel1; Jörg Neugebauer1; 1Max-Planck-Institut für Eisenforschung

9:20 AMPhonon Stiffening Due to Hybridization of Electronic States in Au-Fe Alloys: Jorge Munoz1; Matthew Lucas2; Brent Fultz1; 1California Institute of Technology; 2Air Force Research Laboratory

9:35 AMAtomic Configurations of PbTiO3 Investigated by Ab-Initio Molecular Dynamic Simulations: Huazhi Fang1; Yi Wang1; Shun Li Shang1; Zi-Kui Liu1; 1The Pennsylvania State University

9:50 AM Break

10:10 AM InvitedTopologically Close-Packed Phases in Transition-Metal Alloys - Assessing an Empirical Structure Map with High-throughput Ab-Initio Calculations: Thomas Hammerschmidt1; Bernhard Seiser2; Arthur Bialon1; David Pettifor2; Ralf Drautz1; 1ICAMS, Ruhr-University Bochum; 2MML, University of Oxford

10:35 AMAb Initio Calculations of the U-Zr System: Wei Xie1; Wei Xiong1; Chao Shen1; Chris Marianetti2; Austin Chang1; Dane Morgan1; 1University of Wisconsin-Madison; 2Columbia University

10:50 AMInterface Structure and Segregation for MoSi2-NbSi2 Alloys: A First Principles Study: Koretaka Yuge1; Yuichiro Koizumi2; Koji Hagihara3; Takayoshi Nakano4; Kyosuke Kishida1; Haruyuki Inui1; 1Department of Materials Science and Engineering, Kyoto University; 2 Institute for Materials Research, Tohoku University; 3Department of Adaptive Machine Systems, Graduate School of Engineering, Osaka University; 4Division of Materials & Manufacturing Science, Graduate School of Engineering, Osaka University


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11:05 AMThermodynamics of Precipitate Nanolayers in Th-Doped and Ce-Doped Ir: James Morris1; Frank Averill1; 1Oak Ridge National Laboratory

11:20 AMAb Initio Molecular Dynamics Simulation Study on the Carbothermal Reduction of Alumina under Vacuum: Xiumin Chen1; Bin Yang1; Heng Xiong1; Ping Long1; Baoqiang Xu1; Dachun Liu1; 1Kunming University of Science and Technology

11:35 AMEffects of Phonon Kinematics and Phonon Anharmonicity on the Thermodynamics of Rutile TiO2 and SnO2: Tian Lan1; Chen Li1; Brent Fultz1; 1California Institute of Tech

Cost Affordable Titanium IV: Overview and Low Cost Processing Sponsored by:TMS Structural Materials Division, TMS: Titanium CommitteeProgram Organizers: M. Ashraf Imam, Naval Research Lab; Sam Froes, University of Idaho (Retired); Ramana Reddy, The University of Alabama


Session Chairs: M. Ashraf Imam, Naval Research Laboratory; Ramana Reddy, The University of Alabama

8:30 AM KeynoteCost Effective Developments for Fabrication of Titanium Components: F. H. (Sam) Froes1; M. Ashraf Imam2; Ramana Reddy3; 1University of Idaho; 2Naval Research Lab; 3The University of Alabama

9:10 AM InvitedThere is Low Cost Titanium Componentry Today: James Withers1; V. Shapovalov1; R. Storm1; R. O. Loutfy1; 1MER Corporation

9:30 AM InvitedThe Impact of Porosity on the Microstructural Kinetics of the Electro-Deoxidation of Titanium Dioxide in Molten Calcium Chloride: Duncan Alexander1; Carsten Schwandt2; Derek Fray2; 1Interdisciplinary Centre for Electron Microscopy, École Polytechnique Fédérale de Lausanne; 2Department of Materials Science and Metallurgy, University of Cambridge

9:50 AM Break

10:10 AM InvitedApplication of the FFC Cambridge Process for the Production of Titanium Alloys: Rohit Bhagat1; Kartik Rao2; David Dye3; Gregory Gibbons1; Richard Dashwood1; 1Warwick University; 2Metalysis Ltd; 3Imperial College London

10:30 AM InvitedDevelopment of a Continuous Process to Produce Ti via Metallothermic Reduction of TiCl4 in Molten Salt: David van Vuuren1; Salomon Oosthuizen1; Jaco Swanepoel1; 1CSIR

10:50 AM InvitedThe Metalysis Process: From Patents to Production: Kartik Rao1; Steve Holloway1; Ian Mellor1; James Deane1; Lucy Grainger1; Guppy Dhariwal1; 1Metalysis

11:10 AMBehavior of Intermediate CaTiO3 in Reduction Process of TiO2 by Calcium Vapor: Jingang Jia1; Baoqiang Xu1; Bin Yang1; Heng Xiong1; Dachun Liu1; Dongsheng Wang1; 1Kunming University of Science and Technology

11:30 AMThe TiRO™ Process for the Continuous Direct Production of Titanium Powder: Christian Doblin1; 1CSIRO

11:50 AMFactors Affecting The Yield of Ti-Al Alloy in the TiPro Process: Kenneth Sichone1; Deliang Zhang1; Stella Raynova1; 1The University of Waikato

Fatigue and Fracture of Thin Films and Nanomaterials: Fatigue of Thin Films and NanomaterialsSponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials Committee, TMS: Nanomechanical Materials Behavior CommitteeProgram Organizers: Megan Cordill, Erich Schmid Institute of Materials Science; Daniel Kiener, Montanuniversitaet Leoben; Xinghang Zhang, Texas A &M University ; Daniel Gianola, University of Pennsylvania ; Corinne Packard, Colorado School of Mines

Monday AM Room: Bowie CMarch 4, 2013 Location: Grand Hyatt

Funding support provided by: Hysitron, Inc. and Nanomechanics, Inc.

Session Chairs: Daniel Gianola, University of Pennsylvania; Benoit Merle, University Erlangen-Nürnberg

8:30 AM InvitedDeformation in Several Nanotwinned Metals: Tim Furnish1; Leonardo Velasco1; Carla Shute2; Yifeng Liao2; Andrea Hodge1; Julia Weertman2; 1USC; 2Northwestern University

9:00 AMThe Evolution of Nanocrystalline Grain Boundary Networks under Thermomechanical Cycling: David Bober1; Timothy Rupert1; 1University of California, Irvine

9:20 AMFatigue Testing of Gold Thin Films with the Bulge Test: Benoit Merle1; Mathias Goken1; 1University Erlangen-Nürnberg ,Department of Materials Science and Engineering, Institute I

9:40 AMFatigue Behavior of a Nanocrystalline Austenitic Steel: Oliver Renk1; Reinhard Pippan1; 1Erich Schmid Institute of Materials Science

10:00 AM Break

10:20 AM InvitedPlasticity, Fracture and Fatigue of Ultra Thin Metallic Films on Polyimide Substrates: Patric Gruber1; 1KIT Institute for Applied Materials

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10:50 AMFatigue Behavior of Nanoscale Au Films on a Flexible Substrate: Guang-Ping Zhang1; Xiao-Fei Zhu2; Xue-Mei Luo2; Bin Zhang3; 1Institute of Metal Research, Chinese Academy of Sciences, China; 2Institute of Metal Research, Chinese Academy of Sciences; 3Key Laboratory for Anisotropy and Texture of Materials of Ministry of Education, Northeastern University, China

11:10 AMDesign and Fabrication of Fatigue Damage Free Metal Electrode with 2D Nanohole Arrays: Byoung-Joon Kim1; Young-Chang Joo1; In-suk Choi2; 1Seoul National University; 2Korea Institute of Science and Technology

11:30 AMInfluence of Nanoscale Atomic-Layered-Deposited Coatings on the Fatigue Properties of Si and Ni Films: Eva Baumert1; Thomas Straub2; Chris Eberl2; Olivier Pierron1; 1Georgia Institute of Technology; 2Karlsruhe Institute of Technology

High Temperature Electrochemistry: High Temperature Electrochemistry Plenary SessionSponsored by:TMS Extraction and Processing Division, TMS: Pyrometallurgy CommitteeProgram Organizers: Prabhat Tripathy, Idaho National Laboratory; Guy Fredrickson, Idaho National Lab

Monday AM Room: 006DMarch 4, 2013 Location: Henry B. Gonzalez Convention Center

Session Chairs: Jerome Downey, Montana Tech of The University of Montana; Boyd Davis, Kingston Process Metallurgy

8:30 AMElectrochemical Applications of Molten Salts: Derek Fray1; 1University of Cambridge

9:00 AMTowards Sustainable Metal Production by Molten Oxide Electrolysis: Antoine Allanore1; Donald Sadoway1; 1Massachusetts Institute of Technology

9:30 AM Break

9:50 AMElectrolytic Production of Metals from Oxides Dissolved in Molten Salts: Uday Pal1; 1Boston University

10:20 AMSensor Technology for Real Time Monitoring of Molten Salt Electrolytes During Nuclear Fuel Electrorefining: Michael Simpson1; Guy Fredrickson1; Brenda Serrano-Rodriguez1; Natalie Gese1; Marat Khafizov1; Supathorn Phongikaroon2; Kerry Allahar3; 1Idaho National Laboratory; 2University of Idaho; 3Boise State University

10:50 AMThermochemical Consideration of Pyrochemical Treatment of Spent Nitride Fuels: Hirokazu Hayashi1; Takumi Satoh1; Hiroki Shibata1; Masaki Kurata1; Takashi Iwai1; Yasuo Arai1; 1Japan Atomic Energy Agency

11:20 AMVarious Cathodic Processes during Electro-Reduction of Solid Oxides in High Temperature Molten Salt: Dihua Wang1; Wei Xiao1; 1Wuhan University

11:50 AMHow High Temperature Electrochemical Cell Experiments Led to Industrial Trials for Using Waste ZnO for Desulfurising Hot Metal: Ramachandran Kumar1; 1University of Cambridge

12:20 PMThe Molten Salt Electrolytic Winning of Oxygen and Metal from Lunar Regolith: Carsten Schwandt1; James Hamilton2; Derek Fray1; Ian Crawford3; 1Department of Materials Science and Metallurgy, University of Cambridge; 2Green Metals Ltd; 3Department of Earth and Planetary Sciences, Birkbeck College, University of London

Hume-Rothery Award Symposium: Electronic Structure Theory of Stability and Bonding in Alloys: Electronic StructureSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Alloy Phases CommitteeProgram Organizer: Chris Wolverton, Northwestern University


Session Chairs: Chris Wolverton, Northwestern University; Mark Asta, University California Berkeley


8:40 AM Keynote2013 William Hume-Rothery Award Winner: First Principles Alloy Theory - A Retrospective: Alex Zunger1; 1University of Colorado

9:25 AM InvitedA Family of Nonempirical Density Functionals for the Exchange-Correlation Energy: John Perdew1; 1Tulane University

9:55 AM Break

10:15 AM InvitedComputational Nano-Materials Design for Spinodal Nanotechnology as a New Class of Bottom-up Nanotechnology: Design vs. Experimental Realization: Hiroshi Katayama-Yoshida1; 1Osaka University

10:45 AM InvitedDevelopment of Reduced Tight-Binding and Bond-Order Potential Models for Si-N Nanocomposite Coatings: David Pettifor1; Jan Gehrmann1; Martin Reese2; Matous Mrovec2; Christian Elsaesser2; Bernd Meyer3; Aleksey Kolmogorov1; Ralf Drautz1; 1University of Oxford; 2Fraunhofer-Institut; 3Friedrich-Alexander University of Erlangen-Nurnberg

11:15 AM InvitedPerspectives on Phonons and Electron-Phonon Scattering in High-Temperature Superconductors: Barry Klein1; 1UC Davis


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Hybrid and Hierarchical Composite Materials: ProcessingSponsored by:TMS Structural Materials Division, TMS/ASM: Composite Materials CommitteeProgram Organizers: Tomoko Sano, US Army Research Laboratory; Charles Randow, US Army Research Laboratory; Chang Soo Kim, University of Wisconsin -Milwaukee


Session Chair: Chang Soo Kim, University of Wisconsin - Milwaukee

8:30 AMHierarchical Composites from Simple Building Blocks: Computation, Theory and Experiment: Markus Buehler1; Leon Dimas1; 1Massachusetts Institute of Technology

9:00 AMEffects of Processing Conditions During Freeze Casting of Alumina Composites: Octavio Cervantes1; Hilary Bowen2; Alexander Gash1; John Molitoris1; Luke Brewer3; Joseph Hooper3; 1LLNL; 2United States Air Force Academy; 3Naval Postgraduate School / Center for Materials Research

9:20 AMEnabling Nanoparticle Networking in Semi-Crystalline Polymer Matrices: Meisha Shofner1; Jasmeet Kaur1; Ji Hoon Lee1; 1Georgia Institute of Technology

9:40 AMBonding and Mechanical Testing of 3D Woven Lattice Material: Yong Zhang1; Seunghyun Ha1; Jamie Guest1; Keith Sharp2; Richard Fonda3; Andy Geltmacher3; Timothy Weihs1; Kevin Hemker1; 1Johns Hopkins University; 23TEX, Inc; 3Naval Research Laboratory

10:00 AM Break

10:15 AMEffect of Graphene NanoPlatelets on Consolidation and Mechanical Properties of Spark Plasma Sintered Tantalum Carbide: Andy Nieto1; Debrupa Lahiri1; Arvind Agarwal1; 1Florida International University

10:35 AMFiber Reinforced Chemical Bonded Phosphate Ceramics Matrix Composites: Henry A. Colorado1; Clem Hiel2; Jenn-Ming Yang1; 1University of California, Los Angeles; 2Composite Support and Solutions Inc

10:55 AMHigh Performance Multi-Walled Carbon Nanotubes Reinforced Epoxy Nanocomposites: Hongbo Gu1; Yudong Huang2; Suying Wei1; Zhanhu Guo1; 1Lamar University; 2Harbin Institute of Technology

11:15 AMMechanical Properties and Dispersion Characteristics of Aluminum Composites Reinforced with Carbon Nanotubes of Different Diameters: Prathap Chandran1; Shyam Kumar1; Niraj Chawake1; Karthiselva N1; Niraj Nayan2; SVS Narayana Murty2; Srinivasa Bakshi1; 1Indian Institute of Technology Madras; 2Vikram Sarabhai Space Center

Integrated Computational Modeling of Materials for Nuclear Energy: Fuel Modeling I: Lower Scale ModelingSponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS/ASM: Computational Materials Science and Engineering Committee, TMS/ASM: Nuclear Materials CommitteeProgram Organizers: Remi Dingreville, Sandia National Laboratories; Koenraad Janssens, Paul Scherrer Institute; Timothy Bartel, Sandia National Laboratories



8:30 AM InvitedLatest Improvements for the Treatment of Strong Correlations and Dispersive Bonds in First-Principles Studies of Actinide-Based Nuclear Materials: Emerson Vathonne1; Michel Freyss1; Marjorie Bertolus1; Bernard Amadon2; 1CEA, DEN; 2CEA, DAM

9:00 AMComputational Study of Energetics and Defect-Ordering Tendencies for Y and La in UO2: Jonathan Solomon1; Vitaly Alexandrov2; Tatiana Shvareva2; Babak Sadigh3; Alexandra Navrotsky2; Mark Asta1; 1University of California, Berkeley; 2University of California, Davis; 3Lawrence Livermore National Laboratory

9:20 AMFission Gas Bubble Nucleation in Bulk and at Grain-Boundaries of UO2: Xiang-Yang Liu1; David Andersson1; Blas Uberuaga1; 1Los Alamos National Lab

9:40 AM InvitedMechanism of Irradiation-Induced Point-Defect Cluster Formation in Metal Oxides by Molecular Dynamics Simulation: Dieter Wolf1; Dilpuneet Aidhy2; Simon Phillpot3; 1Argonne National Laboratory; 2IBM India Research Laboratory ; 3University of Florida

10:10 AM Break

10:30 AMAtomistic Studies of Defect Cluster Migration Mechanisms in UO2: Xian-Ming Bai1; Jianguo Yu1; Anter El-Azab2; Todd Allen3; 1Idaho National Laboratory; 2Purdue University; 3University of Wisconsin - Madison

10:50 AMAtomic Level Investigation of Defect Evolution in Irradiated Thoria (ThO2): Rakesh Behera1; Dilpuneet Aidhy2; Chaitanya Deo1; 1Georgia Institute of Technology; 2IBM

11:10 AMMolecular Dynamics Study of Voids and Bubbles in BCC Uranium: Benjamin Beeler1; Chaitanya Deo1; Michael Baskes2; Maria Okuniewski3; 1Georgia Institute of Technology; 2University of California, San Diego; 3Idaho National Laboratory

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Magnesium Technology 2013: Plenary Sponsored by:TMS Light Metals Division, TMS: Magnesium CommitteeProgram Organizers: Norbert Hort, Helmholtz-Zentrum Geesthacht; Suveen Mathaudu, US Army Research Office; Neale Neelameggham, IND LLC; Martyn Alderman, Magnesium Elektron


Session Chairs: Norbert Hort, Helmholtz-Zentrum Geesthacht; Martyn Alderman, Magnesium Elektron North America; Suveen Mathaudhu, U.S. Army Research Office; Neale Neelameggham, IND LLC


8:40 AMFrom Elektron to Bio Implants – Magnesium Alloys in the 21st Century: Karl Kainer1; 1Helmholtz-Zentrum Geesthacht

9:10 AM InvitedA Brief History of the Development of Grain Refinement Technology for Cast Magnesium Alloys: David StJohn1; Peng Cao2; Ma Qian1; Mark Easton3; 1The University of Queensland; 2University of Auckland; 3CAST CRC, Monash University

9:40 AMThe USAMP Magnesium Front End Research and Development Project – Results of the Magnesium “Demonstration” Structure: Alan Luo; J. Quinn; Ravi Verma; Yar-Ming Wang; David Wagner; Joy Forsmark1; X. Su; J. Zindel; Mei Li; S. Logan; S. Bilkhu; Robert C. McCune; 1Ford Motor Company

10:10 AM Break

10:30 AMThe Use of AC-DC-AC Methods in Assessing Corrosion Resistance Performance of Coating Systems for Magnesium Alloys: Robert C. McCune1; Vinod Upadhyay2; Yar-Ming Wang3; Dante Battocchi2; 1Robert C McCune & Associates LLC; 2NDSU Center for Surface Protection; 3General Motors Research Laboratory (retired)

11:00 AMThermodynamics of Phase Formation in Mg-La-Ce-Nd Alloys: Rainer Schmid-Fetzer1; Joachim Groebner1; Artem Kozlov1; Milan Hampl1; Mark Easton2; Suming Zhu2; Mark Gibson3; Jian-Feng Nie2; 1Clausthal University of Technology; 2Monash University; 3CSIRO Process Science & Engineering

11:30 AMNon-Flammable Magnesium Alloys with High Strength: Yoshihito Kawamura1; Tsuyoshi Ito1; 1Kumamoto University

Magnetic Materials for Energy Applications -III: Status and ChallengesSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Energy Committee, TMS: Energy Conversion and Storage Committee, TMS: Magnetic Materials CommitteeProgram Organizers: Sivaraman Guruswamy, University of Utah; Thomas Woodcock, IFW Dresden; Yongmei Jin, Michigan Technological University; Raju Ramanujan, Nanyang Technological University; Frank Johnson, GE Global Research; Oliver Gutfleisch, Technische Universität Darmstadt


Session Chairs: Robert Shull, National Institute of Standards and Technology; Victorino Franco, Universidad de Sevilla; Sivaraman Guruswamy, University of Utah


8:35 AM KeynoteCurrent Status and Future Prospects of Magnetocaloric Materials: Karl Gschneidner1; Yaroslav Mudryk2; Vitalij Pecharsky1; 1Iowa State University; 2Ames Laboratory (USDOE)

9:15 AM InvitedThe Search for Enhanced Magnetic Materials: Steve Constantinides1; 1Arnold Magnetic Technologies

9:50 AM Break

10:10 AM InvitedBonded Permanent Magnets – An Overview: Viswanathan Panchanathan1; Mitchell Spencer1; 1Polaris Rare Earth Materials LLC

10:45 AM InvitedChallenges of Magnetic Material Development for Vehicle Electrification: Matthew Willard1; 1U.S. Naval Research Laboratory

11:20 AM InvitedAnisotropic Curie Temperature Materials: Harsh Chopra1; Jason Armstrong2; Susan Hua2; 1State University of New York at Buffalo; 2University at Buffalo, The State University of New York

Materials and Fuels for the Current and Advanced Nuclear Reactors II: ModelingSponsored by:TMS Structural Materials Division, TMS/ASM: Corrosion and Environmental Effects Committee, TMS/ASM: Nuclear Materials CommitteeProgram Organizers: Ramprashad Prabhakaran, Idaho National Laboratory; Dennis Keiser, Idaho National Laboratory; Raul Rebak, GE Global Research


Session Chairs: Brian Wirth, University of Tennessee ; Ramprashad Prabhakaran, Idaho National Laboratory

8:30 AMA Rate-Theory Approach to Irradiation Damage Modeling with Random Cascades in Space and Time: Jesse Carter1; Richard Smith1; William Howland1; 1Bettis Atomic Power Laboratory


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8:50 AMComputational Studies of Oxygen Transport along Grain Boundaries during Zirconium Corrosion: Xian-Ming Bai1; 1Idaho National Laboratory

9:10 AMComputational Modeling of Metallic Nuclear Fuel Casting Processes – A Separate Effects Study: Justin Crapps1; Jack Galloway1; Dave Decroix1; David Korzekwa1; Rob Aikin1; Cetin Unal1; Randall Fielding2; Rory Kennedy2; 1Los Alamos National Laboratory; 2Idaho National Laboratory

9:30 AMStructure and Properties of the Y2O3/Fe Interface from First Principles Calculations: Samrat Choudhury1; Christopher Stanek1; Blas Uberuaga1; 1Los Alamos National Laboratory

9:50 AM Break

10:10 AMDefect and Diffusion in UO2±x by Quantum Mechanics and Statistical Thermodynamic Approaches: Zhi-Gang Mei1; Marius Stan1; Petrica Cristea2; David Andersson3; 1Argonne National Laboratory; 2University of Bucharest; 3Los Alamos National Laboratory

10:30 AMInterface Affected Cascading In Nuclear Materials and Role of Fractal Dimensions: You sung Han1; Vikas Tomar1; 1Purdue University

10:50 AMEffects of Surface Strain on Oxygen Adsorption on Zr (0001) Surface: Xing Wang1; Izabela Szlufarska1; 1University of Wisconsin-Madison

11:10 AMModelling of Dynamic Recrystallization Process Considering Orientation Effects in 316LN Stainless Steel: Xie Ganlin1; Wang Xitao1; Wang Genqi2; 1University of Science and Technology Beijing; 2Yantai Taihai Manoir Nuclear Equipment Co. Ltd

Materials in Clean Power Systems VIII: Durability of Materials : Materials for Fuel Cells and CSP ApplicationsSponsored by:TMS Structural Materials Division, TMS/ASM: Corrosion and Environmental Effects CommitteeProgram Organizers: Sebastien Dryepondt, ORNL; Kinga Unocic, ORNL; Jeffrey Fergus, Auburn University; Xingbo Liu, West Virginia University


Session Chairs: Sebastien Dryepondt, Oak Ridge National Laboratory; Jeffrey Fergus, Auburn University

8:30 AM InvitedAn Overview of the Mechanical Behavior of Solid Oxide Fuel Cell Substrates: Amit Shyam1; Dana McClurg2; Amit Pandey2; Rosa Trejo2; Rick Lowden2; Andres Marquez2; Edgar Lara-Curzio2; Richard Goettler3; 1ORNL; 2Oak Ridge National Laboratory; 3LG Fuel Cells

9:00 AM InvitedAdvanced Conductive Coating Performance under Long-term SOFC Operating Conditions: Jung Pyung Choi1; Jeffry Stevenson1; Ryan Scott1; Matt Chou1; Gordon Xia1; 1Pacific Northwest National Laboratory

9:30 AMALCHEMI Studies of Cation Site Occupancies in Doped Manganese Cobaltite Spinels: Louis Gambino1; Neal Magdefrau2; Yingjia Liu3; Jeffrey Fergus3; Ellen Sun2; Mark Aindow1; 1University of Connecticut; 2United Technologies Research Center; 3Auburn University

9:50 AMThe Effect of Constituent, Interfacial Properties and Morphology on the Dielectric Response of MIEC Membranes: Kyle Brinkman1; Kenneth Reifsnider2; Fazle Rabbi2; 1Savannah River National Laboratory (SRNL); 2University of South Carolina

10:10 AM Break

10:20 AM InvitedComparison of Binary and Calcium Nitrate Thernary Systems for Solar Power Concentration: Saltt Stability and Materials Performance: Francisco Pérez Trujillo1; Angel Fernandez Diaz-Carralero1; Isabel Lasanta1; 1Universidad Complutense de Madrid

10:50 AM InvitedImpact of Heat Transfer Media on Materials for Concentrated Solar Power: Dane Wilson1; 1ORNL

11:20 AMCorrosion Fatigue Studies of High Nickel Tubular Samples Containing Molten Salt: james Keiser1; Sebastien Dryepondt2; Donald Erdman2; Charles Hawkins2; 1Oak Ridge National Laboratory; 2ORNL

Materials Research Applied to National Needs (MARANN) in Honor of Professor Morris E. Fine: Materials Research Applied to National Needs (MARANN) ISponsored by:TMS Structural Materials Division, TMS: Chemistry and Physics of Materials CommitteeProgram Organizers: Peter Liaw, Univ of Tennessee; Gongyao Wang, University of Tennessee; Semyon Vaynman, Northwestern University; Yip Wah Chung, Northwestern University


Session Chairs: Yip-Wah Chung, Northwestern University; Peter Liaw, The University of Tennessee


8:35 AM InvitedLightweight Materials for the Automotive Industry - Materials Research Applied to National Energy Agenda: Alan Taub1; 1University of Michigan

9:15 AM InvitedDevelopment of a New Bridge Steel: From Atoms to Implementation: Julia Weertman1; 1Northwestern University

9:55 AM Break

10:15 AM InvitedComputational Materials Design: From Genome to Flight: Greg Olson1; 1Northwestern University

10:55 AM InvitedFracture of Crystalline Silicon Nanopillars during Electrochemical Lithium Insertion: William Nix1; Soek Woo Lee1; Matt McDowell1; Lucas Berla1; Ill Ryu1; Yi Cui1; 1Stanford University

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11:35 AM InvitedModeling and Simulation as a Tool to Advance Discovery in Materials Science: Clark Cooper1; 1National Science Foundation

Materials Science in Reduced Gravity: Structure and KineticsSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Solidification CommitteeProgram Organizers: Douglas Matson, Tufts University; Robert Hyers, University of Massachusetts Amherst; Hani Henein, University of Alberta

Monday AM Room: Lone Star Salon EMarch 4, 2013 Location: Grand Hyatt

Session Chair: Douglas Matson, Tufts University


8:40 AM InvitedBias Fields: The Cause of Dendritic Branching: Martin Glicksman1; 1Florida Institute of Technology

9:10 AM InvitedIntegrated Shrinkage and Shape Distortion Analysis of Liquid-Phase Sintering Affected by Gravity: Eugene Olevsky1; José Alvarado-Contreras1; Randall German1; 1San Diego State University

9:40 AMNon-Equilibrium Solidification, Modeling for Microstructure Engineering of Industrial Alloys (NEQUISOL): Dieter Herlach1; Jan Gegner1; Charles-André Gandin2; Damien Tourret2; Hani Henein3; Asuncion Garcia-Escorial4; Gerd-Ulrich Grün5; Marc Schneider6; 1Deutsches Zentrum für Luft- und Raumfahrt; 2ARMINES-CEMEF; 3University of Alberta; 4CENIM-CSIC; 5HYDRO Aluminium Rolled Products GmbH; 6MAGMA Gießereitechnologie

10:00 AMPhase Selection in Undercooled FeCo Alloys: Douglas Matson1; 1Tufts University

10:20 AM Break

10:40 AM InvitedEffect of Microgravity on Solidification Processes in Fe-Based Undercooled Melts: Wolfgang Loser1; Thomas Volkmann2; ; Douglas Matson3; 1IFW Dresden; 2DLR Cologne; 3Tufts University

11:10 AM InvitedPhase Selection in Undercooled Nd-Fe-B Alloy Melts: Thomas Volkmann1; Wolfgang Loser2; Jianrong Gao3; Jorn Strohmenger1; Sven Reutzel1; 1German Aerospace Center DLR; 2IFW Dresden; 3Northeastern University

11:40 AMMeasurement of Dendrite Growth Velocity as a Function of Undercooling on Al68.5Ni31.5 Alloy in Reduced Gravity: Stefan Klein1; Dieter Herlach1; Matthias Kolbe1; 1German Aerospace Center (DLR)

12:00 PMEffects of Static Magnetic Fields on Dendritic Growth Kinetics in Undercooled Metallic Melts: Jianrong Gao1; Yingjie Zhang1; Chao Yang1; 1Northeastern University


Mesoscale Computational Materials Science of Energy Materials: Battery Materials and Electrochemical Processes ISponsored by:TMS Materials Processing and Manufacturing Division, TMS/ASM: Computational Materials Science and Engineering CommitteeProgram Organizers: Pascal Bellon, University of Illinois; Alfredo Caro, LANL; Long Qing Chen, Penn State University; Anter El-Azab, Florida State University; Ming Tang, Lawrence Livermore National Laboratory


Session Chairs: Yue Qi, General Motors R&D Center; Ming Tang, Lawrence Livermore National Laboratory

8:30 AM InvitedElectrochemical and Mechanical Reliability of Three Dimensionally Reconstructed Electrode Microstructures: R. Edwin Garcia1; 1Purdue University

9:00 AM InvitedElectrochemical Shock of Lithium Battery Materials: William Woodford1; Yet-Ming Chiang1; W. Craig Carter1; 1Massachusetts Institute of Technology

9:30 AMNonlinear Phase-Field Model of Interface Evolution Resulted from Electrode Reactions: Linyun Liang1; Long Qing Chen1; Yue Qi2; Stephen Harris2; 1Penn State University; 2General Motors Corporation

9:50 AM Break

10:10 AMMesoscale Modeling of Electrochemical Crystal Growth and the Interfacial Double Layer: Michael Welland1; John Guyer2; Dieter Wolf1; 1Argonne National Laboratory; 2National Institute of Standards and Technology

10:30 AM InvitedMorphological Evolution of Lithium Iron Phosphate Cathodes: Bernardo Orvananos1; Hui-Chia Yu1; Katsuyo Thornton2; 1Department of Materials Science & Engineering, University of Michigan; 2Department of Materials Science & Engineering, University of Michigan

11:00 AM InvitedMesoscale Modeling of the Morphology and the Mechanical Properties of Proton Exchange Membranes: Yue Qi1; Yeh-Hung Lai1; 1General Motors R&D

11:30 AMPhase Field Simulation on the Concurrent Plastic Deformation, Phase Transformation, and Mass Diffusion in Silicon Anode for Lithium Ion Batteries: Yonghao An1; Hanqing Jiang2; Ming Tang3; 1Arizona State University, Lawrence Livermore National Laboratory; 2Arisona State University; 3Lawrence Livermore National Laboratroy

11:50 AMEffect of Anisotropic Charge Transport, Elasticity and Particle Geometry on the Phase Transformation Morphology and Kinetics in Olivine Cathode Particles: Ming Tang1; 1Lawrence Livermore National Laboratory


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Microstructural Processes in Irradiated Materials: Ferritic/Martensitic Steels ISponsored by:TMS Structural Materials Division, TMS/ASM: Nuclear Materials CommitteeProgram Organizers: Thak Sang Byun, Oak Ridge National Laboratory; Dane Morgan, University of Wisconsin-Madison; Yasuyoshi Nagai, Tohoku University; Zhijie Jiao, University of Michigan-Ann Arbor; Christine Guéneau, CEA-Saclay


Session Chairs: Masatake Yamaguchi, Japan Atomic Energy Agency; Gary Was, University of Michigan


8:40 AM InvitedMicrostructures of F-M Alloys at Very High Doses: Gary Was1; Zhijie Jiao1; Elizabeth Beckett1; Kai Sun1; Janelle Wharry1; 1University of Michigan

9:10 AMThe Mechanism of Radiation-Induced Segregation in Ferritic-Martensitic Alloys: Janelle Wharry1; Gary Was1; 1University of Michigan

9:30 AMIntra- and Inter-Granular Cr and Impurities Behaviour on the Nanostructural Evolution of Fe-Cr Model Alloys under Neutron Irradiation: Comparison with Ion Irradiation: Philippe Pareige1; Cristelle PAREIGE1; Viacheslav Kuksenko1; 1Rouen University

9:50 AMMiscibility Gap and Short-Range Ordering in Non-Irradiated and He-Ion Irradiated Fe-Cr15 Alloy: Stanislaw Dubiel1; Jan Zukrowski1; 1AGH University

10:10 AM Break

10:30 AMIn-Situ Observation of Dislocation Loop Formation and Growth in Electron-Irradiated Pure Iron and Fe-8Cr Alloys: Naoyuki Hashimoto1; Bumsu Park1; Seiji Sakuraya1; Somei Ohnuki1; 1Hokkaido University

10:40 AM InvitedFirst-Principles Study on the Intergranular Decohesion in Iron by Solute Segregation: Temper and Hydrogen-Induced Embrittlement: Masatake Yamaguchi1; Jun Kameda2; 1Japan Atomic Energy Agency; 2Tohoku University

11:10 AMPoint Defect Cluster Interactions with Grain Boundaries in Nanocrystalline Fe and Fe-Cr: Greg Vetterick1; Chris Barr1; John Baldwin2; Pete Baldo3; Mark Kirk3; Amit Misra2; Mitra Taheri1; 1Drexel University; 2Los Alamos National Laboratory; 3Argonne National Laboratory

11:30 AMIrradiated Microstructure of 9 and 12 Cr Model Alloys: Yuedong Wu1; Zhijie Jiao2; Yong Yang1; 1University of Florida; 2University of Michigan

11:50 AMMicrostructural Evolution and Fracture Toughness Recovery by Thermal Annealing in HT9 Steel Irradiated to High Doses: Osman Anderoglu1; Stuart Maloy2; Thak Sang Byun3; Bulent Sencer4; 1Los Alamos National Laboratory; 2LANL; 3Oak Ridge National Laboratory; 4Idaho National Laboratory

12:10 PMIrradiation-Induced Formation of Clusters with C15 Laves Phase Structure in Bcc Iron: Mihai-Cosmin Marinica1; Francois Willaime1; Jean-Paul Crocombette1; 1CEA, Service de Recherches de Metallurgie Physique

Modeling and Experimental Validation of Multiscale Mechanical Behavior from Atomic Scale to Macro Scale: Failure and FractureSponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Mechanical Behavior of Materials Committee, TMS: Nanomechanical Materials Behavior Committee, TMS: Process Technology and Modeling Committee, TMS: Shaping and Forming CommitteeProgram Organizers: Nathan Mara, Los Alamos National Laboratory; Jian Wang, Los Alamos National Laboratory; Brad Boyce, Sandia National Laboratories; Jennifer Carter, Case Western Reserve University; Anthony Rollett, Carnegie Mellon University; Jonathan Zimmerman, Sandia National Laboratories


Session Chairs: Michael Demkowicz, MIT; Thomas Bieler, Michigan State University

8:30 AM InvitedAtomistic Modeling of Deformation Mechanisms and Crack Initiation at Grain Boundaries: Diana Farkas1; Laura Smith1; 1Virginia Tech

9:00 AMCharacterization of Heterogeneous Deformation and Slip System Activation Along Grain Boundaries in Pure Tantalum: Thomas Bieler1; Scott Sutton1; Martin Crimp1; Brad Boyce2; 1Michigan State University; 2Sandia National Laboratories

9:20 AMHigh-Resolution Image Correlation, EBSD-Based Characterization and Simulation of Crack Tip and Grain Boundary Deformation in Al-Cu Alloys: Vipul Gupta1; Jacob Hochhalter2; Erik Saether2; Scott Willard3; Ashley Spear4; Terryl Wallace2; Stephen Smith2; Edward Glaessgen2; 1National Institute of Aerospace; 2NASA Langley Research Center; 3Science & Technology Corp.; 4Cornell University

9:40 AM InvitedCombined Experimental and Computational Study of the Evolution of Local Slip Activity during Heterogeneous Deformation of Polycrystalline Ta, Ti, and Ti Alloys: Thomas Bieler1; Chen Zhang1; Hongmei Li1; Yang Su1; Scott Sutton1; Philip Eisenlohr2; Claudio Zambaldi2; Martin Crimp1; Carl Boehlert1; Brad Boyce3; 1Michigan State University; 2Max-Planck-Institut für Eisenforschung; 3Sandia National Laboratories

10:10 AM Break

10:20 AMInfluence of Grain Boundary Properties on Spall Strength: Saryu Fensin1; Steve Valone1; Ellen Cerreta1; George Gray1; 1Los Alamos National Laboratory

10:40 AM InvitedHealing of Nanocracks by Disclinations: Michael Demkowicz1; Guoqiang Xu1; 1Massachusetts Institute of Technology

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11:10 AMIn-Situ TEM Study of Interfacial Faceting of Cu-Nb Nano-Lamellae during Indentation: Shijian Zheng1; Jian Wang1; John Carpenter1; Robert Dickerson1; Irene Beyerlein1; Nathan Mara1; 1Los Alamos National Laboratory

11:30 AM InvitedExploring the Evolution and Deformation of Twinned Nanocrystalline Metals with Microscale Kinematic Metrics and Molecular Dynamics Simulations: Garritt Tucker1; Stephen Foiles1; Henry Padilla1; Brad Boyce1; 1Sandia National Laboratories

12:00 PMQuantifying the Relationship between Strain Mode, Anisotropy, and Surface Morphology in Deformed Aluminum Sheet: Mark Stoudt1; Joseph Hubbard1; Lyle Levine1; 1National Institute of Standards and Technology

Modeling of Multi-Scale Phenomena in Materials Processing - III: Microstructure Evolution ISponsored by:TMS Materials Processing and Manufacturing Division, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Process Technology and Modeling Committee, TMS: Integrated Computational Materials Engineering CommitteeProgram Organizers: Adrian Sabau, Oak Ridge National Laboratory; Anthony Rollett, Carnegie Mellon University; Laurentiu Nastac, The University of Alabama; Jonathan Madison, Sandia National Laboratories; Mei Li, Ford Motor Company


Session Chairs: Laurentiu Nastac, University of Alabama - Tuscaloosa; Andrew Mullis, University of Leeds


8:35 AM InvitedApplication of a Modified Cellular Automaton Model to Simulating Solidification-Related Phenomena in Steels: Sebastian Michelic1; Christian Bernhard2; 1Montanuniversitaet Leoben / INTECO Special Melting Technologies; 2Montanuniversitaet Leoben

9:20 AMNumerical Simulation of Solute Diffusion –Controlled Dendritic Growth with Cellular Automaton Method: Sen Luo1; Miao-yong Zhu1; 1Northeastern University

9:45 AM Break

10:15 AM InvitedMulti-Scale Modelling Using 3-Dimensional Adaptive Meshing with an Implicit, Multigrid Solver: A Crystallization Example: Andrew Mullis1; Christopher Goodyer1; Peter Bollada1; Peter Jimack1; 1University of Leeds

11:00 AMA Multi Scale Method for Predicting Microstructure Changes from an External Magnetic Field: Andrew Kao1; Koulis Pericleous1; 1University of Greenwich

Nanostructured Materials for Lithium Ion Batteries and for Supercapacitors: Nanostructured Materials for Lithium Ion Batteries and for Supercapacitors Session ISponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Energy Conversion and Storage CommitteeProgram Organizer: David Mitlin, University of Alberta and NINT NRC


Session Chairs: David Mitlin , University of Alberta and NINT NRC; Reza Shahbazian-Yassar, Michigan Technological University; Peter Kalisvaart , University of Alberta and NINT NRC; Zhi Li, University of Alberta and NINT NRC

8:30 AM InvitedSilicon Anode Materials for All-Solid-State Lithium-ion Microbatteries: Peter Notten1; 1Eindhoven University

8:50 AM Invited3D Nanostructured Bicontinuous Electrodes: Path to Ultra-High Power and Energy Density Batteries: Paul Braun1; 1University of Illinois at Urbana-Champaign

9:10 AM InvitedEngineering Electrochemically Active Nano-Scale Silicon Based Hetero-Structures: Prashant Kumta1; 1University of Pittsburgh

9:30 AM InvitedSilicon Nanowire Core Aluminum Shell Coaxial Nanocomposites for Lithium Ion Battery Anodes Grown with and without a TiN Interlayer: Elmira Memarzadeh1; Peter Kalisvaart2; Alireza Kohandehghan1; Beniamin Zahiri1; Christopher Holt1; David Mitlin1; 1University of Alberta; 2University of Alberta

9:50 AM InvitedUsing in Situ Thin Film Stress Measurements to Understand Fundamental Lithiation Mechanisms in Battery Electrode Materials: Brian Sheldon1; Anton Tokranov1; Amartya Mukhopadhyay1; Sumit Soni1; Peng Lu2; Xingcheng Xiao2; Yue Qi2; Dawei Liu1; Hamed Haft-Baradaran1; Huajian Gao1; 1Brown University; 2General Motors

10:10 AM Break

10:30 AM InvitedCharacterization of Battery Cycling by In-Situ Microscopy: Shen Dillon1; 1University of Illinois at Urbana-Champaign

10:50 AM InvitedIn-Situ Studies of Nanoscale Transport and Alloying Phenomena: Jeffrey Urban1; 1LBNL

11:10 AM InvitedElectrochemical Lithiation of Silicon Clathrate Materials: Rahul Raghavan1; Nicholas Wagner1; Ran Zhao1; Wuwei Liang2; Kwai Chan2; Candace Chan1; 1Arizona State University; 2Southwest Research Institute

11:30 AM InvitedLi-Ion Nanobattery: Lessons from In-Situ Electron Microscopy: Reza Shahbazian-Yassar1; 1Michigan Technological University

11:50 AM InvitedCarbon-Sulfur Nanocomposite Cathode Materials for Lithium-Sulfur Batteries: Yuegang Zhang1; 1Lawrence Berkeley National Laboratory


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12:10 PM InvitedSpatially Resolved Porous Electrode Theory for Rechargeable Lithium-Ion Battery Electrodes: R. Edwin Garcia1; 1Purdue University

Neutron and X-ray Studies of Advanced Materials VI: Centennial and Beyond: Diffraction: 100 Years and BeyondSponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Rozaliya Barabash, Oak Ridge National Laboratory; Xun-Li Wang, City University of Hong Kong; Jaimie Tiley, US Air Force Research Laboratory; Gernot Kostorz, ETH Zurich; Brent Fultz, California Institute of Technology; Peter Liaw, University of Tennessee


Session Chairs: Gernot Kostorz, ETH; Wolfgang Pantleon, Risoe National Laboratory and DTU


8:35 AM KeynoteMaterials Science Enabled by the Advanced Photon Source Upgrade: Gregory Stephenson1; 1Argonne National Laboratory

9:00 AM InvitedOne Hundred Years (Almost) of Diffuse X-Ray Scattering: Richard Welberry1; 1Research School of Chemistry

9:20 AM InvitedNeutron and X-Ray Scattering Studies of Solid Sorbents for Carbon Capture: Andrew Allen1; Laura Espinal1; Winnie Wong-Ng1; Martin Green1; 1NIST

9:40 AM InvitedX-ray and Neutron Studies of Fluids in Confinement: Oskar Paris1; 1Montanuniversitaet Leoben

10:00 AM Break

10:10 AM InvitedA Detecting Strain Distributions in Nanoelectronics Using X-Ray Diffraction: Conal Murray1; 1IBM T.J. Watson Research Center

10:30 AM InvitedNovel Approach to Generate Magnetic Fields Using Vortices in High-Tc Superconductors for X-Ray Scattering Studies with Unrestricted Optical Access: Zahirul Islam1; R. Das1; J. Ruff1; R. Weinstein2; R. Sawh2; P. Canfield3; J.-W. Kim1; J. Lang1; 1Advanced Photon Source, Argonne National Laboratory; 2Texas Center for Superconductivity, University of Houston; 3Ames Laboratory, Iowa State University

10:50 AM KeynoteRecrystallization Characterized by Synchrotron X-Rays: Dorte Jensen1; 1DTU

11:10 AMIn-Situ Mesoscale Study of Twin Boundary Motion in NiMnGa Alloys under External Fields: Rozaliya Barabash1; Christoph Kirchlechner2; Odile Robach3; Ruqing Xu4; Martin Kunz5; Nobumichi Tamura5; Oleg Barabash6; Alexei Sozinov7; 1Oak Ridge National Laboratory; 2University of Leoben; 3ESRF; 4APS; 5ALS; 6University of Tennessee; 7AdaptaMat

11:25 AM InvitedA New Methodology for Determining Residual Stress Distributions Using Finite Elements and Synchrotron X-Ray Diffraction: Matthew Miller1; Paul Dawson1; 1Cornell University

11:45 AM InvitedMechanics of Nanostructures Probed In-Situ by Coherent X-Ray Diffraction during Mechanical Loading with a Dedicated AFM: Olivier Thomas1; Thomas Cornelius1; Stéphane Labat1; Marie-Ingrid Richard1; Francesca Mastropietro1; Marc Gailhanou1; Jean-Marc Roussel1; Guillaume Beutier2; Marc Verdier2; Bruno Gilles2; Guillaume Parry2; Marc de Boissieu2; Frederic Livet2; Vincent Jacques3; Gerardina Carbone3; Tobias Schülli3; 1Aix-Marseille Université; 2Grenoble-INP; 3ESRF

12:05 PM InvitedOpportunities for Studies of Complex Materials Using High-Energy X-Rays: Jonathan Almer1; Peter Kenesei1; John Okasinski1; 1Argonne National Laboratory

Ni-Co 2013: PlenarySponsored by:The Minerals, Metals and Materials Society, Metallurgical Society of the Canadian Institute of Mining Metallurgy and Petroleum, Chinese Society for Metals, GDMB Society for Mining, Metallurgy, Resource and Environmental Technology, Society for Mining Metallurgy and Exploration, Mining and Materials Processing Institute of Japan, Associacao Brasileira de Metalurgia, Materiais e Mineracao, Southern African Institute of Mining and Metallurgy (SAIMM), Minerals Engineering International Online, Cobalt Development Institute, Societe Francaise de Metallurgie et de Materiaux, TMS Extraction and Processing Division, TMS: Hydrometallurgy and Electrometallurgy Committee, TMS: Pyrometallurgy CommitteeProgram Organizer: Thomas Battle, Midrex Technologies


Session Chair: Thomas Battle, Midrex Technologies

9:00 AM Joint LectureAttendees are encouraged to attend the Extraction and Processing Division Distinguished Lecturer Presentation in Room 006D at 9:00 AM.

Towards Sustainable Metal Production by Molten Oxide Electrolysis: Antoine Allanore1 on behalf of Donald Sadoway1; 1Massachusetts Institute of Technology

10:00 AMLaterites - Still a Frontier of Nickel Process Development: Alan Taylor1; 1ALTA Metallurgical Services

10:30 AMNickel and Stainless Steels: 100 Years of Working Together: Gary Coates1; 1Nickel Institute

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11:00 AMCobalt - The Technology Enabler: David Weight1; 1Cobalt Development Institute

11:30 AMThe Recycling of Cobalt from Alloy Scrap, Spent Batteries or Catalysts and Metallurgical Residues- An Overview: Joe Ferron1; 1Other

Novel Synthesis and Consolidation of Powder Materials : Activated Sintering, Spark Plasma Sintering and High Voltage Electric Discharge ConsolidationSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Powder Materials CommitteeProgram Organizers: Ma Qian, The University of Queensland; Iver Anderson, The Ames Laboratory

Monday AM Room: Lone Star Salon CMarch 4, 2013 Location: Grand Hyatt

Session Chairs: Ma Qian, The University of Queensland ; Katsuyoshi Kondoh, Osaka University

8:30 AMActivated Sintering for the Manufacture of Bi-Layered AgC Electrical Contacts: Daudi Waryoba1; Jeffery Johnson2; Craig Stringer1; 1Penn State University, DuBois; 2Contact Technologies, Inc.

8:50 AMFabrication of High Performance Commercial Titanium Alloys by Spark Plasma Sintering: Ya-Feng Yang1; K Kondoh2; Ma Qian1; 1University of Queensland; 2Osaka University

9:10 AM InvitedInter-Particle Contact Phenomena in Spark-Plasma Sintering (SPS) and High Voltage Electric Discharge Consolidation (HVEDC): Eugene Olevsky1; Elena Aleksandrova2; Andrey Kuzmov2; Evgeny Grigoryev2; 1San Diego State University; 2Moscow Engineering Physics University

9:40 AMSpark Plasma Sintering of Metal-Carbon Nanocomposites: Thomas Hutsch1; Thomas Schubert1; Thomas Weißgärber1; Bernd Kieback1; 1Fraunhofer IFAM Dresden

10:00 AM Break

10:20 AM InvitedThermo-Mechanical Properties of ZrO2/Ti Functionally Graded Materials Fabricated by Spark Plasma Sintering: Hideaki Tsukamoto1; Yoshiki Komiya1; Hisashi Sato1; Yoshimi Watanabe1; 1Nagoya Institute of Technology

10:50 AMA Comparative Study of Lead-Free (Na,K.Li) (Ta.Nb)O3 Ferroelectric Ceramics Fabricated by Pressureless and Spark Plasma Sintering: Seema Sharma1; Kim Vanmeensel2; Jef Vleugels2; 1Magadh University; 2K U Leuven

11:10 AMInfluence of Spark Plasm Sintering on the Mechanical Behavior of Micro and Nano AA2124 Powders: Ahmed Sayed1; Yassmine Ibrahim1; Hanadi Salem1; Mats Johnsson2; 1American University in Cairo; 2Stokholm University

11:30 AMHigh Voltage Electric Discharge Consolidation of Tantalum Powders: Evgeny Grigoryev1; Eugene Olevsky1; Vera Demenyuk1; Maria Yurlova1; 1MEPHI

11:50 AMEffect of Alloying Elements and Pulsed Electric Current Sintering Parameters on Nano-Dispersion Formation in Nanostructured Ferritic Steels: Somayeh Pasebani1; Indrajit Charit1; Kerry Allahar2; James Cole3; Darryl Butt2; 1University of Idaho; 2Boise State University; 3Idaho National Laboratory

Pb-free Solders and Emerging Interconnect and Packaging Technologies: SolidificationSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Electronic Packaging and Interconnection Materials CommitteeProgram Organizers: Nikhilesh Chawla, Arizona State University; Srinivas Chada, Whirlpool; Darrel Frear, Freescale Semiconductor; John Elmer, LLNL; Tae-Kyu Lee, Cisco Systems; Yan Li, Intel; Laura Turbini, Research In Motion; Kwang-Lung Lin, National Cheng Kung University; Sohoon Yoo, Korea Institute of Industrial Technology



8:30 AMLiquidus Projection and Solidification of Sn-rich Sn-In-Ag-Zn Alloys: Sinn-wen Chen1; Jui-shen Chang1; Chia-Ming Hsu1; Wan-ting Chiu1; Che-wei Hsu1; Ru-bo Chang1; 1National Tsing Hua University

8:50 AMIn-Situ Observation of Solidification in Micro-Alloyed Sn-0.7Cu Solder Alloys: Guang Zeng1; Stuart McDonald1; Jonathan Read1; Christopher Gourlay2; Hideyuki Yasuda3; Kazuhiro Nogita1; 1The University of Queensland; 2Imperial College London; 3Osaka University

9:10 AMModified Hypereutectic Sn-Cu Pb-Free Solder for High Temperature Applications: Keith Sweatman1; Motanori Miyaoka1; Takatoshi Nishimura1; Xuan Quy Tran2; Stuart McDonald2; Kazuhiro Nogita2; 1Nihon Superior Co., Ltd.; 2University of Queensland

9:30 AMSolidification of Sn-0.7Cu-0.05Ni Solder: Christopher Gourlay1; Sergey Belyakov1; Guang Zeng2; Hideyuki Yasuda3; Kazuhiro Nogita2; 1Imperial College London; 2University of Queensland; 3Osaka University

9:50 AM Break

10:10 AMNew Bi-Containing No or Low Ag Solder Alloys with Reduced Melting Temperatures: Polina Snugovsky1; Simin Bagheri2; Eva Kosiba2; Zohreh Bagheri2; Marianne Romansky2; Doug Perovic3; Leonid Snugovsky3; 1Celestica ; 2Celestica; 3University of Toronto

10:30 AMThe Redistribution of Ag3Sn Phase of Pb-Free Solder in a Temperature Gradient: Yu-Ping Su1; Fan-Yi Ouyang1; 1National Tsing Hua university

10:50 AMMicrostructure Investigation of Mixed Solder Joints with Eutectic SnPb and Sn-3.0Ag-0.5Cu Solders: Won Sik Hong1; Chulmin Oh1; 1Korea Electronics Technology Institutue(KETI)


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11:10 AMConductive Anodic Filament Formation Studies in Fine-Pitch through-Vias in Thin Organic Package Substrates: Koushik Ramachandran1; Fuhan Liu1; Raj Pulugurtha1; Venky Sundaram1; Rao Tummala1; 1Georgia Institute of Technology

Phase Stability, Phase Transformations, and Reactive Phase Formation in Electronic Materials XII: Solder-related Reliability IssuesSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Alloy Phases CommitteeProgram Organizers: Chao-hong Wang, National Chung Cheng University; Chih-Ming Chen, National Chung Hsing University; Jae-Ho Lee, Hongik University; Ikuo Ohnuma, Tohoku University; Clemens Schmetterer, TU Bergakademie Freiberg; Yee-Wen Yen, National Taiwan University of Science and Technology; Shien-Ping Feng, The University of Hong Kong; Shih-Kang Lin, National Cheng Kung University


Session Chairs: Chao-Hong Wang, National Chung Cheng University; Yee-Wen Yen, National Taiwan University of Science & Technology

8:30 AM InvitedStudy of the Microstructural Evolution of the Sn-9 wt.% Zn/Cu Joints: Chih-Ming Chen1; 1National Chung Hsing University

8:50 AMComparison of Cu Pad Consumption between Sn Solder and Sn3.5Ag: Chia-yu Chen1; 1National Central University

9:05 AMElectromigration Failure Mechanism in Package Solders: Liangshan Chen1; Huili Xu1; Patricia Rodriguez1; Choongun Kim1; 1MSE at UT Arlington

9:20 AMSupersaturation and Phase Stability of Pb-Sn Alloys under Current Stressing: Chao-kuei Yeh1; Shih-kang Lin1; 1National Cheng Kung University

9:35 AMGrain Rotation Induced by Thermomigration in the Pb-Free Solders: Wei-Neng Hsu1; Fan-Yi Ouyang1; 1National Tsing Hua University

9:50 AMInterfacial Reactions between Pb-Free Solders and Alloy 42 Substrates: Yee-Wen Yen1; Yi-Pin Wu1; Yu-Ping Hsieh1; Ruo-Syun Syu1; 1National Taiwan University of Science & Technology

10:05 AM Break

10:20 AM InvitedEffects of Levelers in Pulse Current Electroplaing on SiP Copper Via Filling: Ki-Tae Kim1; Myung-Won Jung1; Jae-Ho Lee1; 1Hongik University

10:40 AMElectromigration Induced Interface Reaction in Au-Wire/Al Film Diffusion Couple: Patricia Rodriguez1; Liangshan Chen1; Choong-Un Kim1; 1University of Texas at Arlington

10:55 AMMicrostructural Evolution of Cu Wedge Bonding on the Al Metallization under a High Current Density: Zong-Han Yang1; Fan-Yi Ouyang1; 1Department of Engineering and System Science, National Tsing Hua University

11:10 AMInvestigation of Sn Whisker Growth in Electroplated Sn and Sn-Ag as a Function of Plating Variables and Aging Conditions: Jaewon Chang1; Sung Kang2; Jaeho Lee3; Keun-Soo Kim4; Hyuck Mo Lee1; 1KAIST; 2IBM T.J. Watson Research Center; 3Hongik University; 4Hoseo University

11:25 AMElectromigration in SAC305/Bismuth Telluride Thermoelectric System: Po-Yin Chien1; Albert T. Wu2; 1National Central University ; 2National Central University

11:40 AMSn Grain Orientation Effect on the Formation of Highly Serrated Cathode Interface in Solder Joints under Electromigration: Ting-Li Yang1; Ting-Chia Huang1; Jia-Hong Ke1; C. Robert Kao1; 1National Taiwan University

11:55 AMCorrelation between Microstructure Evolution and Mechanical Strength in Sn-3.0Ag-0.5Cu/ENEPIG Solder Joint: Chien-Fu Tseng1; Jenq-Gong Duh1; 1National Tsing Hua University, Hsinchu, Taiwan

Phase Transformation and Microstructural Evolution: MPMD Distinguished Scientist/Engineer Award Symposium for J.E. MorralSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Chemistry and Physics of Materials Committee, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Phase Transformations Committee, TMS: Process Technology and Modeling Committee, ASM: Alloy Phase Diagrams CommitteeProgram Organizers: Amy Clarke, Los Alamos National Laboratory; Sudarsanam Suresh Babu, Ohio State University; Rajarshi Banerjee, University of North Texas; John Morral, Ohio State University; Brian Gleeson, University of Pittsburgh; Carelyn Campbell, National Institute of Standards & Technology; Yongho Sohn, University of Central Florida; Yunzhi Wang, Ohio State University


Session Chairs: Carelyn Campbell, NIST; Yongho Sohn, University of Central Florida

8:30 AM InvitedSimulation of Surface Treating Processes: Models and Database Needs: Richard Sisson1; Mei Yang1; Yingying Wei1; Danielle Belsito1; Lei Zhang1; 1Worcester Polytechnic Institute, Center for Heat Treating Excellence

9:00 AM InvitedExperimental Observations and Analyses from Diffusion Studies for U-Mo Nuclear Fuel Alloys: Yongho Sohn1; Ke Huang1; Emmanuel Perez2; Ashley Ewh1; Dennis Keiser2; 1University of Central Florida; 2Idaho National Laboratory

9:30 AMInterdiffusion Microstructure Maps in Multi-Component and Multi-Phase Dual-Alloy Systems: Xiaoqin Ke1; John Morral1; Yunzhi Wang1; 1The Ohio State Univeristy

9:50 AM Break

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10:10 AM InvitedRole of Multicomponent Diffusion in Microstructure Evolution during Additive Manufacturing of Structural Alloys: Sudarsanam Babu1; 1The Ohio State University

10:40 AM InvitedFile and Data Repositories for CALPHAD and Beyond: Ursula Kattner1; Carelyn Campbell1; Laura Bartolo2; Alden Dima1; 1National Institute of Standards and Technology; 2Kent State University

11:10 AM InvitedReference Self Diffusion Mobility Data for CALPHAD and Beyond: Carelyn Campbell1; 1National Institute of Standards and Technology

11:40 AM InvitedDerived Uncertainties and the Evaluation of Multicomponent Interdiffusion Data: Jeffrey LaCombe1; Alonso Jaques2; 1University of Nevada, Reno; 2Universidad Técnica Federico Santa María

12:10 PMThe RMS Error of 3-Component Diffusivities Measured from One Diffusion Couple: John Morral1; 1The Ohio State University

Physical and Mechanical Metallurgy of Shape Memory Alloys: In-situ Microstructural CharacterizationSponsored by:TMS/ASM: Phase Transformations CommitteeProgram Organizers: Haluk Karaca, University of Kentucky; Ibrahim Karaman, Texas A&M University; Othmane Benafan, NASA Glenn Research Center; Ryosuke Kainuma, Tohoku University; Hans Jurgen Maier, University of Paderborn

Monday AM Room: Lone Star Salon BMarch 4, 2013 Location: Grand Hyatt

Session Chairs: Petr Sittner, Institute of Physics, Academy of Sciences of the Czech Republic; Minoru Nishida, Kyushu University

8:30 AMFormation Process of Self-Accommodation Morphology of B19’ Martensite in Ti-Ni Alloys: Minoru Nishida1; Yohei Soejima1; Shinsaku Shibuta1; Shunichi Motomura1; Mastoshi Mitsuhara1; Tomonari Inamura2; 1Kyushu University; 2Tokyo Institute of Technology

9:00 AMIn Situ Neutron and Synchrotron X-Ray Diffraction Studies of NiTi-Based High Temperature Shape Memory Alloys: Othmane Benafan1; Ronald Noebe1; Santo Padula1; Glen Bigelow1; Darrell Gaydosh2; Anita Garg3; Raj Vaidyanathan4; Bjørn Clausen5; Norbert Schell6; 1NASA Glenn Research Center; 2Ohio Aerospace Institute; 3University of Toledo; 4University of Central Florida; 5Los Alamos National Laboratory ; 6GKSS Research Center Geesthacht

9:20 AMDeformation Mechanics of Shape-Memory NiTi Martensite: Aaron Stebner1; 1Caltech

9:40 AMAsymmetry and Control Mode Effects in Polycrystalline NiTi: Douglas Nicholson1; Othmane Benafan2; Santo Padula2; Ron Noebe2; Raj Vaidyanathan1; 1University of Central Florida; 2NASA Glenn Research Center

10:00 AM Break

10:20 AMHeat Treatment, Shape Setting and Actuation Instability of NiTi: Petr Sittner1; Jan Pilch1; Ludek Heller1; Pavel Sedmák1; Carolina Curfs1; 1Institute of Physics ASCR

10:50 AMIn Situ Scanning Electron Microscopy Studies of Superelastic Cu-Zn-Al Microwires: Stian Ueland1; Christopher Schuh1; 1Massachusetts Institute of Technology

11:10 AMIn Situ, Elevated Temperature Micro-Compression of NiTiPd: Jeffrey Wheeler1; Rejin Raghavan1; Mark Weaver2; Greg Thompson2; Johann Michler1; 1EMPA; 2The University of Alabama

11:30 AMTwinning during Shape Memory and Post-Shape Memory Deformation in U-14at.%Nb: Robert Field1; Amy Clarke1; Rodney McCabe1; Donald Brown1; Bjorn Clausen1; Catherine Tupper2; John Swadener3; Carl Cady1; Dan Thoma1; 1Los Alamos National Laboratory; 2Northwestern University; 3Aston University

11:50 AMFull Field Mapping of Microstructural Strain Accommodation during Superelastic Deformation in Nickel Titanium: Michael Kimiecik1; J. Jones1; Samantha Daly1; 1University of Michigan

12:10 PMIn Situ Macroscopic Investigation on Lüders-Like Bands Evolution during Cycle Loading with Different Strain Rates in NiTi Alloys: Hongfei Du1; Pan Zeng1; Liping Lei1; Gang Fang1; 1Tsinghua University

Recent Developments in Biological, Electronic, and Functional Thin Films and Coatings: Biological, Electronic, and Functional Thin Films and Coatings ISponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Thin Films and Interfaces CommitteeProgram Organizers: R. Narayan, UNC/NCSU Joint Department of Biomedical Engineering; Choong-Un Kim, University of Texas at Arlington; Jian Luo, Clemson University; Nancy Michael, University of Texas at Arlington; Nuggehalli Ravindra, New Jersey Institute of Technology; Adele Carradò, IPCMS


Session Chair: Diego Mantovani, Laval University

8:30 AM InvitedGraphene: The Thinnest Known Coating for Corrosion Protection: RK Singh Raman1; 1Monash University

9:10 AM InvitedCoating Effect on the Physico-Chemical Properties of Nanometric Iron Oxide: Geneviève Pourroy1; Julien Jouhannaud1; Antonio Garofalo1; Delphine Felder-Flesch1; Franklin Tellier1; Patrick Poulet1; Jerome Steibel1; 1CNRS University of Strasbourg-IPCMS

9:30 AMCorrosion Resistance of Cerium-Based Conversion Coated Ti-6Al-4V Alloy: Surender Maddela1; Matt Ruder1; Matthew O’Keefe1; 1Missouri University of Science and Technology

9:50 AMCVD of Protective Mullite Coatings on Single Crystal Silicon Substrates: JiaPeng Xu1; Daniel Erickson1; Sudesna Roy1; Vinod Sarin1; 1Boston University

10:10 AM Break


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10:30 AMCharacterization of High Temperature Mechanical Properties of Two Unique Experimental Coatings: Amit Pandey1; Kevin Hemker2; Vladimir Tolpygoc3; 1ORNL; 2The Johns Hopkins University; 3Honeywell

10:50 AMStructural, Optical and Electronic Properties of CdSxSe1-x: Yan Liu1; Dongguo Chen1; Nuggehalli Ravindra1; 1New Jersey Institute of Technology

11:10 AMEclipse Active and Passive Solar Control Coatings: Hulya Demiryont1; Kenneth Shannon1; Matthew Bratcher2; 1Eclipse Energy Systems, Inc.; 2US. Army

11:30 AMEffect of Chemical Structure Change on Thermo-Mechanical Instability of Porous Low-k Thin Films: Yoonki Sa1; Todd Ryan2; Sean King3; Choong-Un Kim1; 1University of Texas at Arlington; 2Globalfoundries; 3Intel Co.

11:50 AMFabrication and Characterization of Chitin-Carbon Nanotube Composites: Sujeily Soto1; Deborah Marty1; O. Marcelo Suarez1; 1University of Puerto Rico

12:10 PMSeparation and Conductivity Measurements of Living Cells Using Microfluidics: Faiza Javed1; Naila Javed1; Arshad Bhatti2; 1MS Student; 2Supervisor

Recent Developments in the Processing, Characterization, Properties, Performance and Applications of Metal Matrix Composites: Innovative and Nano-composite MaterialsSponsored by:TMS Structural Materials Division, TMS/ASM: Composite Materials CommitteeProgram Organizers: Martin Pech-Canul, Centro de Investigacion y de Estudios Avanzados del Instituto Politecnico Nacional; Zariff Chaudhury, Materion Coporation; Golam Newaz, Wayne State University

Monday AM Room: Bowie AMarch 4, 2013 Location: Grand Hyatt

Session Chairs: Zariff Chaudhury, Materion Corporation; Martin Pech-Canul, CINVESTAV IPN SALTILLO

8:30 AMThree Dimensional (3D) Microstructure Visualization and Modeling of Deformation in Metal Matrix Composites by In Situ X-ray Synchrotron Tomography: Jason Williams1; Jonathan Silva1; Nikhilesh Chawla1; Francesco De Carlo2; Xianghui Xiao2; 1Arizona State University; 2Advanced Photon Source, Argonne National Laboratory

8:50 AMCharacterization of Nanoparticle Reinforced Mg–Based Composites Processed by Electromagnetic Acoustic Transduction: Hunter Henderson1; Zachary Bryan1; Orlando Rios2; Alexander Melin2; Gerard Ludtka2; Gail Ludtka2; Michele Manuel1; 1University of Florida; 2Oak Ridge National Laboratory

9:10 AMIn-Situ Formed Al-TiB2 Metal Matrix Composites as a Feed Stock for Semi-Solid Metal Processing: Vijay Nimbalkar1; 1NMRL

9:30 AMInfluence of Substrate Bias on Structure and Properties of TiZrN Prepared by Sputtering System: Yu-Wei Lin1; Fong-Zhi Chen1; Jia-Hong Huang2; Ge-Ping Yu2; 1National Applied Research Laboratories; 2National Tsing Hua University

9:50 AMDevelopment, Processing and Applications for Bulk Metallic Glass Matrix Composites: Douglas Hofmann1; 1NASA JPL/Caltech

10:10 AMA Disintegrable Metal Matrix Composite: Zhiyue Xu1; 1Baker Hughes

10:30 AMApplication of External Fields to Technology of Metal-Matrix Composite Materials: Nadendla Hari Babu1; Zhongyun Fan1; Dmitry Eskin1; 1Brunel University

10:50 AMMicrostructure and Mechanical Properties of Bulk Ultrafine Structured Al-5vol.%Al2O3 and Cu-5vol.%Al2O3 Nanocomposite Produced by a Combination of High Energy Mechanical Milling and Powder Consolidation: Deliang Zhang1; Amro Gazawi1; Dengshan Zhou1; Charlie Kong2; Paul Munroe2; 1The University of Waikato; 2University of New South Wales, Australia

11:10 AMDetermination of Nanostructural Evolution during Wear of Multi-functional Adaptive Composites Coatings: Hamidreza Mohseni1; Jon-Erik Mogonye1; Sundeep Gopagoni1; Junyeon Hwang1; Peter Collins1; Jaimie Tiley2; Rajarshi Banerjee1; Thomas Scharf1; 1University of North Texas; 2Air Force Research Laboratory

11:30 AMIn-Situ Formation of Novel Al-AlN Composites by Gas-Melt Reaction: Je In Lee1; Eun Soo Park1; 1Seoul National University

11:50 AMThermal Property Characterization for a Steel Fibre Reinforced Aluminum Metal Matrix Composite (AlMMC): Scott Kenningley1; Simon Barnes2; Philip Withers2; 1Federal Mogul ; 2University of Manchester

Refractory Metals 2013: Refractory Metal-based Materials ISponsored by:TMS Structural Materials Division, TMS: Refractory Metals CommitteeProgram Organizers: David Honecker, Climax Molybdenum; Omer Dogan, DOE National Energy Technology Laboratory

Monday AM Room: Mission AMarch 4, 2013 Location: Grand Hyatt

Session Chairs: David Honecker, Climax Molybdenum Technology Center; James Ciulik, Element Materials Technology


8:35 AMResponse of Two Nb-Cr-Mo-Si-B Alloys to Static Oxidation: Kathryn Thomas1; Shailendra Varma1; 1The University of Texas at El Paso


9:00 AMHow Can One Improve the Oxidation Resistance of Nb Silicide Based Alloys?: Panayiotis Tsakiropoulos1; 1The University of Sheffield

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9:25 AMMolybdenum Composites of Mo2B, T2, and Silica: William Daloz1; Peter Marshall1; Joe Cochran1; 1GA Tech


9:50 AMThe Creep Behavior of Molybdenum and Other Commercial-Purity Refractory Metals: James Ciulik1; 1Element Materials Technology


10:15 AM Break

10:35 AMMicrostructural Observations of Texture Gradient Effects on Dynamic Abnormal Grain Growth in Mo: Philip Noell1; Nicholas Pedrazas1; Daniel Worthington1; Thomas Buchheit2; Elizabeth Holm2; Eric Taleff1; 1University of Texas at Austin, Dept of Mechanical Engrg; 2Sandia National Laboratory, New Mexico


11:00 AMEnhancement of Tantalum Carbide Oxidation Resistance in a High Temperature Plasma Flow by Additon of Graphene NanoPlatelets: Andy Nieto1; Debrupa Lahiri1; Cheng Zhang1; Arvind Agarwal1; 1Florida International University


11:25 AMMicrostructure Development in Seamless Nb Tube: Shreyas Balachandran1; Roston Elwell2; Di Kang3; Thomas Bieler3; Karl Hartwig1; 1Texas A&M University; 2Shearform Inc; 3Michigan State University


11:50 AM Concluding Comments

Synergies of Computational and Experimental Materials Science II: Materials for Energy and Electronic ApplicationsSponsored by:TMS Materials Processing and Manufacturing Division, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering CommitteeProgram Organizers: Katsuyo Thornton, University of Michigan; Thomas Buchheit, Sandia National Laboratories; Anthony Rollett, Carnegie Mellon University; David Rowenhorst, Naval Research Lab


Session Chairs: Katsuyo Thornton, University of Michigan; Scott Barnett, Northwestern University


8:35 AM InvitedThree-Dimensional Measurements and Simulations of Electrode Microstructure: Correlation with Electrochemical Performance and Degradationn: Scott Barnett1; Scott Cronin1; Kyle Yakal-Kremski1; David Kennouche1; 1Northwestern University

9:05 AM Invited3D Analysis and Modeling of Solid Oxide Fuel Cell Cathodes: Ellen Ivers-Tiffée1; 1KIT

9:35 AMFIB/SEM Reconstruction and 3D Simulations of SOFC Electrodes: Jochen Joos1; Thomas Carraro2; Moses Ender1; André Weber1; Ellen Ivers-Tiffée1; 1Karlsruhe Institute of Technology (KIT); 2University of Heidelberg

9:55 AMInvestigation of Interactions between Lithium Iron Phosphate Nanoparticles Using 6Li and 7Li Isotopes: Bernardo Orvananos1; Hui-Chia Yu1; Hao Liu2; Rahul Malik3; Gerbrand Ceder3; Clare Grey2; Katsuyo Thornton1; 1University of Michigan; 2University of Cambridge; 3Massachusetts Institute of Technology

10:15 AM Break

10:30 AM InvitedAddressing the Materials Genome Initiative through the AFLOWLIB.ORG Consortium: Thermoelectric Properties of Sintered Compounds with High-Throughput Ab-Initio Calculations: Stefano Curtarolo1; 1Duke University

11:00 AM InvitedThe Composition and Growth of Nanowires: Kevin Yoon1; Andrew Gamalski2; Justin Connell1; R. Sharma3; C. Ducati2; Lincoln Lauhon1; Stefan Hofman2; Peter Voorhees1; 1Northwestern University; 2Cambridge University; 3National Institute for Standards and Technology

11:30 AMRole of Oxygen Vacancies on Wettability and Evaporation Rate of Water on ZnO Surfaces: Han Hu1; Ying Sun1; 1Drexel University

11:50 AMExperimental Measurement of Coupled Thermo Mechanics in Silicon with an Account of Length Scale, Stresses, and Quantum Scale Thermodynamics: Ming Gan1; Vikas Tomar1; 1Purdue University

12:10 PMInfluence of Tb3+ Concentration on Luminescence Properties of Gd2O2S:Tb Nanophosphor: Fei Wang1; 1Kunming University of Science and Technology

Three-Dimensional Materials Science VII: Novel Techniques in Three-Dimensional Materials ScienceSponsored by:TMS Structural Materials Division, TMS: Advanced Characterization, Testing, and Simulation CommitteeProgram Organizers: Jonathan Madison, Sandia National Laboratories; Nikhilesh Chawla, Arizona State University; Michael Groeber, Air Force Research Laboratory


Session Chairs: Jonathan Madison, Sandia National Laboratories; Christopher Szczepanski, AFRL, Wright Patterson AFB

8:30 AM InvitedAn Automated 3D Serial Sectioning System for Characterizing Microstructural Features in Large Volumes (> 1 mm3) Using Multi-Modal Data Streams: Megna Shah1; Michael Uchic2; Michael Groeber2; Patrick Callahan3; David Rowenhorst4; Adam Shiveley1; Jonathan Spowart2; 1UES/Air Force Research Laboratory; 2Air Force Research Laboratory; 3Carnegie Mellon University/Air Force Research Laboratory; 4Naval Research Lab


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9:00 AM InvitedAcquisition of 3-D Datasets Via Tri-Beam Tomography: Tresa Pollock1; McLean Echlin1; Alessandro Mottura1; 1University of California Santa Barbara

9:30 AMCombined FIB Lift Out – EBSD Specimen Preparation for Atom Probe Tomography – Application to Steels: Frederic Danoix1; Fabien Cuvilly1; Grant Thomas2; Jacques Lacaze3; Dominique Mangelinck4; John Speer2; 1CNRS - Université de Rouen; 2Colorado School of Mines; 3CIRIMAT ENCIACET Toulouse; 4IM2NP CNRS

9:50 AM Break

10:05 AMFatigue Crack Closure and Corrosion Fatigue in Al 7075 Alloy Using In Situ X-Ray Synchrotron Tomography: Sudhanshu Singh1; Jason Williams1; Xianghui Xiao2; Francesco De Carlo2; Nikhilesh Chawla1; 1Arizona State University; 2Advanced Photon Source, Argonne National Laboratory

10:25 AMMeasurement of Materials Performance during In-Situ Experiments Using X-ray Tomography: Brian Patterson1; Kevin Henderson1; Zach Smith1; Duan Zhang1; Paul Giguere1; 1Los Alamos National Laboratory

10:45 AMOptimizing Tilt-Series Data Acquisition in Dislocation Tomography Observations: Methods and Applications: Satoshi Hata1; Ryutaro Akiyoshi1; Makoto Shimizu1; Masatoshi Mitsuhara1; Ken-ichi Ikeda1; Hideharu Nakashima1; 1Kyushu University

11:05 AM3D Orientation Contrast Microscopy Characterization of Thermo-Mechanical Fatigue Crack Morphology in Compacted Graphite Iron: Sepideh Ghodrat1; Hadi Pirgazi2; Leo Kestens2; 1Delft University of Technology (TUDelft); 2Ghent University

11:25 AMIn-Situ Monitoring of Dynamic Phenomena during Solidification: Amy Clarke1; Paul Gibbs1; Seth Imhoff1; Jason Cooley1; Brian Patterson1; Wah-Keat Lee2; Kamel Fezzaa3; Christopher Morris1; Frank Merrill1; Brian Hollander1; Kester Clarke1; Robert Field1; David Teter1; Dan Thoma1; 1Los Alamos National Laboratory; 2Brookhaven National Laboratory; 3Argonne National Laboratory

11:45 AM3D Orientation Imaging with Transmission Electron Microscopy: Søren Schmidt1; Haihua Liu2; Andy Godfrey3; Henning Poulsen1; Xiaoxu Huang1; 1Technical University of Denmark; 2Caltech; 3Tsinghua University

12:05 PM3D Mapping of Amorphization Zone in Boron Carbide Using Raman Spectroscopy: Ghatu Subhash1; Dipankar Ghosh1; Jutin Blabber2; 1University of Florida; 2Georgia Institute of Technology

2013 and Beyond: Flexible Electronics: Semiconductor Advances in Flexible Electronics SystemsSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Biomaterials Committee, TMS: Nanomaterials CommitteeProgram Organizer: Walter Voit, UT Dallas

Monday PM Room: 204AMarch 4, 2013 Location: Henry B. Gonzalez Convention Center


2:00 PMFlexible Organic Transistors on Shape Memory Polymer Substrates for Conformable Biointegrated Interfaces: Jonathan Reeder1; Taylor Ware1; Dustin Simon1; Naoji Matsuhisa2; Tsuyoshi Sekitani2; Takao Someya2; Walter Voit1; 1University of Texas at Dallas; 2University of Tokyo


2:30 PMFlexible, Large-Area Sensor Circuits Fabricated by Additive Printing: Tse Nga Ng1; David Schwartz1; Gregory Whiting1; Robert Street1; Janos Veres1; 1Palo Alto Research Center


3:00 PMFlexible Organic Thin Film Transistors for Neural Interfaces: Adrian Avendano1; Taylor Ware1; Dustin Simon1; David Arreaga-Salas1; Walter Voit1; 1University of Texas at Dallas


3:30 PM Break

3:45 PM High-Performance Flexible Organic Photovoltaic Cells with Amorphous ZITO Electrode: Nanjia Zhou1; D. Bruce Buchholz1; Tobin Marks1; Robert Chang1; 1Northwestern University


4:15 PMGrowth Time Performance Dependence of Vertically Aligned Carbon Nanotube Supercapacitors Grown on Aluminum Substrates: JJ Nguyen1; Jud Ready1; Radu Reit2; 1Georgia Institute of Technology; 2UT Dallas


4:45 PM Break

5:00 PMElectrochemical Gating and Oxide Field-effect Transistors: Switching Speed and Device Stability Issues: Subho Dasgupta1; Ganna Stoesser1; Babak Nasr1; Robert Kruk1; Horst Hahn1; 1Karlsruhe Institute of Technology


5:30 PMFabricating High-Strain Capacity Conductors on Shape Memory Polymers in Metastable States to Accommodate Large Shape Changes in Flexible Electronic Devices: Abhishek Raj1; Wenzhe Cao1; Sigurd Wagner2; Walter Voit1; 1UT Dallas; 2Princeton University


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2013 Functional Nanomaterials: Synthesis, Properties and Applications: Carbon NanomaterialsSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Nanomaterials CommitteeProgram Organizers: Seong Jin Koh, University of Texas at Arlington; Nitin Chopra, University of Alabama; Jiyoung Kim, University of Texas at Dallas; Yuanbing Mao, University of Texas-Pan American; Ashwin Ramasubramaniam, University of Massachusetts; Gregory Thompson, University of Alabama

Monday PM Room: 201March 4, 2013 Location: Henry B. Gonzalez Convention Center


Session Chairs: Jiyoung Kim, University of Texas; Ashwin Ramasubramaniam, University of Massachusetts Amherst

2:00 PM InvitedGraphene-Based and Graphene-Derived Materials: Rod Ruoff1; Ariel Ismach1; 1The University of Texas at Austin

2:35 PM InvitedNot a Molecule, Not a Polymer, Not a Substrate: The Many Faces of Graphene as Chemical Platform: Vincenzo Palermo1; 1CNR - National Research Council of Italy

3:10 PMSeeded Growth of Single Crystal Bilayer Graphene Arrays: Wei Wu1; Sirui Xing1; Shin-Shem Pei1; 1University of Houston

3:30 PM Break

3:50 PMHigh Performance of Transparent and Flexible Graphene Field-Effect Transistors on Plastic Substrates: Sangchul Lee1; Srikar Janhyala2; David Iyore2; Saungeun Park2; Byoung Hun Lee1; Jiyoung Kim2; 1Gwangju Institute of Science & Technology; 2The University of Texas at Dallas

4:10 PMReduced Graphene Sheets Decorated with ZnO Flowers by Hydrothermal Process: Hem Pant1; Chan Park1; Han Kim1; Cheol Kim1; 1Chonbuk National University, South Korea

4:30 PMRectangular Graphene Domains Grown at Low-Temperature from Toluene on Electropolished Copper Foils: Bin Zhang1; Rodney Ruoff2; 1Key Laboratory for Anisotropy and Texture of Materials of Ministry of Education, Northeastern University, China; 2Department of Mechanical Engineering and the Materials Science and Engineering Program, The University of Texas at Austin, USA

4:50 PMOxidation Kinetics of Gold Nanoparticles for Growth of Graphene Shells: Nitin Chopra1; Junchi Wu1; Wenwu Shi1; 1The University of Alabama

4th International Symposium on High-Temperature Metallurgical Processing: Fundamental Research of Metallurgical ProcessSponsored by:TMS Extraction and Processing Division, TMS: Energy Committee, TMS: Materials Characterization Committee, TMS: Pyrometallurgy CommitteeProgram Organizers: Tao Jiang, Central South University; Jiann-Yang Hwang, Michigan Technological University; Phillip Mackey, Consultant; Onuralp Yücel, ITU; Guifeng Zhou, Wuhan Iron and Steel

Monday PM Room: 008BMarch 4, 2013 Location: Henry B. Gonzalez Convention Center

Session Chair: Bing Xie, Chongqing University

2:00 PM Introductory Comments

2:25 PM KeynoteReaction Mechanisms and Product Morphologies on Gaseous Reduction of Metal Compounds -- Extractive Metallurgy Meets Materials Science: Peter Hayes1; 1University of Queensland

2:40 PMResearch on the Slag Phase Type of Vanadium-Titanium Magnetite in PreReduction/Electric Furnace Smelting Processing: Yufeng Guo1; Minjun Tang1; Tao Jiang1; Guanzhou Qiu1; Jianfeng Zhou1; Linjiang Qing1; Xiaolei Song1; 1Center South University

2:55 PMOn Dependence of High Temperature Rheological Behaviour of Blast Furnace Slag on Its Network Structure: Swatantra Prakash1; 1National Metallurgical Laboratory

3:10 PMDensity of CaO-5%MgO-Al2O3-SiO2 Slag with Low Silica: Jianchao Li1; Tao Zeng1; Jifang Xu2; Chang Jie1; Jieyu Zhang1; Kuochih Chou1; 1Shanghai University; 2Soochow University

3:25 PMStudy on the Magnetic Roasting Kinetic of Oolitic Hematite: Yufeng Guo1; Linjiang Qing1; Tao Jiang1; Lin Yang1; Shuishi Liu1; MingJun Tan1; Xiaolei Song1; Jiangfeng Zhou1; 1Central South University in China

3:40 PM Break

3:50 PMBasic Research on External Desulfurization of Hot Iron by Dolomite: Ren Xiaodong1; Zhang Ting’an1; Liu Yan1; Dou Zhihe1; Lv Guozhi1; 1Northeastern University

4:05 PMExperimental Investigations of Dynamic Strain Ageing in Austenitic Stainless Steel 316: Syed Hussaini1; Gupta AK1; Singh SK2; 1BITS-Pilani-Hyderabad Campus; 2GRIET

4:15 PMIron-Carbon Nuggets Coalescence: Influence of Slag’s LiquidusTemperatures: Alberto Eloy Nogueira1; Adolfo Zambrano2; Cyro Takano1; Marcelo Mourão1; 1Universidade de São Paulo; 2Pontificia Universidad Catolica del Peru

4:30 PMEffect of Mixed Charge of Ore and Lump Coal on The Softening-Melting Property of Burden: Guo Hongwei1; Yang Guangqing1; Zhang Jianliang1; Shao Jiugang1; Fu Yuandi1; Wang Dan1; 1University of Science and Technology Beijing


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4:45 PMThe Thermal Balance in the Melted Material Zone of the Electrical Furnace in Drenas: Ahmet Haxhiaj1; Bajram Haxhiaj1; 1University of Prishtina

5:00 PMEffects of Oxygen Content And Roasting Temperature on the Sintering Mineralization Properties of Different Iron Ores: Xiaoming Mao1; Zhixiong You1; Yuanbo Zhang1; Zhenyu Fan1; Tao Jiang1; 1Central South University

5:15 PMAnalysis on Wear Mechanism of Refractories Used in Hot Air Pipeline for Large Scal Blast Furnaces: Guotao Xu1; 1Wuhan Iron and Steel Group Company

5:30 PMResearch on Velocity Field of Liquid Steel in RH: Minren Xu1; Qingcai Liu2; Jian Yang2; Dongran Ma2; 1Chongqing University; 2Chongqing University

Advanced Materials and Reservoir Engineering for Extreme Oil & Gas Environments: Nanocrystalline Metals IISponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Nanomaterials CommitteeProgram Organizers: Indranil Roy, Schlumberger; Brajendra Mishra, Colorado School of Mines; Manuel Marya, Schlumberger Technology Corporation; Kuo-Chiang Chen, Schlumberger; Partha Ganguly, Schlumberger; Richard Lewis, Schlumberger; Suveen Mathaudhu, U.S. Army Research Office; Nitin Chopra, The University of Alabama; Xinghang Zhang, Texas A&M University; Greg Kusinski, Chevron; John Meng, BP America Inc.; Jefferson Rodrigues, Petrobras; Justin Cheney, Scoperta

Monday PM Room: Lone Star Salon AMarch 4, 2013 Location: Grand Hyatt

Session Chairs: Xinghang Zhang, Texas A&M University; Suveen Mathaudhu, U.S. Army Research Office

2:00 PM Introductory Comments Kuo-Chiang Chen - Mechanical and Materials Technology Manager, Schlumberger

2:05 PM KeynoteAsphaltene Nano-science for Reservoir Characterization: Oliver Mullins1; 1Reservoir Characterization Group

2:35 PM KeynoteNanotechnology and Future Directions in Petrobras Brazil: Gabriel Sotomayor1; 1Petrobras

3:05 PM InvitedEnhancing Mechanical & Functional Properties Of Bulk Nanostructured Materials: Michael Zehetbauer1; 1University of Vienna

3:25 PMThermal Stability of Carbon Nanostructures: Nitin Chopra1; Wenwu Shi1; Yuan Li1; 1The University of Alabama

3:45 PM Break

4:00 PM InvitedAustenitic Steels Strengthened by Nano-Twinned Austenitic Grains: K. Lu1; 1Shenyang National Laboratory for Materials Science, Institute of Metal research, Chinese Academy of Sciences

4:30 PMA Study of the Characteristics of Passive Film on UFG Al5083 by Synchrotron Radiation: Varshni Singh1; Indranil Roy; Manuel Marya; Xinghang Zhang; Enrique Lavernia; 1TMS

4:50 PMEnhanced Fatigue Property of a Martensitic Steel with a Gradient Nano-Grained Surface Layer: H.W. Huang1; Z.B. Wang1; X.P. Yong2; K. Lu1; 1Institute of Metal Research, Chinese Academy of Sciences; 2Shenyang Blower Works Group Co. Ltd.

5:10 PMProperty Enhancement of Oilfield Alloys through Ultrasonic Treatment: Virendra Singh1; Indranil Roy1; Manuel Marya1; 1Schlumberger

5:30 PMStrengthening Mechanisms of Highly Textured Cu/Ni Multilayers with Extremely Fine Nanotwins: Yue Liu1; Haiyan Wang1; Xinghang Zhang1; 1Texas A&M University

5:45 PM Day 1 Wrap Up: Oliver Mullins, Science Advisor, RCG, Schlumberger

Advances in Surface Engineering: Alloyed and Composite Coatings II: Functional Coatings IISponsored by:TMS Materials Processing and Manufacturing Division, TMS: Surface Engineering CommitteeProgram Organizers: Srinivasa Bakshi, Indian Institute of Technology Madras; Graham McCartney, University of Nottingham; Arvind Agarwal, Florida International University; Sandip Harimkar, Oklahoma State University

Monday PM Room: Bowie BMarch 4, 2013 Location: Grand Hyatt



2:00 PM InvitedRecent Advanced in Surface Engineering for Friction and Wear Control: Ali Erdemir1; 1Argonne National Laboratory

2:20 PM InvitedTransparent Composite Electrodes for Future Flexible Photovoltaic Applications: Terry Alford1; 1Arizona State University

2:40 PM InvitedHigh Temperature Oxidation Behavior of Sputtered Nanostructured Coatings: Jayaganthan R1; Atikur Rahman1; Ramesh Chandra1; 1IIT Roorkee

3:00 PMGold Sputtering on Titanium: Yoshitaka Shibuya1; Atsushi Kodama1; Norio Yuki1; Kazuhiko Fukamachi1; 1JX Nippon Mining &Metals Corporation

3:15 PMMicrostructural Property Relationships in CrNiN Thin Film Coatings: P.C. Wo1; Zonghan Xie1; Paul Munroe1; 1Materials Science and Engineering

3:30 PM Break

3:45 PMNanocrystalline Porous Coatings: Guglya Aleksey1; 1NSC Kharkov Institute of Physics and Technology

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4:00 PMGrain Boundary Diffusion Process in Nd-Fe-B Magnets by Dipping and EPD: Marko Soderžnik1; Paul McGuiness1; Kristina Žužek-Rožman1; Zoran Samardžija1; Spomenka Kobe1; 1Jožef Stefan Institute

4:15 PMEffect of Electroplating Parameters on Internal Stress in Ni-MoS2 Composite Plating: Ebru Saraloglu Guler1; Ishak Karakaya1; Erkan Konca2; 1Middle East Technical University; 2Atilim University

4:30 PMThe Preparation of Alloy Coating with Special Properties: Li Naijun; Li Meimei; Science Collge of Shenyang University

4:45 PMA Novel Porous Hydroxyapatite Scaffold Coated with Nanostructured Forsterite for Bone Tissue Engineering: Adel Sheikhhosseini1; 1IUT

Alloys and Compounds for Thermoelectric and Solar Cell Applications: Thermoelectric IISponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Alloy Phases Committee, TMS: Energy Conversion and Storage CommitteeProgram Organizers: Sinn-wen Chen, National Tsing Hua University; Yoshisato Kimura, Tokyo Institute of Technology; Chih-Huang Lai, National Tsing-Hua University; CW Nan, Tsinghua University; G. Jeffrey Snyder, California Institute of Technology; Hubert Scherrer, Ecole des Mines

Monday PM Room: 007CMarch 4, 2013 Location: Henry B. Gonzalez Convention Center

Session Chairs: Ce-Wen Nan, Tsinghua University; Yoshisato Kimura, Tokyo Institute of Technology

2:00 PM InvitedThermoelectric Properties of Environmental Friendly Thermoelectric Materials: Zintl Compounds: Yoshiki Takagiwa1; Alex Zevalkink2; Koichi Kitahara1; Kaoru Kimura1; Jeffrey Snyder2; 1The University of Tokyo; 2California Institute of Technology

2:25 PMImproving Thermoelectric Properties of Bulk Mg2(Si,Sn) Solid Solutions by Incorporating Nanostructures: Abdullah Tazebay1; Choongho Yu1; 1Texas A&M University

2:45 PMDefects and the Control of Carrier Concentration in Zintl Thermoelectric Phases: Gregory Pomrehn1; G. Jeffery Synder1; Axel van de Walle2; 1California Institute of Technology; 2Brown University

3:05 PMMicrostructure Formation Based on Phase Separation Between Half-Heusler ZrNiSn and Heusler Zr(Ni,Co)2 Sn: Kentaro Yoshioka1; Yaw Wang Chai1; Yoshisato Kimura1; 1Tokyo Institute of Technology

3:25 PMThe Evolution of Nanoprecipitate Microstructure in Half-Heusler TiNiSn Alloys: Yaw Wang Chai1; Yoshisato Kimura1; 1Tokyo Institute of Technology

3:45 PM Break

4:00 PM InvitedHigh Performace Oxides-Based Thermoelectric Ceramics for Energy Conversion: Yuanhua Lin1; JInle Lan1; Ce-Wen Nan1; 1Tsinghua University

4:25 PMPhase Stability of Half Heusler Titanium Nickel Material: Jean Claude Tedenac1; Philippe Jund1; Catherine Colinet1; 1University of Montpellier

4:45 PMMg2(Si,Sn) by Design: Nanoprecipitation, Nanostructure Stability and Thermoelectric Properties: Philippe Bellanger1; Stéphane Gorsse1; Claude Delmas1; Christelle Navone2; 1CNRS, Université de Bordeaux, ICMCB; 2CEA-LITEN

5:05 PMInterplay Between Mismatch Strain, Buckling, and Topological Defects in Graphene-Boron Nitride Superlattice: Continuum and Atomistic Descriptions: Dinkar Nandwana1; Elif Ertekin1; 1University of Illinois at Urbana Champaign

Alumina and Bauxite: DigestionSponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizer: Pat Clement, Alcoa


Session Chair: Chris Phillips, Alcoa Point Comfort Operations


2:10 PMImplementation of Logic Control by DCS to Measure the Caustic Concentration in Spent Liquor: Ayana Oliveira1; Aécio Carvalho1; Bruno Urakawa1; Antonio Santos1; Milton Maciel1; 1Hydro Alunorte

2:30 PMStudy of Influences on the Alumina/Caustic (A/C) Ratio and Discharge Digestion (DBO) Caustic of Through Design of Experiments (DOE) Statistic Tool: Bruno Urakawa1; Américo Borges1; Arthur Monteiro1; Ayana Oliveira1; Joel Miranda1; Dauton Silva1; 1Hydro Alunorte

2:50 PMParticle Size Distribution Model for Leaching Kinetics of Alumina: Li Bao1; Ting-an Zhang2; Weimin Long1; Anh V Nguyen3; Guozhi Lv2; Jia Ma1; Yan Liu2; 1State Key Laboratory of Advanced Brazing Filler Metals and Technology, Zhengzhou Research Institute of Mechanical Engineering; 2School of Materials and Metallurgy, Northeastern University; 3University of Queensland

3:10 PMFractal Kinetic Model for Digesting Alumina: Li Bao1; Ting-an Zhang2; Anh V Nguyen3; Weimin Long1; Jia Ma1; Zhihe Dou2; Guozhi Lv2; 1State Key Laboratory of Advanced Brazing Filler Metals and Technology, Zhengzhou Research Institute of Mechanical Engineering; 2School of Materials and Metallurgy, Northeastern University; 3University of Queensland

3:30 PMMAX HT® Bayer Sodalite Scale Inhibiter: A Green Solution To Energy Consumption: Morris Lewellyn1; Alan Rothenberg1; Calvin Franz1; Frank Ballentine1; Frank Kula1; Luis Soliz1; Qi Dai1; Scott Moffatt1; 1Cytec Industries Inc



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Aluminum Alloys: Fabrication, Characterization and Applications: Development and ApplicationSponsored by:TMS Light Metals Division, TMS: Aluminum Processing CommitteeProgram Organizers: Zhengdong Long, Kaiser Aluminum; Subodh Das, Phinix LLC; Tongguang Zhai, University of Kentucky; William Golumbfskie, Naval Surface Warfare Center


Session Chair: Zhengdong Long, Kaiser Aluminum

2:00 PMHemming of Aluminum Alloy Sheets by Electromagnetic Forming: Jianhui Shang1; Steve Hatkevich1; Larry Wilkerson1; 1American Trim LLC

2:20 PMMechanical Properties of Al-Zn-Mg-Cu Alloys Processed with High-pressure Torsion: Shigeru Kuramoto1; Ichiro Aoi1; Tadahiko Furuta1; 1Toyota Central R&D Labs., Inc.

2:40 PMHigh-Performance Be-Al Casting Alloys: Charles Pokross1; Gary Schuster1; 1Materion

3:00 PMEffect of Solute Additions on the Thermal Stability of Grain Size in Aluminum Alloys: Andrew Baker1; Stephen Kampe1; 1Michigan Tech

3:20 PM Break

3:40 PMPhase Diagram Determination in Aluminum Rich Al-Sc-Zr Alloys and Interdiffusion Coefficients of Scandium and Zirconium in Aluminum: Kyle Deane1; Marcel Kerkove1; Paul Sanders1; Douglas Swenson1; Thomas Wood1; 1Michigan Technological University

4:00 PMThe Effect of Temperature on Compressive Strength of Al-Si-Cu-Mg Cast Alloy with Zr, V and Ti Additions: Sugrib Shaha1; Wojciech Kasprzak2; Frank Czerwinski2; Daolun Chen1; 1Ryerson University; 2CanmetMATERIALS, Natural Recourses Canada

4:20 PMThe Influence of Sc Additions on the Microstructure and Mechanical Properties of an Ultrafine Grained Al-Mg Alloy: Tammy Harrell1; Troy Topping1; Tao Hu1; Julie Schoenung1; Enrique Lavernia1; 1University of California, Davis

4:40 PMMulti-Axial Deformation Behavior of Al6061 Subjected to Fire Damage: Dayakar Penumadu1; Akawat Siriruk1; Stephen Puplampu1; Brian Lattimer2; Patrick Summers2; 1University of Tennessee; 2Virginia Tech

5:00 PMStructure Optimization of Al-Si-Type Alloys for Thermal and Mechanical High Loaded Components: Marcel Rosefort1; Andreas Kleine1; Ansgar Pithan2; Christiane Matthies1; Hubert Koch1; 1TRIMET ALUMINIUM AG; 2Martinrea Honsel Germany GmbH

5:20 PMDevelopment of High Strength Aluminium Alloys at BALCO: Narasimharaghavan Puliyur Krishnaswamy1; Mousumi Kar1; Sachin Prasad1; 1Bharat Aluminium Co. Ltd., (A Unit of Vedanta Resources Plc.,), BALCO Nagar, Korba

Aluminum Reduction Technology: Cell Design and PerformanceSponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizer: Mark Cooksey, CSIRO

Monday PM Room: Grand Ballroom C1March 4, 2013 Location: Henry B. Gonzalez Convention Center

Session Chair: Songqing Gu, Chinalco


2:05 PMIn Depth Analysis of Energy-Saving and Current Efficiency Improvement of Aluminum Reduction Cells: Jianfei Zhou1; Marc Dupuis2; Feiya Yan1; Shaoyong Ruan1; 1Guiyang Aluminum Magnesium Design and Research Institute; 2GéniSim Inc

2:30 PMRio Tinto Alcan AP4X Low Energy Cell Development: Pascal Thibeault1; Alexandre Blais1; Sébastien Becasse1; Patrice Coté1; Laurent Fiot1; François Laflamme2; 1RioTinto Alcan; 2Aluminerie Alouette Inc.

2:55 PMEnergy Reduction Technology for Aluminum Electrolysis: Choice of the Cell Voltage: Feng Naixiang1; Peng Jianping1; Wang Yaowu1; 1Northeastern University

3:20 PMAdvancements of Dubal High Amperage Reduction Cell Technologies: Michel Reverdy1; Abdalla Zarouni1; Jean-Luc Faudou1; Qassim Galadari1; Ali Al Zarouni1; Sergey Akhmetov1; Kamel Al Aswad1; Maryam Al-Jallaf1; Walid Al Sayed2; Vinko Potocnik1; 1DUBAL; 2Emirates Aluminium Company (EMAL)

3:45 PM Break

3:55 PMDevelopment of Low-Voltage Energy-Saving Aluminum Reduction Technology: Li Jie1; Lv Xiaojun1; Zhang Hongliang2; Liu Yexiang1; 1School of Metallurgical Science and Engineering, Central South University; 2School of Metallurgical Science and Engineering, Central South University,

4:20 PMD18+: Potline Modernisation at DUBAL: Sergey Akhmetov1; Daniel Whitfield1; Maryam Al-Jallaf1; Ali Al Zarouni1; Alexander Arkhipov1; Amer Al Redhwan1; Wael Abou Sidou1; 1Dubai Aluminium

4:45 PMIndustry Test of Perforation Anode In Aluminium Electrolysis Technology: Yingfu Tian1; Hesong Li2; Longhe Wei2; Xi Cao2; Jianguo Yin3; 1Chongqing Tiantai Aluminum Industry Co., Ltd; 2Central South University; 3Chongqing University of Science and Technology

5:10 PMThe First Results of the Industrial Application of the EcoSoderberg Technology at the Krasnoyarsk Aluminium Smelter: Victor Buzunov1; Victor Mann2; Evgeniy Chichuk1; Vladimir Frizorger1; Andrey Pinaev1; Evgeniy Nikitin3; 1RUSAL ETC; 2UC RUSAL; 3RUSAL - Krasnoyarsk

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Aluminum Reduction Technology: Fundamentals: ModellingSponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizer: Mark Cooksey, CSIRO


Session Chair: Christian Droste, Hydro Aluminium


2:05 PMUnsteady MHD Modelling Applied to Cell Stability: Renaudier Steeve1; Bardet Benoit1; Steiner Gilles2; Pedcenko Alex3; Rappaz Jacques4; Molokov Sergeï3; Masserey Alexandre2; 1Rio Tinto Alcan; 2Ycoor Systems SA; 3Coventry University; 4EPFL

2:30 PMImpact of Magnetohydrodynamic and Bubbles Driving Forces on the Alumina Concentration in the Bath of an Hall-Héroult Cell: René von Kaenel1; 1KAN-NAK SA

2:55 PMInvestigation of Electrolytic Bubble Behaviour in Aluminium Smelting Cell: Morshed Alam1; Yos Morsi1; William Yang2; Krishna Mohanarangam2; Geoffrey Brooks1; John Chen3; 1Swinburne University of Technology; 2CSIRO; 3University of Auckland

3:20 PMMathematical Model Validation of Aluminium Electrolysis Cells at DUBAL: Abdalla Zarouni1; Lalit Mishra1; Marwan Bastaki1; Amal Al Jasmi1; Alexander Arkhipov1; Vinko Potocnik2; 1DUBAL; 2Consultant

3:45 PM Break

3:55 PMProduction Application Study on Magneto-Hydro-Dynamic Stability of a Large Prebaked Anode Aluminum Reduction Cell: Shaoyong Ruan1; Feiya Yan1; Marc Dupuis2; Valdis Bojarevics3; Jianfei Zhou1; 1Guiyang Aluminum Magnesium Design and Research Institute; 2GéniSim Inc; 3School of Computing and Mathematics, Greenwich University

4:20 PMMHD of Aluminium Cells with the Effect of Channels and Cathode Perturbation Elements: Valdis Bojarevics1; 1University of Greenwich

4:45 PMMagnetohydrodynamic Model Coupling Multiphase Flow in Aluminum Reduction Cell with Innovative Cathode Protrusion: Qiang Wang1; Baokuan Li1; Fang Wang1; Naixiang Feng1; 1Northeastern University of China

5:10 PMOptimization of the Cathode Collector Bar with a Copper Insert Using Finite Element Method: Mathieu Gagnon1; Patrice Goulet1; Richard Beeler2; Donald Ziegler3; Mario Fafard1; 1Université Laval; 2Alcoa Technical Center; 3Alcoa Canada

5:35 PMEnergy Savings in Aluminum Electrolysis Cells: Effect of the Cathode Design: Mathieu Blais1; Martin Désilets1; Marcel Lacroix1; 1Sherbrooke University

Biological Materials Science Symposium: Mechanical Behavior of Biological Materials II: Natural MaterialsSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Structural Materials Division, TMS: Biomaterials CommitteeProgram Organizers: Candan Tamerler, University of Washington; Molly Gentleman, Texas A & M University; Po-Yu Chen, National Tsing Hua University; Kajal Mallick, University of Warwick; Rajendra Kumar Kasinath, Unversity of Montana; Paul G. Allison, US Army Corp of Engineers



Session Chairs: John Nychka, University of Alberta; Po-Yu Chen, National Tsing Hua University

2:00 PM InvitedPhase Transitions in CaCO3 Biominerals Mapped with 20-nm Resolution: P.U.P.A. Gilbert1; 1University of Wisconsin

2:30 PMStructure and Fracture Resistance of Armored Fish Scales: Wen Yang1; Bernd Gludovatz2; Elizabeth Zimmermann2; Robert Ritchie3; Marc Meyers1; 1Univerisity of California, San Diego; 2Lawrence Berkeley National Laboratory; 3University of California, Berkeley

2:50 PMOn the Structural and Mechanical Design of Cuttlebone: Yao-Tien Ku1; Yi-Hsin Lee1; Chuan-Chin Chiao1; Po-Yu Chen1; 1National Tsing Hua University

3:10 PMMicrostructure and Mechanical Behaviour of Megalops Atlanticus Scales: Santiago Gil1; Alex Ossa1; 1Eafit University

3:30 PMOn the Changes in Mechanical Behavior of Fish Scales by Polar Solvents: Guihua Li1; Mobin Yahyazadehfar2; Adriana Garrano3; Alex Ossa4; Dwayne Arola2; 1Anhui University; 2University of Maryland Baltimore County; 3University of Catania; 4Eafit University

3:50 PM Break

4:00 PM InvitedToughness Amplification in Natural Composites: Francois Barthelat1; Reza Rabiei1; Ahmad Khayer Dastjerdi1; 1McGill University

4:30 PMCavitation Induced Structural and Neuronal Damage in Brain Tissue: Ghatu Subhash1; Malisa Sarntinoranant1; Michael King1; Yu Hong1; 1University of Florida

4:50 PMUnusual Deformation Mechanisms in the Prehensile Tails of Seahorses and Pipefish: Michael Porter1; Ana Bertha Castro-Cesena1; Ekaterina Novitskaya1; Zherrina Manilay1; Marc Meyers1; Joanna McKittrick1; 1University of California San Diego

5:05 PMInvestigation of Material Property Variation in Red-Eared Slider Turtle Shell Bone Using Microindentation and Nanoindentation: Nicole Diamantides1; Aylin Dincer1; C. Tristan Stayton1; Donna Ebenstein1; 1Bucknell University


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5:25 PM‘Mesolayers’: A Contribution to Toughness in Abalone Nacre?: Maria Lopez1; Pedro Meza-Martinez1; Marc Meyers1; 1UCSD

5:40 PMStructural Characterization and Mechanical Performance of Durophagous Fish: A Comparative Study: Hao-Jen Fang1; Yu-Chen Chan1; Tzu-Chin Tseng2; Jyh-Wei Lee2; Jeng-Gong Duh1; Po-Yu Chen1; 1National Tsing Hua University; 2Ming Chi University of Technology

6:00 PMThe Effect of Tungsten Exposure on the Structure-Property Relationships of Herbivorous Gastropod (Snail) Shells and Rat Femurs: R.R. McCullough1; P. G. Allison2; J.M. Seiter3; J.H. Lindsay3; B.A. Williams3; D.R. Johnson3; A.J. Kennedy3; 1University of Alabama; 2US Army Engineer Research & Development Center ; 3US Army Engineer Research & Development Center

6:15 PM InvitedProperty - Processing Relationships of Natural Reinforcing Fibers: Nicole Robertson1; John Nychka1; John Wolodko2; 1University of Alberta; 2Alberta Innovates Technology Futures

Bulk Metallic Glasses X: Alloy Development and Application IISponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Peter Liaw, The University of Tennessee; Hahn Choo, The University of Tennessee; Yanfei Gao, The University of Tennessee; Gongyao Wang, The University of Tennessee

Monday PM Room: Lone Star Salon DMarch 4, 2013 Location: Grand Hyatt


Session Chairs: C. T. Liu, Hong Kong Polytechnic University; Ke-Fu Yao, Tsinghua University

2:00 PM KeynotePhase Selection in Multi-Component Alloys with Equiatomic and Close-to-Equiatomic Compositions: Sheng Guo1; C. T. Liu1; Qiang Hu2; 1City University of Hong Kong; 2Nortwestern Polytecnic University

2:30 PMReplication of Surface Detail in Bulk Metallic Glass Casting: Sven Bossuyt1; Erno Soinila1; Tuomas Pihlajamäki1; Hannu Hänninen1; 1Aalto University

2:45 PM InvitedMetallic Glass Nanowire by Gas Atomization: Koji Nakayama1; Yoshihiko Yokoyama1; Takeshi Wada1; Na Chen1; 1Tohoku University

3:05 PMDevelopment of Work Hardenable Ti-based Bulk Metallic Glass Matrix Composites: Wook Ha Ryu1; Hye Jeong Chang2; Wan Chuck Woo3; Eun Soo Park1; 1Seoul National University; 2Korea Institute of Science and Technology; 3Korea Atomic Energy Research Institute

3:20 PM InvitedStructure, Fragility and Glass Formation: Ken Kelton1; James Bendert1; Anup Gangopadhyay1; Mark Johnson1; Nicholas Mauro1; Adam Vogt1; 1Washington University

3:40 PMDevelopment of Zr-Based Bulk Metallic Glass Composites with In-Situ Formed ZrN Secondary Phases: Je In Lee1; Eun Soo Park1; 1Seoul National University

3:55 PM Break

4:10 PMIdentifying Bulk Metallic Glass Compositions Through Combinatorial Strategies: Jan Schroers1; Shiyan Ding1; Yanhui Liu1; Yanglin Li1; 1Yale University

4:30 PM InvitedResearch on the Glass-Forming Ability of Low Density Ti-Based Bulk Metallic Glasses: Ke-Fu Yao1; Pan Gong1; 1Tsinghua University

4:50 PMThermodynamic Basis for Glass Formation in Cu-Zr Rich Ternary Systems and Their Synthesis by Mechanical Alloying: S. Vincent1; Jatin Bhatt1; B. S. Murty2; 1Visvesvaraya National Institute of Technology, Nagpur; 2Indian Institute of Technology Madras

5:05 PMIn-Situ and Ex-Situ Composites of Zr-Based Bulk Metallic Glass: Dongchun Qiao1; Atakan Peker1; 1Washington State University

5:20 PM InvitedInterfacial Free Energy and Local Order of Metallic Liquids from Elements to Alloys: Geun Woo Lee1; Dong-Hee Kang1; Byeongchan Lee1; Sangho Jeon1; Soo Heyong Lee1; 1Korea Research Institute of Standards and Science

5:40 PMStudy on the Glass-Forming Ability of Binary Cu-Zr Bulk Metallic Glasses: Dong-Hee Kang1; Sangho Jeon2; Soo Heyong Lee1; Hyun Hwi Lee3; Geun Woo Lee1; 1Korea Research Institute of Standards and Science; 2University of Science and Technology; 3Pohang Accelerator Laboratory

5:55 PMSynthesis of Porous Bulk Metallic Glass Composite Fabricated by Spark Plasma Sintering Method Depending on the Type of Dissolution Phase: Bo-Kyeong Guem1; Song Yi Kim1; Do Hyang Kim2; Bum Sung Kim1; Min Ha Lee1; 1Korea Institute of Industrial Technology, Yonsei university; 2Yonsei University

Cast Shop for Aluminum Production: Aluminum Cast Shop ISponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizer: Gyan Jha, Tri-Arrows Aluminum


Session Chair: Gyan Jha, Tri-Arrows Aluminum


2:10 PMVery High Purity Ingot – An Endangered Species?: Stephen Lindsay1; 1Alcoa, Inc.

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2:30 PMInnovations and Trends in the Modern Smelter Casthouse: Mike Unitt1; Graham Guest1; Fabienne Virieux2; 1Solios Thermal; 2Fives Solios

2:50 PMDegassing Processing and Its Effect on Aluminum Metal Quality: Eulogio Velasco1; Enrique Resendiz1; Alejandra Rodriguez1; 1NEMAK

3:10 PMPermanent Magnet Stirred Round-Top Melting Furnace: Shridas Ningileri1; Randall Bowers2; Xiaoxuan Li2; Gyan Jha3; 1University of Kentucky; 2Secat, Inc.; 3Tri-Arrows Aluminum

3:30 PM Break

3:50 PMEnergy Control in Primary Aluminium Casthouse Furnaces: Inge Johansen1; Svenn Ivar Strømhaug2; 1Hydro Aluminium, Research & Technology Development; 2Hydro Aluminium, R&D, Casthouse Support

4:10 PMMetal Contamination Associated with Dross Processing: Ray Peterson1; 1Aleris International Inc

4:30 PMModeling of Molten Metal Flow through a Baffled Closed Loop Furnace: Randall Bowers1; Shridas Ningileri2; Xiaoxuan Li1; 1Secat, Inc.; 2University of Kentucky

Characterization of Materials through High Resolution Coherent Imaging: X-ray Based Techniques IISponsored by:TMS Structural Materials Division, TMS: Advanced Characterization, Testing, and Simulation CommitteeProgram Organizers: John Carpenter, Los Alamos National Laboratory; Ross Harder, Argonne National Laboratory; Richard Sandberg, Los Alamos National Laboratory


Session Chairs: Ross Harder, Argonne National Laboratory; Richard Sandberg, Los Alamos National Laboratory

2:00 PM KeynoteQuantitative Characterisation of the Strain Fields Associated with Individual Dislocations: Brian Abbey1; Harry Quiney2; Ruben Dilanian2; Andrew Peele3; 1La Trobe University; 2The University of Melbourne; 3The Australian Synchrotron

2:30 PM InvitedCore-Shell Strain Structure of Zeolite Microcrystals: Wonsuk Cha1; Sanghoon Song1; Nak Cheon Jeong1; Hyun-jun Park1; Tung Cao Thanh Pham1; Ross Harder1; Gang Xiong1; Ian McNulty1; Kyung Byung Yoon1; Ian Robinson1; Hyunjung Kim1; 1Sogang University

2:50 PM InvitedPtychographic Reconstructions Using Shared Data Sets: Martin Dierolf1; Pierre Thibault2; Irene Zanette3; Bjoern Enders3; Andreas Menzel4; Oliver Bunk4; Franz Pfeiffer1; 1Technische Universitaet Muenchen & Paul Scherrer Institute & Ecole Polytechnique Federale de Lausanne; 2Technische Universitaet Muenchen & Paul Scherrer Institute; 3Technische Universitaet Muenchen; 4Paul Scherrer Institute

3:10 PM InvitedNanometer Scale Materials Studies with Tabletop Soft X-Ray Coherent Imaging: Richard Sandberg1; 1Los Alamos National Laboratory

3:30 PM Break

3:50 PM KeynoteOpportunities for X-Ray Coherence in the Dynamics of Complex Oxide Materials: Paul Evans1; 1University of Wisconsin

4:20 PM InvitedApplications of X-Ray Bragg Projections Ptychography: Stephan Hruszkewycz1; Martin Holt1; Conal Murray2; Dongjin Kim1; Matthew Highland1; Chad Folkman1; Seungbum Hong1; Paul Fuoss1; 1Argonne National Laboratory; 2IBM T.J. Watson Research Center

4:40 PMElemental Imaging Using Micro, Confocal and Doubly Curved Crystal-Based X-Ray Fluorescence Instrumentation for Materials Characterization: George Havrilla1; 1Los Alamos National Laboratory

Characterization of Minerals, Metals and Materials 2013: Characterization of Ferrous Metals IISponsored by:TMS Extraction and Processing Division, TMS: Materials Characterization CommitteeProgram Organizers: Jiann-Yang Hwang, Michigan Technological University; Chen-Guang Bai, Chongqing University; John Carpenter, DOE LANL; Shadia Ikhmayies, Al Isra University; Bowen Li, Michigan Technological University; Mingming Zhang, ArcelorMittal Global R&D; Sergio Monteiro, State University of North Rio de Janeiro; Zhiwei Peng, Michigan Technological University


Session Chairs: Donato Firrao, Politecnico di Torino ; Anchao Ren, Wuhan University of Science and Technology

2:00 PMHigh-Cycle Fatigue Behavior of Three Ferrite Stainless Steels at 800°C: Tianlong Liu1; Lijia Chen1; Hongyun Bi2; Xin Che1; 1Shenyang University of Technology; 2Baoshan Iron & Steel Co., Ltd.

2:20 PMInclusions Removal by Gas Bubbles in Steel Continuous Casting Tundish: Ming-Mei Zhu1; Fei Xiong1; Guang-Hua Wen1; Sheng-Jian Cao1; Jian Li1; 1Chongqing University

2:40 PMPrecipitation of CuSx Inclusions in Steel during Rapid Solidification: Zhao Dan1; 1Shanghai University

3:00 PMStrength and Ductility of Ultrafine Grained 304SS Prepared by Accumulative Rolling and Annealing: W.Y. Xue1; Yongfeng Shen1; D.F. Liu1; Z.Y. Liu1; Y.D. Wang1; 1Northeastern University

3:20 PMThermo-Mechanical Behavior of the Cast Iron Connector in the “Anode Block – Steel Stub” Assembly after Casting and during Operation of the Hall-Héroult Process: Rimma Zhelateleva1; Dmitry Lukovnikov1; 1University Research Centre on Aluminium (CURAL) - University of Québec at Chicoutimi

3:40 PMThermographic Characterization of Tensile Behavior in Railway Bogie Materials: Jeongguk Kim1; Sung Cheol Yoon1; 1Korea Railroad Research Institute


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Computational Discovery of Novel Materials: Electrochemical Energy Storage and ConversionSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Materials Processing and Manufacturing Division, TMS: Integrated Computational Materials Engineering CommitteeProgram Organizers: Richard Hennig, Cornell University; Dallas Trinkle, University of Illinois at Urbana-Champaign


Session Chair: Richard Hennig, Cornell University

2:00 PM InvitedDesign and Discovery of Novel Energy Materials: Stephan Lany1; 1NREL

2:35 PM InvitedExtending the Concept of Semiconductor Defect Chemistry to Electrochemistry: Mira Todorova1; Joerg Neugebauer1; 1Max-Planck-Institut fuer Eisenforschung GmbH

3:10 PM InvitedAb Initio Scanning of Chemical Trends for H Solubility, Diffusivity and Interaction with Defects in Metals: Roman Nazarov1; Ugur Aydin1; Tilmann Hickel1; Jörg Neugebauer1; 1Max-Planck-Institut für Eisenforschung

3:45 PM Break

4:00 PMComputational Design of Nanosegreagted Catalysts: Guofeng Wang1; Zhiyao Duan1; 1Univeristy of Pittsburgh

4:20 PMComputational Design of Novel Photocatalysts through Surface Disorder Engineering: Kulbir Ghuman1; Chandra Veer Singh1; 1University of Toronto

4:40 PM InvitedSimulation of Electrochemical Processes: Application to Novel Battery Material Design: Hui-Chia Yu1; Chen Ling1; Jishnu Bhattacharya1; Anton Van der Ven1; Katsuyo Thornton1; 1Department of Materials Science & Engineering, University of Michigan, Ann Arbor

5:15 PMFirst-Principles Studies of Lithiation, Delithiation and Pulverization Processes in Si Anodes in Li-Ion Batteries: Kwai Chan1; Wuwei Liang1; Candace Chan2; 1Southwest Research Institute; 2Arizona State University

5:35 PMFirst Principles Studies of Fullerene-Like Silicon Clathrates as Anode Materials in Li-ion Batteries: Kwai Chan1; Wuwei Liang1; Candace Chan2; 1Southwest Research Institute; 2Arizona State University

Computational Thermodynamics and Kinetics: First-principles and Multi-scaleSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Materials Processing and Manufacturing Division, TMS: Alloy Phases Committee, TMS: Chemistry and Physics of Materials Committee, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Phase Transformations Committee, TMS: Process Technology and Modeling CommitteeProgram Organizers: Jörg Neugebauer, Max-Planck-Institut für Eisenforschung GmbH; Carelyn Campbell, NIST; Dongwon Shin, Oakridge National Lab; Zi Kui Liu, Penn State; Michael Demkowicz, Massachusetts Institute of Technology; Raymundo Arroyave, Texas A & M University; Shenyang Hu, Pacific Northwest National Laboratory


Session Chairs: Micheal Short, MIT; Carelyn Campbell, NIST

2:00 PM InvitedSubstitutional Solid-State Diffusion in Ni Alloys from First Principles: Anton Van der Ven1; 1University of Michigan

2:25 PMDiffusion in L12 Structures: A Comparison of Ni3Al, Ni3Ga and Ni3Ge: Priya Gopal1; Srinivasan Srivilliputhur1; 1University of North Texas, Denton

2:40 PMNon-Dilute Defect Calculations in Thermoelectric Zintl Phases: Gregory Pomrehn1; G. Jeffery Synder1; Axel van de Walle2; 1California Institute of Technology; 2Brown University

2:55 PMPseudomorphic Growth in Mg/Nb Multi-layered Thin Films: Anchalee Junkaew1; Byoungsoo Ham1; Xinghang Zhang1; Raymundo Arroyave1; 1Texas A&M University

3:10 PMFirst-Principles Investigation of Mechanical Properties of Dilute Si in BCC-Fe: Ying Chen1; Arkapol Saengdeejing1; Ken Suzuki1; Hideo Miura1; Tetsuo Mohri2; 1Tohoku University; 2Hokkaido University

3:25 PMNew Bond-Order Potentials for Study of Crystal Defects in BCC Transition Metals: Vaclav Vitek1; Yi-Shen Lin1; Matous Mrovec2; 1University of Pennsylvania; 2Fraunhofer Institute for Mechanics of Materials

3:40 PM Break

4:00 PM InvitedCoupling Effects Between Multiphysical Phenomena, Thermodynamics, and Length Scales in 3D Modeling of PWR CRUD Deposits: Michael Short1; David Andersson2; Theodore Besmann3; Chris Stanek2; Dennis Hussey4; Brian Kendrick2; Sidney Yip1; 1MIT; 2Los Alamos National Laboratory; 3Oak Ridge National Laboratory; 4Electric Power Research Institute

4:25 PM InvitedPhase Field Modeling of Diffusion-Controlled Deformation Processes: Cheng Feng1; Ning Zhou1; Hallee Deutchman1; Mike Mills1; Yunzhi Wang1; 1Ohio State University

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4:50 PMAKMC Simulations of Complex Phase Interfaces in Molybdenum: Ari Harjunmaa1; Jutta Rogal1; Ralf Drautz1; 1Ruhr University Bochum

5:05 PMAn Atomistic Perspective on Dynamic Solute-Interface Interactions: Tegar Wicaksono1; Chad Sinclair1; Matthias Militzer1; 1UBC

Cost Affordable Titanium IV: Low Cost: Additive Manufacturing and Metal Injection Molding Sponsored by:TMS Structural Materials Division, TMS: Titanium CommitteeProgram Organizers: M. Ashraf Imam, Naval Research Lab; Sam Froes, University of Idaho (Retired); Ramana Reddy , The University of Alabama


Session Chairs: F.H. (Sam) Froes, University of Idaho; Sami El-Soudani, The Boeing Company

2:00 PM InvitedPowder Metallurgy and Additive Manufacturing of Titanium Powders: William Peter1; Thomas Muth1; Ryan Dehoff1; Steve Nunn1; Yukinori Yamamoto1; Wei Chen1; Adrian Sabau1; Alan Liby1; Craig Blue1; 1Oak Ridge National Laboratory

2:20 PMMicrostructure, Mechanical Properties, and Failure Mechanisms in Parts Made by Additive Manufacturing: Yuwei Zhai1; Diana Lados1; 1WPI

2:40 PMMicrostructural Analysis of Ti-6Al-4V Components Made by Electron Beam Additive Manufacturing: Rashadd Coleman1; Kevin Chou1; Viola Acoff1; 1The University of Alabama

3:00 PMLinks between Melt Pool Geometry and Microstructure in Electron Beam Additive Manufacturing: Joy Gockel1; Jack Beuth1; Nathan Klingbeil2; Karen Taminger3; 1Carnegie Mellon University; 2Wright State University; 3NASA Langley Research Center

3:20 PMLow Cost Titanium Powder Development for Additive Manufacturing in an Electron Beam Melting System: Francisco Medina1; Sara Gaytan1; Edwin Martinez1; Larry Murr1; Ryan Wicker1; 1University of Texas at El Paso

3:40 PM Break

4:20 PMThe Effect of Laser Metal Deposition Operating Parameters on the Microstructure of Ti-5Al-5Mo-5V-3Cr: Dacian Tomus1; Guillaume Leclerc1; Colleen Bettles1; Tom Jarvis1; Junfa Mei1; Xinhua Wu1; 1Monash University

4:00 PMRheological Properties of Feedstock Composed of Titanium Alloy Powder and Polyethylene Glycol Based Binder System for Metal Injection Moulding: Gnanavinthan Thavanayagam1; Deliang Zhang1; Kim Pickering1; 1The University of Waikato

4:40 PMMicrostructure and Texture Development in Ti-5Al-5Mo-5V-3Cr Alloy during Cold Rolling and Annealing: Alireza Ghaderi1; Peter Hodgson1; Matthew Barnett1; 1Deakin University

Deformation, Damage, and Fracture of Light Metals and Alloys: Deformation, Damage, and Fracture of Light Metals and Alloys Session ISponsored by:TMS Light Metals Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Ke An, Oak Ridge National Laboratory; Qizhen Li, University of Nevada, Reno


Session Chair: Carl Boehlert, Michigan State University

2:00 PMAtomic Level Observations of Fatigue Structures in Lamellar Ti-45Al-8Nb-0.2C (TNB-V2): Fritz Appel1; Ali El-Chaikh2; Hans-Jürgen Christ2; 1Helmholtz Zentrum Geesthacht; 2Universität Siegen

2:20 PMMechanical Properties and Dislocation Structure Evolution in Ti6Al7Nb Alloy Processed by High Pressure Torsion: Miloš Janecek1; Jakub Cížek1; Josef Stráský1; Kristína Václavová1; Irina Semenova2; 1Charles University; 2USATU

2:40 PMMicrostructural Characterization and Mechanical Properties of Boron Modified Ti-6Al-4V Alloy in Different Environments: Gaurav Singh1; Upadrasta Ramamurty1; 1Indian Institute of Science Bangalore

2:55 PMQuasi-static Tension and Dynamic Compression Properties of As-Cast Ti-6Al-4V Alloy by Trace Boron Addition: Yang YU1; Songxiao HUI1; Wenjun YE1; Xiaoyun SONG1; Rui LIU1; Yanyan Fu1; 1General Research Institute for Nonferrous Metals, Beijing, China

3:10 PMPlastic Behaviour of Ti-6Al-4V from RT to 600°C: Martin Surand1; Bernard Viguier2; Emilie Herny1; 1MICROTURBO; 2Institut Carnot CIRIMAT, INP-ENSIACET, Université de Toulouse

3:25 PMMicrostructure and Crystallographic Texture Evolution during Hot Deformation of Ti-6Al-2Sn-4Zr-6Mo Titanium Alloy: Abdlaziz Elarbi1; 1University of Sheffield

3:40 PM Break

3:50 PMAtomistic Simulation of Deformation Mechanisms of Nanostructured Titanium: G.P. Zheng1; 1Hong Kong Polytechnic University

4:10 PMThe Influence of Heating Rate on Phase Transformations in Ti-6.8Mo-4.5Fe-1.5Al: Herbert Boeckels1; Henry Rack1; 1Clemson University

4:25 PMCharacterization and Bayesian Neural Network Modeling of Microstructure-Tensile Properties Correlations in Beta-Processed Ti-5111 Alloy: Vikas Dixit1; Brian Welk1; S.H. Mills1; P. Collins2; Hamish Fraser1; 1The Ohio State University; 2University of North Texas

4:40 PMSolidification Behaviour and Microstructure Characteristics during Double Directional Solidification Technique of Ti-46Al-5Nb Alloy: Liwei Zhang1; X.F. Ding1; J.P. Lin1; 1University of Science & Technology Beijing(USTB)


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4:55 PMEffect of Post-Weld Heat Treatment on Microstructure and Mechanical Properties of Laser Beam Welded TiAl-Based Alloy: Jie Liu1; Volker Ventzke1; Peter Staron1; Norbert Schell1; Nikolai Kashaev1; Norbert Huber1; 1Helmholtz-Zentrum Geesthacht, Germany

5:10 PMDesign and Microstructural Characterization of High Performance β-Metastable Titanium Alloys Presenting Simultaneous TRIP and TWIP Effects: Matthieu Marteleur1; Pascal Jacques1; Frédéric Prima2; 1Université Catholique de Louvain; 2Ecole Nationale Supérieure de Chimie de Paris

Electrode Technology for Aluminium Production: Anode Raw MaterialsSponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizers: Les Edwards, Rain CII Carbon; Hans Darmstadt, Rio Tinto Alcan; Sunil Bhajun, Qatalum; Juraj Chmelar, Hydro; Matvey Golubev, Rusal; Pretesh Patel, Light Metals Research Centre; Elaine Sum, Rio Tinto Alcan; Marc Gagnon, Aluminerie Alouette


Session Chair: Hans Darmstadt, Rio Tinto Alcan


2:05 PMReview of Different Techniques to Study the Interaction Between Coke and Pitch in Anode Manufacturing: Duygu Kocaefe1; Arunima Sarkar1; Shipan Das1; Salah Amrani1; Dipankar Bhattacharyay1; Dilip Sarkar1; Yasar Kocaefe1; Brigitte Morais2; Marc Gagnon2; 1University of Quebec at Chicoutimi; 2Aluminerie Alouette inc.

2:30 PMObservations on the Coke Air Reactivity Test: Les Edwards1; Jim Marino1; Keith Neyrey1; 1Rain CII Carbon

2:55 PMImpurity Removal from Petroleum Coke: Alexandre Gagnon1; Hans Darmstadt1; Nigel Backhouse1; Esme Ryan2; Laurence Dyer3; David Dixon3; 1Rio Tinto Alcan; 2Rio Tinto Technology & Innovation; 3University of British Columbia,

3:20 PMCalcined Coke Round Robin 19 and the Precision of Bulk Density Tests: Marvin Lubin1; Les Edwards1; Lorentz Petter Lossius2; 1Rain CII Carbon; 2Hydro Aluminium

3:45 PM Break

3:55 PMA Method for the Rapid Characterisation of Petroleum Coke Microstructure Using Polarised Light Microscopy: Andris Innus1; Alain Jomphe1; Hans Darmstadt1; 1Rio Tinto Alcan

4:20 PMImprovements of Vibrated Bulk Density Analysis at VM-CBA and Petrocoque S.A: Jean Pardo1; Edinaldo da Silva2; 1Votorantim Metals - CBA; 2Votorantim Metais - CBA

4:45 PMInfluence of GPC Properties on the CPC Quality: Jingli Zhao1; Qingcai Zhao1; Qingbo Zhao1; Lei Yu1; Pusheng Yu1; 1Jinan Aohai Carbon Products Corporation Ltd.

5:10 PMQuality of Calcined Petroleum Coke and It’s Influence on Aluminium Smelting: José Subero1; 1CVG Venalum

Fatigue and Fracture of Thin Films and Nanomaterials: Fracture of Thin Films and NanomaterialsSponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials Committee, TMS: Nanomechanical Materials Behavior CommitteeProgram Organizers: Megan Cordill, Erich Schmid Institute of Materials Science; Daniel Kiener, Montanuniversitaet Leoben; Xinghang Zhang, Texas A &M University ; Daniel Gianola, University of Pennsylvania ; Corinne Packard, Colorado School of Mines

Monday PM Room: Bowie CMarch 4, 2013 Location: Grand Hyatt

Funding support provided by: Hysitron, Inc., and Nanomechanics, Inc.

Session Chairs: Corinne Packard, Colorado School of Mines; Neville Moody, Sandia National Laboratories

2:00 PM InvitedBrittleness Criteria as Affected by Size and Constraint: William Gerberich1; Eric Hintsala1; Douglas Stauffer2; 1University of Minnesota; 2Hysitron, Inc

2:30 PMExperiments Investigating Strength Size Effects in Polysilicon and the Existence of a Threshold Strength: Mohamed Saleh1; Jack Beuth1; Maarten de Boer1; 1Carnegie Mellon University

2:50 PMExperimental Determination of the Fracture Toughness Via Scratch Tests: Nicholas Randall1; Bo Zhou1; Gregory Favaro1; 1CSM Instruments

3:10 PMFracture Characteristics of Severely Plastically Deformed Metals: Anton Hohenwarter1; 1Department of Materials Physics, Montanuniversität Leoben, Austria

3:30 PM Break

3:50 PM InvitedProbing Materials’ Properties and Reliability at the Micron- and Nanoscale and the Need for Novel Experiments: Chris Eberl1; 1KIT

4:20 PMSize and Rate Dependent Plastic Localization in Thin Metallic Films: Thomas Pardoen1; Michael Coulombier1; Hosni Idrissi1; Nick Schryvers2; Frédéric Mompiou3; Marc Legros3; Jean-Pierre Raskin1; 1UCL; 2University of Antwerp; 3CNRS & U. Toulouse

4:40 PMMechanical Behavior and Fracture Properties in Scandium Deuteride Films and Pillars: Neville Moody1; Eric Hintsala2; Clare Teresi2; David Adams1; Daniel Kammler1; E. David Reedy1; Nancy Yang1; Marian Kennedy3; William Gerberich2; 1Sandia National Laboratories; 2University of Minnesota; 3Clemson University

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5:00 PMFracture Toughness of SPD-Deformed Nanostructured Rail Steels and Its Implications on the In-Service Behaviour: Christoph Kammerhofer1; Anton Hohenwarter1; Stephan Scheriau2; Reinhard Pippan1; 1Erich Schmid Institute of Materials Science - Austrian Academy of Sciences; 2voestalpine Schienen GmbH

5:20 PMAtomistic Deformation and Fracture Mechanisms in Gradient Nano-Grained Metals: Ting Zhu1; Zhi Zeng1; 1Georgia Institute of Technology

Friction Stir Welding and Processing VII: Friction Stir Welding and Processing: Modeling and ControlsSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Shaping and Forming CommitteeProgram Organizers: Rajiv Mishra, University of North Texas; Murray Mahoney, Retired from Rockwell Scientific; Yutaka Sato, Tohoku University; Yuri Hovanski, Pacific Northwest National Laboratory; Ravi Verma, General Motors


Session Chairs: Murray Mahoney, Retired from Rockwell Scientific; Terry McNelley, Naval Postgraduate School; Michael Miles, BYU

2:00 PM KeynoteThree-Dimensional Visualization of Metallic Flow and Control of FSW Joint Properties Using New FSP Technique: Hidetoshi Fujii1; Yoshiaki Morisada1; Takuya Imaizumi1; 1Osaka University

2:25 PM InvitedSystem Parameter Identification for Friction Stir Processing: Carl Sorensen1; Dustin Marshall1; 1Brigham Young University

2:45 PM InvitedAdvances in Temperature Control of FSP: Kenneth Ross1; Carl Sorensen2; 1Manufacturing Technology, Inc.; 2Brigham Young University

3:05 PM InvitedAnalysis of Tool Feedback Forces and Material Flow during Friction Stir Welding: Enkhsaikhan Boldsaikhan1; Michael McCoy1; 1Wichita State University

3:25 PMParadigm Shift in Control of the Spindle Axis: Kenneth Ross1; Carl Sorensen2; 1Manufacturing Technology, Inc; 2Brigham Young University

3:45 PM Break

3:55 PMA Coupled Thermal/Material Flow Model of Friction Stir Welding Applied to Sc-Modified Aluminum Alloys: Carter Hamilton1; Mateusz Kopyscianski2; Stanislaw Dymek2; Oleg Senkov3; 1Miami University; 2AGH University Of Science And Technology; 3UES, Inc

4:15 PM InvitedFinite Element Modeling of High Speed Friction Stir Spot Welding: Michael Miles1; Utsab Karki1; Yuri Hovanski2; 1BYU; 2Pacific Northwest National Lab

4:35 PM InvitedMicrostructure Refinement and Homogenization of Non-deforming Constituent Distributions During FSW/P: Terry McNelley1; Sarath Menon1; Jeffrey Woertz1; 1Naval Postgraduate School

4:55 PMDefect Identification in FSWs Using Data Analysis Techniques: Haley Doude1; Judy Schneider1; 1Mississippi State University

5:10 PMModeling the Effects of Tool Geometries on the Temperature Distributions and Material Flow of Friction Stirred AA 7039 Welds: Manas Mahapatra1; D Venkateswarlu1; H.K. Mohanty1; S. P. Harsh1; N.R. Mandal1; 1Indian Institute of Technology Roorkee

5:30 PMApplication of Acoustic Emission Technique to Monitor FSW Process to Produce Defect Free Welds: B M Rajaprakash1; Suresha C N1; Sarala Upadhya1; 1University Visvesvaraya College of Engineering

5:50 PMFinite Element Evaluation of Residual Stresses Developed in Friction Stir Welded Tube-Tubesheet Joint: Fadi Al-Badour1; Nesar Merah1; Abdelrahman Shuaib1; Abdelaziz Bazoune1; 1King Fahd University of Petroleum and Minerals

Frontiers in Solidification Science: Industrial Aspects of SolidificationSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Solidification CommitteeProgram Organizers: Andre Phillion, University of British Columbia; Silvere Akamatsu, Institut des Nanosciences de Paris; Christoph Beckermann, The University of Iowa; Michel Rappaz, Ecole Polytechnique Federale de Lausanne

Monday PM Room: Lone Star Salon FMarch 4, 2013 Location: Grand Hyatt


Session Chairs: Andre Phillion, University of British Columbia; Steven Cockcroft, University of British Columbia

2:00 PM InvitedAdvances in Investment Cast Aerospace Components: Boyd Mueller1; 1Alcoa Power and Propulsion

2:30 PM InvitedConstellium Point of View on Solidification Issues Relevant to the Industry of Aluminium Alloys Processing: Philippe Jarry1; 1Constellium

3:00 PMNumerical and Experimental Studies of the Grain Morphological Transitions and Macrosegregation in the Sedimentation Cone of an Industrial Steel Ingot: Leriche Nicolas1; Kumar Arvind2; Combeau Herve1; Zaloznik Miha1; Demurger Joelle3; Wendenbaum Jean3; Gandin Charles-André4; 1Institut Jean Lamour; 2Indian Institute of Technology Kanpur; 3Ascométal; 4MINES ParisTech, CEMEF UMR CNRS 7635

3:20 PMTexture Control During Laser Deposition of FCC Alloys: Guru Dinda1; Jyoti Mazumder2; Douglas Grant1; Robert Ruokolainen1; Ashish Dasgupta1; 1Focus: HOPE; 2University of Michigan

3:40 PM Break

3:55 PM InvitedCommercial Production of Thin-Strip by Twin-Roll Strip Casting - CASTRIP® Process: Rama Mahapatra1; Hisahiko Fukase2; Mark Schlichting3; Neal Ross4; Peter Woodberry1; Walter Blejde1; 1Castrip LLC; 2IHI MetalTech Co; 3Nucor Steel; 4Nucor Castrip Arkansas LLC


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4:25 PMMicrostructure Modification by Nanoparticles during Solidification of Aluminum Alloys: Yi Sun1; Hongseok Choi1; Hiromi Konishi1; Xiaochun Li1; 1University of Wisconsin Madison

4:45 PMCrystallization of Intermetallic Phases Fe-Zn during Hot-Dip Galvanizing Process: Dariusz Kopycinski1; 1AGH University of Science and Technology

High Temperature Electrochemistry: High Temperature Metals and MaterialsSponsored by:TMS Extraction and Processing Division, TMS: Pyrometallurgy CommitteeProgram Organizers: Prabhat Tripathy, Idaho National Laboratory; Guy Fredrickson, Idaho National Laboratory

Monday PM Room: 006DMarch 4, 2013 Location: Henry B. Gonzalez Convention Center

Session Chairs: Derek Fray, University of Cambridge; Vasant Kumar, University of Cambridge

2:00 PMReduction of TiO2 or TiClx into Liquid Bi in Molten Salts: Yuya Kado1; Sho Maruyama1; Akihiro Kishimoto1; Tetsuya Uda1; 1Kyoto University

2:30 PMCathodic Behavior of Silicon (IV) in BaF2-CaF2 –SiO2 Melts: Yuejiao Hu1; Shuqiang Jiao1; Xin Wang1; Jiusan Xiao1; Hongmin Zhu1; 1University of Science and Technology Beijing

3:00 PMCyclic Voltammetry Investigation of Titanium Dioxide Reduction in Molten Oxide Electrolytes: Chanaka De Alwis1; Donald Sadoway2; 1UTRS Inc.,; 2Massachusetts Institute of Technology

3:30 PM Break

3:50 PMElectrorefining of Titanium from Bi-Ti Alloys in a NaCl-KCl Molten Salt: Akihiro Kishimoto1; Yuya Kado1; Shuhei Arisawa1; Tetsuya Uda1; 1Kyoto University

4:20 PMHigh Temperature Corrosion and Electrochemical Behavior of Weld Overlay Alloy 625 in Molten Salt Mixture of PbSO4-Pb3O

4-PbCl2- ZnO-CdO: E. Mohammadi Zahrani1; A. Alfantazi1; 1The University of British Columbia

4:50 PMFundamental Study on Anodic Dissolution Behavior of Platinum Group Metals: Katsuhiro Nose1; Toru Okabe1; 1The Institute of Industrial Science, the University of Tokyo

Hume-Rothery Award Symposium: Electronic Structure Theory of Stability and Bonding in Alloys: Alloy Theory ISponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Alloy Phases CommitteeProgram Organizer: Chris Wolverton, Northwestern University


Session Chairs: Barry Klein, University California Davis; Ralf Drautz, University of Oxford

2:00 PM InvitedExtending the Lattice Stability Framework in Ab Initio Alloy Thermodynamics: Axel van de Walle1; 1Brown University

2:30 PM InvitedFIrst Principles Modeling of Planar Defects in Solid Solutions by the Special Quasirandom Structure Approach: Maarten de Jong1; David Olmsted; Axel van de Walle2; Mark Asta1; 1University of California, Berkeley; 2Brown University

3:00 PM InvitedDiffuse Interfaces, Gradient Energy and Their Kinetic and Thermodynamic Consequences: Alan Ardell1; 1University of California

3:30 PM Break

3:50 PM InvitedAnharmonic Phonons and Thermodynamics: Brent Fultz1; Chen Li1; Tian Lan1; 1California Institute of Technology

4:20 PM InvitedFirst Principles Phase Diagram Calculations for Octahedral Interstitial Ordering of Oxygen and Vacancies in hcp Ti, Zr, and Hf: Benjamin Burton1; Axel van de Walle2; 1NIST; 2Brown University

Hybrid and Hierarchical Composite Materials: MultifunctionalitySponsored by:TMS Structural Materials Division, TMS/ASM: Composite Materials CommitteeProgram Organizers: Tomoko Sano, US Army Research Laboratory; Charles Randow, US Army Research Laboratory; Chang Soo Kim, University of Wisconsin -Milwaukee


Session Chair: Meisha Shofner, Georgia Institute of Technology

2:00 PMRate Dependent Mechanical Response of Epoxy Polymers: Joseph Lenhart1; Daniel Knorr1; Jan Andzelm1; Adam Richardson1; Mark Hindenlang1; 1US Army Research Laboratory

2:30 PMSulfonated Poly(Fluorene Ether Ketone) (SPFEK)/a-Zirconium Phosphate (ZrP) Nanocomposite Membranes for Fuel Cell Applications: Fuchuan Ding1; Hang Hu1; Matthew F. Milner1; Min Xiao2; Yuezhong Meng2; Luyi Sun2; 1Texas State University–San Marcos; 2Sun Yat-sen University

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2:50 PMManufacture of RF Absorptive Composites by Direct-Write: Garth Wilks1; Gerard Simon1; Thomas Ekiert1; Gyaneshwar Tandon1; Zongwu Bai1; Max Alexander1; Ryan Justice1; 1Air Force Research Laboratory

3:10 PMNew Insight into Multi-Functional, Hierarchical Poly(Urethane Urea) Elastomers: From Molecules-by-Design to Multiscale Modeling: Alex Hsieh1; Tanya Chantawansri1; 1Army Research Laboratory

3:30 PM Break

3:45 PMMultifunctional Architectured Materials for Electromagnetic Absorption: Pierre Bollen1; Nicolas Quievy1; Isabelle Huynen1; Christian Bailly1; Christophe Detrembleur2; Jean-Michel Thomassin2; Thomas Pardoen1; 1UCL; 2ULg

4:05 PMHigh Thermal-Conductive Aluminum/Diamond Composites for Electronic Packaging: Xitao Wang1; Yang Zhang1; Jianhua Wu1; Hailong Zhang1; 1University of Science and Technology Beijing

4:25 PMHierarchical Architected Metal-Elastomer Composites for Multifunctional Applications: Lorenzo Valdevit1; 1University of California, Irvine

4:45 PMExtrinsic Toughening of Shape Memory Alloy Embedded Composites: Fatmata Barrie1; Michele Manuel1; 1University of Florida

5:05 PMMorphology and Phase Evaluation in Shape Memory Alloy (SMA) – MAX Phase Interpenetrating Composites: Liangfa Hu1; Ankush Kothalkar1; Miladin Radovic1; Ibrahim Karaman1; 1Texas A&M University

Integrated Computational Modeling of Materials for Nuclear Energy: Fuel Modeling II: Multiscale ModelingSponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS/ASM: Computational Materials Science and Engineering Committee, TMS/ASM: Nuclear Materials CommitteeProgram Organizers: Remi Dingreville, Sandia National Laboratories; Koenraad Janssens, Paul Scherrer Institute; Timothy Bartel, Sandia National Laboratories



2:00 PM InvitedHeterogeneity Effects on the Thermal Conductivity of UO2+x: Marius Stan1; Bogdan Mihaila2; Di Yun1; Zhi-Gang Mei1; Petrica Cristea3; 1Argonne National Laboratory; 2Los Alamos National Laboratory; 3University of Bucharest

2:30 PM InvitedMesoscale Model of Bubble/Grain Boundary Interaction in Irradiated Materials: Michael Tonks1; Liangzhe Zhang1; Paul Millett1; Bulent Biner1; Yongfeng Zhang1; 1Idaho National Laboratory

3:00 PMMulti-Physics Mechanical Response of Fuel Pin Swelling: Timothy J. Bartel1; Remi Dingreville1; Josh Robbins1; 1Sandia National Laboratories

3:20 PM InvitedDevelopment of the Mechanistic Fuel Performance and Safety Code SFPR Using the Multi-Scale Approach: Mikhail Veshchunov1; A. Boldyrev1; V.D. Ozrin1; V. Shestak1; V. Tarasov1; G. Norman1; A. Kuksin1; V. Pisarev1; D. Smirnova1; V. Stegailov1; S. Starikov1; A. Yanilkin1; 1Nuclear Safety Institute (IBRAE) of Russian Academy of Sciences

3:40 PM Break

4:00 PM InvitedContinuum Theory of Defects and Materials Response to Irradiation: Anter El-Azab1; 1Purdue University

4:30 PMPhonon Thermal Transport in UO2 Crystals with Defects: Ryan Deskins1; Anter El-Azab1; 1Purdue University

4:50 PM InvitedMultiscale Computer Simulation of Fission Gas Release in Oxide Fuels: Paul Millett1; Michael Tonks1; David Andersson2; Yongfeng Zhang1; Bulent Biner1; 1Idaho National Laboratory; 2Los Alamos National Laboratory

5:20 PMMulti-Scale Modeling of Intergranular Fracture in UO2: Yongfeng Zhang1; Paul Millett1; Michael Tonks1; Bulent Biner1; 1Idaho National Laboratory

Magnesium Technology 2013: Primary Production and Casting Sponsored by:TMS Light Metals Division, TMS: Magnesium CommitteeProgram Organizers: Norbert Hort, Helmholtz-Zentrum Geesthacht; Suveen Mathaudu, US Army Research Office; Neale Neelameggham, IND LLC; Martyn Alderman, Magnesium Elektron


Session Chairs: Neale Neelameggham, Ind LLC; Adam Powell, Metal Oxygen Separation Technologies

2:00 PMDoing Projects in a Foreign Language – Communications Management, Issues and Strategies: Deling Xian1; 1Hatch

2:20 PMEvolution of the Magnetherm Magnesium Reduction Process: James Sever1; Marlyn Ballain2; 1Alpha / Omega Engineering; 2Ballain Consulting, Inc

2:40 PMImpact of Site Elevation on Mg Smelter Design: Phillip Baker1; 1Hatch Ltd.

3:00 PMPurification of Highly Contaminated Magnesium Melt: Byoung-Gi Moon1; Do-Youn Kim2; Bong-Sun You1; Ki-Ho Koh3; 1Korea Institute of Materials Science; 2University of Science and Technology; 3Inje University

3:20 PMResearch on New Type Materials Preparation for Magnesium Production by Silicothermic Process: Wen Ming1; Zhang Ting’an1; Dou Zhihe1; Zhang Rui1; Ren Xiaodong1; Zhou Lian2; 1Northeastern University; 2Northwest Insititute For Non-ferrous Metal Reasearch

3:40 PM Break


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4:00 PMSelective Laser Melting of Magnesium and Magnesium Alloys: Matthias Gieseke1; Christian Noelke1; Stefan Kaierle1; Volker Wesling1; Heinz Haferkamp1; 1Laser Zentrum Hannover e.V.

4:20 PMComputational Multi-Scale Modeling of the Microstructure and Segregation of Cast Mg Alloys at Low Superheat: Laurentiu Nastac1; Nagy El-Kaddah1; 1University of Alabama

4:40 PMEffect of Casting Defects Distribution on the Beginning of Tensile Fracture in Semi-Solid Injected Magnesium AZ91D Alloy: Yuichiro Murakami1; Kenji Miwa2; Naoyuki Kanetake3; Shuji Tada1; 1Advanced Industrial Science and Technology; 2Aichi Science and Technology Foundation; 3Nagoya University

5:00 PMEffect of Inoculation Method of Refiner on the Grain Refinement of AZ91 Alloy: Jun Ho Bae1; Young Min Kim1; Chang Dong Yim1; Ha-Sik Kim1; Bong Sun You1; 1Korea Institute of Materials Science

Magnetic Materials for Energy Applications -III: Rare Earth-free Permanent Magnets ISponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Energy Committee, TMS: Energy Conversion and Storage Committee, TMS: Magnetic Materials CommitteeProgram Organizers: Sivaraman Guruswamy, University of Utah; Thomas Woodcock, IFW Dresden; Yongmei Jin, Michigan Technological University; Raju Ramanujan, Nanyang Technological University; Frank Johnson, GE Global Research; Oliver Gutfleisch, Technische Universität Darmstadt


Session Chairs: Yongmei Jin, Michigan Tech; Thomas. Woodcock, IFW Dresden

2:00 PM InvitedRare-Earth Free Permanent Magnets: Yang-Ki Hong1; 1University of Alabama

2:30 PM InvitedNew Materials and Novel Anisotropies for Rare-Earth-Free Permanent Magnets: Laura Lewis1; 1Northeastern University

3:00 PM InvitedAdvances in Rare-earth Free Permanent Magnets: David Sellmyer1; B Balamurugan; W. Zhang; R. Skomski; 1University of Nebraska

3:30 PMThermal Stabilization of Magnetic Hardness in Exchange-Biased Nanostructures for Advanced Permanent Magnets: Joshua Marion1; Felix Jimenez-Villacorta1; Laura Lewis1; 1Northeastern University

3:50 PM Break

4:05 PM InvitedNovel High Energy Permanent Magnet without Critical Elements: R McCallum1; 1Ames Laboratory

4:35 PM InvitedNon-Rare Earth Permanent Magnets: Nanocrystalline Mn-Al-C: Jeff Shield1; Michael Lucis1; Timothy Prost1; Ralph Skomski1; 1University of Nebraska

5:05 PMTetrataenite (FeNi)- A Potential Candidate For a Rare-Earth -Free Permanent Magnet.: Arif Mubarok1; Nina Bordeaux2; Joseph Goldstein1; Laura Lewis2; 1University of Massachusetts; 2Northeastern University

Materials and Fuels for the Current and Advanced Nuclear Reactors II: Irradiation StudiesSponsored by:TMS Structural Materials Division, TMS/ASM: Corrosion and Environmental Effects Committee, TMS/ASM: Nuclear Materials CommitteeProgram Organizers: Ramprashad Prabhakaran, Idaho National Laboratory; Dennis Keiser, Idaho National Laboratory; Raul Rebak, GE Global Research


Session Chair: Raul Rebak, GE Global Research

2:00 PM InvitedDevelopment of Radiation Tolerant Cladding Materials for Fast Spectrum Reactors: Stuart Maloy1; Osman Anderoglu1; Tarik Saleh1; Mychailo Toloczko2; James Cole3; Jian Gan3; Dave Hoelzer4; Thak-Sang Byun4; G. Robert Odette5; 1Los Alamos National Laboratory; 2PNNL; 3INL; 4ORNL; 5UCSB

2:40 PMGENESIS : An Open Platform for the Study and Nano Analysis (Atom Probe, SEM Cross Beam Station and MET (In Situ Straining, Temperature, Tomography) of Irradiation Effects in Radioactive Materials for Nuclear Application: Philippe Pareige1; 1Rouen University

3:00 PMIrradiation Studies on Friction Stir Welded ODS Alloys: Ramprashad Prabhakaran1; Jatu Burns2; James Cole1; Yaqiao Wu2; B Miller1; Indrajit Charit3; Rajiv Mishra4; K. Murty5; 1Idaho National Laboratory; 2CAES; 3University of Idaho; 4University of North Texas; 5North Carolina State University

3:20 PMUnderstanding of the Microstructural Evolution of Austenitic Model Alloy and 316 Steel under Ion Irradiation by Coupling of TEM and APT Investigations - Part I: TEM: Alexandre Volgin1; Brigitte Decamps2; Aurélie Gentils2; Franck Fortuna2; Bertrand Radiguet3; Philippe Pareige3; Cédric Pokor4; Abderrahim Al-Mazzouzi4; 1EDF R&D; 2CNRS/IN2P3; 3GPM; 4EDF R&D

3:40 PM Break

4:00 PMUnderstanding of the Microstructural Evolution of Austenitic Model Alloy and 316 Steel under Ion Irradiation by Coupling of TEM and APT Investigations – Part II: APT Results: Alexandre Volgin1; Bertrand Radiguet2; Philippe Pareige2; Brigitte Décamps3; Aurélie Gentil3; Frank Fortuna3; Cedric Pokor1; 1EDF R&D - MMC; 2GPM UMR CNRS 6634 - Université et INSA de Rouen; 3CSNSM - CNRS IN2P3 - Université Paris Sud

4:20 PMPoint Defect Cluster Interactions with Grain Boundaries in Nanocrystalline Iron: Greg Vetterick1; Chris Barr1; John Baldwin2; Pete Baldo3; Mark Kirk3; Amit Misra2; Mitra Taheri1; 1Drexel University; 2Los Alamos National Laboratory; 3Argonne National Laboratory

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4:40 PMSynergetic Effect of Ni and Cu in French Reactor Pressure Vessel Steels: Hefei Huang1; Bertrand Radiguet1; Patrick Todeschini2; François Clémendot3; Philippe Pareige1; 1GPM UMR CNRS 6634 - Université et INSA de Rouen; 2EDF R&D - MMC; 3EDF Production and Ingineering - CEIDRE/DLAB

5:00 PMStudies on the Ion Bombardment and LBE Corrosion Resistance Properties of Polycrystalline SiC: Jianrong Sun1; Peng Song1; Tielong Shen1; Zhiguang Wang1; 1Institute of Modern Physics, Chinese Academy of Sciences

Materials in Clean Power Systems VIII: Durability of Materials : Alloy Development for Clean and Efficient Energy TechnologiesSponsored by:TMS Structural Materials Division, TMS/ASM: Corrosion and Environmental Effects CommitteeProgram Organizers: Sebastien Dryepondt, ORNL; Kinga Unocic, ORNL; Jeffrey Fergus, Auburn University; Xingbo Liu, West Virginia University


Session Chairs: Jeffrey Hawk, U.S. Department of Energy, National Energy Technology Laboratory; Amit Shyam, Oak Ridge National Laboratory

2:00 PM InvitedReduced Temperature Range for the Heat to Fuel Energy Conversion by Using Ceria Nanoparticles: Siu-wai Chan1; Bin Wang1; William Robson1; Jacob Keith1; Prashant Mukhopadhyay1; Apisak Meesrisom1; Joan Raitano1; Hong-Ying Liang1; 1Columbia University

2:30 PMImproved Processing Efficiency and Microstructure Control of ODS Ferritic Alloys: Joel Rieken1; Iver Anderson1; Matthew Kramer1; Sebastien Dryepondt2; David Hoelzer2; 1Ames Laboratory; 2Oak Ridge National Laboratory

2:50 PM InvitedAdvanced Heat Resistant Austenitic Stainless Steel and Composite Tube Materials for High Efficient and Clean Energy Technology: Guocai Chai1; 1Sandvik Materials Technology

3:20 PM Break

3:40 PM InvitedRecent Developments in Creep-Resistant, Alumina-Forming Austenitic Stainless Steels: Yukinori Yamamoto1; Govindarajan Muralidharan1; Michael Brady1; 1Oak Ridge National Laboratory

4:10 PMHomogenizing Castings to Improve the Mechanical Properties of Traditionally Wrought Ni-Based Superalloys for A-USC Steam Turbines: Paul Jablonski1; Jeffrey Hawk1; Daniel Purdy2; Phillip Maziasz3; 1US Department of Energy; 2GE Energy; 3Oak Ridge National Laboratory

Materials Processing Fundamentals: Process Metallurgy of SteelSponsored by:TMS Extraction and Processing Division, TMS: Process Technology and Modeling CommitteeProgram Organizers: Lifeng Zhang, University of Science and Technology Beijing; Antoine Allanore, Massachusetts Institute of Technology; Cong Wang, Saint-Gobain High Performance Materials; James Yurko, Materion Brush Beryllium and Composites; Justin Crapps, ExxonMobil


Session Chair: Lifeng Zhang, University of Science and Technology Beijing

2:00 PMEvolution of Inclusions in Ti-Bearing Ultra-Low Carbon Steel during RH Refining Process: Wen Yang1; Lifeng Zhang1; Xinhua Wang1; 1University of Science and Technology Beijing

2:20 PMMass Action Concentration Model of CaO-MgO-FeO-Al2O3-SiO2 Slag Systems and Its Application to the Formation Mechanism of MgO·Al2O3 Spinel Type Inclusion in Casing Steel: Haiyan Tang1; Jingshe Li1; Chuanbo Ji1; 1University of Science and Technology Beijing

2:40 PMEffect of Casting Conditions Regarding to Macro-Segregation and Macro-Cleanliness of Fe-Mn-C-Al Steel Grades: Petrico von Schweinichen1; Dieter Senk1; Hubert Weerts1; 1RWTH Aachen University

3:00 PMTheory Analysis of Steel Cleanliness Control during Electroslag Remelting: Cheng-bin Shi1; Xi-chun Chen2; Yi-wa Luo1; Han-jie Guo1; 1University of Science and Technology Beijing; 2Central Iron and Steel Research Institute

3:20 PMFormation and Drop of Metal Droplets in Slag Bath of Electroslag Remelting Processes: Baokuan Li1; Ruinan LI1; Bo WANG1; 1Northeastern University

3:40 PMStudy on Flow-Reaction Desulfurization of RH by Physical Experiment: Hongbo Yang1; Jingshe Li1; Zengfu Gao1; Fangfang Song1; Wanliang Yang1; 1USTB

4:00 PM Break

4:10 PMModeling of Transient Fluid Flow, Solidification Processes and Bubble Transport in Continuous Casting Mold: Zhongqiu Liu1; Baokuan Li1; Maofa Jiang1; 1Northeastern University, China

4:30 PMNumerical Analysis of Coupled Fluid Flow, Heat Transfer and Solidification in Ultra-thick Slab Continuous Casting Mold: Xin Xie1; Dengfu Chen1; Mujun Long1; Leilei Zhang1; Jialong Shen1; Youguang Ma1; 1Chongqing University

4:50 PMNumerical Simulations of Inclusion Behavior in a Gas-Stirred Ladle with a CFD-PBM Coupled Modle: Wentao Lou1; Miaoyong Zhu1; 1Northeastern University

5:10 PMConsidering Heat Advection in Thin Wall Casting: Charles Monroe1; 1University of Alabama at Birmingham


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5:30 PMEffect of Free Surface Variation on Intermixed Amount in Continuous Casting Tundish Steelmaking Tundish: Pradeep Jha1; Md. Irfanul Siddiqui1; 1IIT Roorkee

5:50 PMMeasurement and Observation of the Filling Process of Steel Castings: Jinwu Kang1; Haimin Long1; 1Tsinghua University

Materials Research Applied to National Needs (MARANN) in Honor of Professor Morris E. Fine: Materials Research Applied to National Needs (MARANN) IISponsored by:TMS Structural Materials Division, TMS: Chemistry and Physics of Materials CommitteeProgram Organizers: Peter Liaw, University of Tennessee; Gongyao Wang, University of Tennessee; Semyon Vaynman, Northwestern University; Yip Wah Chung, Northwestern University


Session Chair: Semyon Vaynman, Northwestern University

2:00 PMPrecipitation-Strengthened Ferritic Steels with Increased Strength and Ductility: Semyon Vaynman1; Monica Kapoor1; Gautam Ghosh1; Dieter Isheim1; Yip-Wah Chung1; Morris Fine1; 1Northwestern University

2:30 PMSteel Research Applied to National Needs - A Company Perspective: Shrikant Bhat1; Richard Sussman1; 1ArcelorMittal

3:00 PMInvestigation on Ferritic Superalloys with Improved Creep Resistance by Computational Design and Experimental Validation: Peter Liaw1; Mark Asta2; David Dunand3; Morris Fine3; Gautam Ghosh3; Chain Liu4; Hong Ding2; Shenyan Huang1; Michael Michael Rawlings3; Zhiqian Sun1; Gian Song1; Zhenke Teng1; Gongyao Wang1; Christian Liebscher2; 1University of Tennessee; 2University of California, Berkeley; 3Northwestern University; 4City University of Hong Kong

3:30 PM Break

3:50 PMSynchrotron Radiation Mapping of the Indented Fe-added Nickel Aluminide Alloys: Tian-Yu Lin1; E-Wen Huang1; Morris Fine2; Peter Liaw3; 1National Central University; 2Northwestern University; 3University of Tennessee

Materials Science in Reduced Gravity: Facilities and Metallic GlassesSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Solidification CommitteeProgram Organizers: Douglas Matson, Tufts University; Robert Hyers, University of Massachusetts Amherst; Hani Henein, University of Alberta

Monday PM Room: Lone Star Salon EMarch 4, 2013 Location: Grand Hyatt

Session Chair: Hani Henein, University of Alberta - Edmonton


2:10 PM InvitedDIXI - A Radiography Facility for Materials Science Investigations Onboard ISS: Stefan Klein1; Florian Kargl1; Andreas Meyer1; Christian Stenzel2; 1DLR; 2Astrium GmbH

2:40 PMMASER12-XRMON-GF: A Sounding Rocket Experiment Devoted to the X-Ray Radiographic Observation of Directional Solidification: Guillaume Reinhart1; Henri Nguyen-Thi1; Georges Salloum Abou Jaoudé1; Ragnvald Mathiesen2; Gerhard Zimmermann3; Ylva Houltz4; Daniela Voss5; 1IM2NP - Aix-Marseille Univ; 2NTNU; 3ACCESS e.V.; 4Swedish Space Corporation; 5ESA

3:00 PMDrop-Tube Processing of Ni-Si Alloys: Andrew Mullis1; Leigang Cao1; Robert Cochrane1; 1University of Leeds

3:20 PMElectromagnetic Levitation Onboard the ISS: The EML Payload: Achim Seidel1; Wolfgang Soellner1; Christian Stenzel1; 1Astrium

3:40 PMElectrostatic Levittaion Furnace for ISS: Keiji Murakami1; 1JAXA

4:00 PM Break

4:20 PM InvitedMicrogravity Research on Bulk Metallic Glasses and Composites: Douglas Hofmann1; 1NASA JPL/Caltech

4:50 PM InvitedElectrostatic Levitation Studies of Cu-Zr Liquids: Ken Kelton1; James Bendert1; Matthew Blodgett1; Anup Gangopadhyay1; Nicholas Mauro1; 1Washington University

5:20 PMGrowth Kinetics of Cu-Zr: Jan Gegner1; Raphael Kobold1; Fan Yang1; Dirk Holland-Moritz1; Olga Shuleshova1; Dieter Herlach1; 1DLR

5:40 PMFabrication and Optical Properties of Glass and Crystalline Rare-Earth Aluminates by Containerless Levitation Process: Malahalli Vijaya Kumar1; Takehiko Ishikawa1; Junpei Okada1; Yuki Watanabe2; Kazuhiko Kuribayashi3; 1Japan Aerospace Exploration Agency; 2Advanced Engineering Service; 3Shibaura Institute of Technology

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Mesoscale Computational Materials Science of Energy Materials: Phase Field Modeling and Microstructural EvolutionsSponsored by:TMS Materials Processing and Manufacturing Division, TMS/ASM: Computational Materials Science and Engineering CommitteeProgram Organizers: Pascal Bellon, University of Illinois; Alfredo Caro, LANL; Long Qing Chen, Penn State University; Anter El-Azab, Florida State University; Ming Tang, Lawrence Livermore National Laboratory


Session Chairs: Pascal Bellon, University of Illinois at Urbana-Champaign; Ken Elder, Oakland University

2:00 PM InvitedMultiscale Modeling of Multiferroics Using Phase Field Crystal Modeling and Complex Amplitude Expansions: Ken Elder1; 1Oakland University

2:30 PM InvitedSimulation in 3D of Microstructure-Resolved Thermal Stress Leading to Whisker Formation: Benjamin Anglin1; John Blendell2; W.H. (Aska) Chen2; Pylin Sarobol2; Carol Handwerker2; Anthony Rollett1; 1Carnegie Mellon University; 2Purdue University

3:00 PMAdaptive Atomistic-Phase-Field Dislocation Dynamics Model: Lei Cao1; Hojin Kim1; Alejandro Strachan1; Marisol Koslowski1; 1Purdue University

3:20 PMDiscrete Dislocation Simulations of Taper Effects in Micropillar Compression: Babak Kondori1; Amine Benzerga1; 1Texas A&M University

3:40 PM Break

3:50 PMA Nucleation Algorithm in the Coupled Conserved/Non-conserved Phase Field Model: Andrea Jokisaari1; Katsuyo Thornton1; 1University of Michigan

4:10 PM InvitedPhase-Field-Crystal Modeling of Nanocrystalline Pattern Evolution: Alain Karma1; Ari Adland1; 1Northeastern University

4:40 PMModeling and Characterization of 3D Photovoltaics: Jon Guyer1; Daniel Josell1; 1NIST

5:00 PMDiffuse Interface Field Approach (DIFA) to Modeling and Simulation of Capillarity-Related Self-Organization Phenomena in Colloidal Systems: Tian-Le Cheng1; Yu Wang1; 1Michigan Technological University

5:20 PMPrediction of Contact Mechanics for Microsystems by a Multiscale Model with Uncertainties Quantification: Hojin Kim1; Alejandro Strachan1; 1Purdue University

5:40 PMPhase-Field Simulations of Orientation-Dependent GaN Growth By Selective Area Epitaxy: Larry Aagesen1; Michael Coltrin2; Jung Han3; Katsuyo Thornton1; 1University of Michigan; 2Sandia National Laboratories; 3Yale University

Microstructural Processes in Irradiated Materials: Ferritic/Martensitic Steels IISponsored by:TMS Structural Materials Division, TMS/ASM: Nuclear Materials CommitteeProgram Organizers: Thak Sang Byun, Oak Ridge National Laboratory; Dane Morgan, University of Wisconsin-Madison; Yasuyoshi Nagai, Tohoku University; Zhijie Jiao, University of Michigan-Ann Arbor; Christine Guéneau, CEA-Saclay


Session Chairs: Arthur Motta, Penn State University; Brian Wirth, University of Tennessee

2:00 PM InvitedMultiscale Modeling of Defect Cluster Evolution in Irradiated Structural Materials: Brian Wirth1; Donghua Xu1; Aaron Kohnert2; 1University of Tennessee; 2University of California, Berkeley

2:30 PMModelling Helium Bubble Nucleation in Alpha-Iron for Thermal Desorption Experiments: A Cluster Dynamics Approach: Thomas Jourdan1; Jean-Paul Crocombette1; Sandra Moll1; Hélène Lefaix1; 1CEA

2:50 PMMulti-Scale Modeling of Hydrogen and Helium Bubbles in BCC Iron: Erin Hayward1; Chaitanya Deo2; Chu Chun Fu1; 1CEA-Saclay; 2Georgia Institute of Technology

3:10 PMInfluence of Hydrogen and Point Defects in BCC Iron: An Ab Initio Study: M. Bhatia1; Kiran Solanki1; M. Tschopp2; 1Arizona State University; 2Mississippi State University

3:30 PM Break

3:40 PM InvitedRadiation Damage Using In Situ Charged Particle Irradiation: Arthur Motta1; 1Penn State University

4:10 PMOn the Effects of Helium-DPA Interactions on Microstructural Evolution in Tempered Martensitic Steels: A Summary of In-Situ He Injection Results and a Model Based Analysis: Takuya Yamamoto1; Yuan Wu1; G. Robert Odette1; Richard Kurtz2; Danny Edwards2; Bo Yao2; 1University of California Santa Barbara; 2Pacific Northwest National Laboratory

4:30 PMRole of Helium and Beam Rastering on Swelling Behavior in Ion Irradiated HT9 Steel: Elizabeth Beckett1; Gary Was1; Zhijie Jiao1; Kai Sun1; 1University of Michigan

4:50 PMAtomistic Modeling of He Embrittlement at Various Grain Boundaries of α-Fe: Tomoaki Suzudo1; Masatake Yamaguchi1; Tomohito Tsuru1; 1Japan Atomic Energy Agency

5:10 PMAtomic Scale Understanding of Defect Sink Property of Grain Boundaries in Fe: Di Chen1; Jing Wang1; Tianyi Chen1; Lin Shao1; 1Texas A&M University


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Modeling and Experimental Validation of Multiscale Mechanical Behavior from Atomic Scale to Macro Scale: Multiscale Deformation MechanismsSponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Mechanical Behavior of Materials Committee, TMS: Nanomechanical Materials Behavior Committee, TMS: Process Technology and Modeling Committee, TMS: Shaping and Forming CommitteeProgram Organizers: Nathan Mara, Los Alamos National Laboratory; Jian Wang, Los Alamos National Laboratory; Brad Boyce, Sandia National Laboratories; Jennifer Carter, Case Western Reserve University; Anthony Rollett, Carnegie Mellon University; Jonathan Zimmerman, Sandia National Laboratories


Session Chairs: Julia Greer, California Institute of Technology; Scott Mao, University of Pittsburgh

2:00 PM InvitedFabrication and Deformation in Nanocrystalline and Bi-Crystalline Nano Structures: Julia Greer1; X Gu1; Peri Landau1; Qiang Guo1; 1California Institute of Technology

2:30 PMEBSD and TEM Studies to Inform and Guide the Mechanistic Modelling of Deformation in P22 Steel: Dhriti Bhattacharyya1; Pranesh Dayal1; Michael Drew1; Warwick Payten1; Ken Snowden1; Robert Harrison1; Lyndon Edwards1; 1Australian Nuclear Science and Technology Organization

2:50 PMDeformation Behavior in Nano-Polycrystalline Zirconium: Margarita Ruda1; Carlos Ruestes2; Graciela Bertolino3; Diana Farkas4; Eduardo Bringa; 1CAB-CNEA; 2Universidad Nacional de Cuyo; 3CONICET; 4Virginia Tech

3:10 PM InvitedMultiscale Modeling of Nanostructured Shape Memory Alloys by Molecular Dynamics, Monte Carlo and Phase Field Methods: Ting Zhu1; Yuan Zhong1; 1Georgia Institute of Technology

3:40 PMAnalysis of Pole Mechanisms for (10-12) Twin Nucleation in Mg: Maryam Ghazisaeidi1; W. A. Curtin1; 1Brown University

4:00 PM Break

4:10 PM InvitedPlasticity in Small Volume: Stochastic Not Deterministic: Hussien Zbib1; Shaui Shao1; Samantha Lawrence1; David Bahr1; 1Washignton State University

4:40 PMSize-Related Dislocation Plasticity and Deformation Twinning Behavior in Mg: Qian Yu1; Liang Qi2; Ju Li2; Raj Mishra3; Andrew Minor1; 1UC Berkeley; 2MIT; 3GM

5:00 PM InvitedPartial Dislocation Controlled Plasticity in Nanometer-Sized Au Single Crystal: Scott Mao1; He Zheng1; Christopher Weinberger2; Jianyu Huang2; Li Zhong1; 1Department of Mechanical Engineering and Materials Science, University of Pittsburgh; 2Sandia National Laboratories

5:30 PMStrengthening Mechanisms, Nanoscale Precipitation, and Twin Morphology in a High-Strength Bulk Nanostructured Cu-Zn-Al Alloy: Haiming Wen1; Troy Topping1; Dieter Isheim2; David Seidman2; Enrique Lavernia1; 1University of California, Davis; 2Northwestern University

Modeling of Multi-Scale Phenomena in Materials Processing - III: Microstructure Evolution IISponsored by:TMS Materials Processing and Manufacturing Division, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Process Technology and Modeling Committee, TMS: Integrated Computational Materials Engineering CommitteeProgram Organizers: Adrian Sabau, Oak Ridge National Laboratory; Anthony Rollett, Carnegie Mellon University; Laurentiu Nastac, The University of Alabama; Jonathan Madison, Sandia National Laboratories; Mei Li, Ford Motor Company


Session Chairs: Mei Li, Ford Motor Company; Sergio Felicelli, Mississippi State University


2:05 PM InvitedComputational Multi-Phase Modeling of Cast Energetic Materials: Ruslan Mudryy1; Laurentiu Nastac2; 1US ARMY; 2The University of Alabama

2:50 PMFlow Characteristics in Molten Metal Processing Using Ultrasonic Stirring Technology: Laurentiu Nastac1; Shian Jia1; Xiaoda Liu1; 1The University of Alabama

3:15 PMLarge Scale Parallel Lattice Boltzmann Model of Dendritic Growth: Bohumir Jelinek1; Mohsen Eshraghi1; Sergio Felicelli1; 1Mississippi State University

3:40 PM Break

4:10 PMThin Wall Ductile Iron Castings Modeling by Cellular Automaton: Daniel Gurgul1; Andriy Burbelko1; Marcin Górny1; Wojcieh Kapturkiewicz1; 1AGH University of Science and Technology

4:55 PMCoupled Flow-Thermal-Microstructural Modeling of the Scanning Laser Epitaxy Process: Ranadip Acharya1; Justin Gambone1; Rohan Bansal1; Paul Cilino1; Suman Das1; 1Georgia Institute of Technology

5:20 PMModeling of Effective Thermal Conductivities of Cu-Ni Alloy Series as a Function of Temperature in the Liquid Region: Shahid Mehmood1; 1Quaid-e-Azam University Islamabad

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Nanostructured Materials for Lithium Ion Batteries and for Supercapacitors: Nanostructured Materials for Lithium Ion Batteries and for Supercapacitors Session IISponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Energy Conversion and Storage CommitteeProgram Organizer: David Mitlin, University of Alberta and NINT NRC


Session Chairs: Reza Shahbazian-Yassar, Michigan Technological University; David Mitlin , University of Alberta and NINT NRC; Zhi Li, University of Alberta and NINT NRC; Peter Kalisvaart, University of Alberta and NINT NRC

2:00 PM InvitedGraphene-Based and Graphene-Derived Materials for Supercapacitors and Li Ion Batteries: Rodney Ruoff1; TaeYoung Kim1; 1The University of Texas at Austin

2:20 PM InvitedGraphene Based Anodes for Li-ion Batteries: Nikhil Koratkar1; 1Rensselaer Polytechnic Institute

2:40 PM InvitedGraphene Oxide Supercapacitors: Computer Simulation Study: Hyung Kim1; 1Carnegie Mellon University

3:00 PM InvitedAsymmetrical Supercapacitor Based on Graphene-Nickel Cobaltite Nanocomposite and Activated Carbon Electrodes with Commercial Level Mass Loading: Huanlei Wang1; Chris Holt1; Zhi Li1; Xuehai Tan1; Babak Shalchi Amirkhiz1; Zhanwei Xu1; Brian C. Olsen1; Tyler Stephenson1; David Mitlin1; 1University of Alberta and NINT NRC

3:20 PM InvitedGraphene-Based Nano-Composites for Electrochemical Energy Storage: Jie Lian1; Xiang Sun1; Ming Xie2; Steven George2; 1Rensselaer Polytechnic Institute; 2University of Colorado at Boulder

3:40 PM Break

4:00 PM InvitedControlled Synthesis and Functionalization of Carbon Nanomaterials for Energy Storage: Liming Dai1; 1Case Western Reserve University

4:20 PM InvitedElectrolytes and Electrodes for High-energy Secondary Batteries: Lynden Archer1; 1Cornell University

4:40 PM InvitedComposite Electrodes for Electrochemical Supercapacitors: Igor Zhitomirsky1; 1McMaster University

5:00 PM InvitedEffect of Concentration-Dependent Ductility on Fracture Behavior in Li-alloy Electrode Materials: Yifan Gao1; Min Zhou1; 1Georgia Institute of Technology

5:20 PM InvitedDesigning Nanostructured Hybrid Materials for Energy Storage Technologies: Guihua Yu1; 1The University of Texas at Austin

5:40 PM InvitedSynthesis of High Voltage Spinel LiNi0.5Mn1.5O4 Nano-Powders by the Polyol Process for Lithium Ion Batteries: Kyler Carroll1; Hyungman Cho1; Hyojung Yoon1; Shirley Meng1; 1University of California, San Diego

6:00 PM InvitedCharge Storage in New Electrode and Electrolyte Materials: Surprises and Opportunities: Rui Qiao1; Jingsong Huang2; Vincent Meunier3; Bobby Sumpter2; 1Clemson University; 2Oak Ridge National Laboratory; 3Rensselaer Polytechnic Institute

6:20 PM InvitedEnabling High Energy Density Redox Chemistries and 3D Electrode Architectures for Lithium Batteries: Jagjit Nanda1; 1Oak Ridge National Laboratory

6:40 PM InvitedCore-Shell Type Nanowires for Electrodes of Flexible Electrochemical Cells: Jung-Kun Lee1; Bo Ding1; Junhong Noh2; 1University of Pittsburgh; 2Korea Research Institute of Chemical Technology

Neutron and X-ray Studies of Advanced Materials VI: Centennial and Beyond: In Honor of Prof. T.R. Welberry: “What Can We Learn from Diffuse Scattering?”Sponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Rozaliya Barabash, Oak Ridge National Laboratory; Xun-Li Wang, City University of Hong Kong; Jaimie Tiley, US Air Force Research Laboratory; Gernot Kostorz, ETH Zurich; Brent Fultz, California Institute of Technology; Peter Liaw, University of Tennessee


Session Chairs: Thomas Proffen, SNS, Oak Ridge National Laboratory; Darren Goossens, Australian National University


2:05 PM InvitedUnlocking the ‘True’ Structure of Complex Materials Using Total Scattering: Thomas Proffen1; 1Oak Ridge National Laboratory

2:25 PM InvitedDiffuse Scattering Studies Supported by Ab-Initio Calculations: Matthias Gutmann1; 1Rutherford Appleton Laboratory

2:45 PM InvitedInvestigating Disorder as a Matter of Routine?: Thomas Weber1; 1ETH Zurich

3:05 PM InvitedLocal Structure and Dynamics of Quantum Paraelectric Perovskites: Marek Pasciak1; Richard Welberry2; Jiri Hlinka1; 1Academy of Sciences of the Czech Republic; 2Australian National University

3:25 PM InvitedModulated Structures, Functional Materials and the TEM: from Relaxor Ferroelectrics to Nano Chessboards: Ray Withers1; 1The Australian National University

3:45 PM Break 3:55 PM InvitedCombined Diffraction and Computational Modelling Studies of Structural Disorder in Energy Storage Materials: Bill David1; 1ISIS Neutron Source


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4:15 PM InvitedDistinguishing Types of Disorder in Diffuse Scattering: A Numerical Study: Darren Goossens1; T Welberry1; 1Australian National University

4:35 PM InvitedInter-Slab Interactions and Disorder in Gd5Si4-xBix: Branton Campbell1; Volodymyr Svitlyk2; Yurij Mozharivskyj2; 1Brigham Young University; 2McMaster University

4:55 PM InvitedStructural Analysis of Complex Materials: Takeshi Egami1; 1University of Tennessee

5:15 PM InvitedX-Ray Scattering from Amorphous Solids: Zbigniew Stachurski1; 1Australian National University

5:35 PM InvitedBeyond the Structure: Investigating Properties in Molecular Materials: Lynne Thomas1; 1University of Bath

5:55 PM InvitedPair Distribution Function Measurements of Functional Materials: Peter Chupas1; 1Argonne National Laboratory

Ni-Co 2013: Ni Laterite HydrometallurgySponsored by:The Minerals, Metals and Materials Society, Metallurgical Society of the Canadian Institute of Mining Metallurgy and Petroleum, Chinese Society for Metals, GDMB Society for Mining, Metallurgy, Resource and Environmental Technology, Society for Mining Metallurgy and Exploration, Mining and Materials Processing Institute of Japan, Associacao Brasileira de Metalurgia, Materiais e Mineracao, Southern African Institute of Mining and Metallurgy (SAIMM), Minerals Engineering International Online, Cobalt Development Institute, Societe Francaise de Metallurgie et de Materiaux, TMS Extraction and Processing Division, TMS: Hydrometallurgy and Electrometallurgy Committee, TMS: Pyrometallurgy CommitteeProgram Organizer: Thomas Battle, Midrex Technologies


Session Chairs: Shafiq Alam, Memorial University of Newfoundland; Corby Anderson, Colorado School of MInes

2:00 PMAcid Leaching of Nickel Laterites with Jarosite Precipitation: David White1; James Gillaspie2; 1Snowden Mining Industry Consultants; 2Freeport-McMoRan Copper & Gold Inc.

2:25 PMExtraction of Nickel, Cobalt and Iron from Laterite Ores by Mixed Chloride Leach Process: V.I. Lakshmanan1; Ram Sridhar1; Jonathan Chen1; Robert DeLaat1; M.A. Halim1; Raja Roy1; 1Process Research Ortech Inc.

2:50 PMPilot Plant Study on the Nitric Acid Pressure Leaching Technology for Limonitic Laterite Ores: Baozhong Ma1; Chengyan Wang1; Weijiao Yang1; Bo Yang1; Fei Yin1; Yongqiang Chen1; Yongqiang Yang1; 1Beijing General Research Institute of Mining and Metallurgy 3:15 PMReductive Leaching of Limonitic Lateries Using Ferrous Sulphate: Mariela Zuniga1; Edouard Asselin1; 1University of British Columbia

3:40 PM Break

4:00 PMSulfuric Acid Leaching Characteristics of Ni-Doped Goethite: Guanghui Li1; Wen Cai1; Mingjun Rao1; Qian Zhi1; Tao Jiang1; 1School of Minerals Processing and Bioengineering, Central South University

4:20 PMCharacteristics of Nickel Laterite Crushed Ore Agglomerates: Adirek Janwong1; Nikhil Dhawan1; Thien Vethsodsakda1; Michael Moats2; 1University of Utah; 2Missouri University of Science and Technology

4:40 PMUpdate and Outlook of Hydrometallurgical Process for Nickel Laterite Ore: Yoshitomo Ozaki1; 1Sumitomo Metal Mining Co., Ltd.

5:00 PMRecovery of High Purity Metals Using Molecular Recognition Technology: Neil Izatt1; Ronald Bruening1; Steven Izatt; 1IBC Advanced Technologies, Inc.

Novel Synthesis and Consolidation of Powder Materials : Thermal Spray and Cold Spray ProcessingSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Powder Materials CommitteeProgram Organizers: Ma Qian, The University of Queensland; Iver Anderson, The Ames Laboratory

Monday PM Room: Lone Star Salon CMarch 4, 2013 Location: Grand Hyatt

Session Chairs: Iver Anderson, The Ames Laboratory; Mingxing Zhang, The University of Queensland

2:00 PM KeynoteThermal Spray as a Consolidation Process to Form Advanced Materials: Future Horizons: Christopher Berndt1; Mitchell Sesso2; Andrew Ming2; 1Swinburne University of Technology ; 2Swinburne University of Technology

2:40 PMCold Spray Processing of Bulk Nanocrystalline Aluminum AA5083: Enrique Barrera1; Andres Rodela1; David Chan1; George Kim2; Enrique Lavernia3; Victor Champagne4; 1Rice University; 2Perpetual Technologies; 3University of California, Davis; 4Army Research Laboratory

3:00 PMCold Spray Synthesis Of Nanodiamond-Reinforced Aluminum Composites: Luke Brewer1; Brian Sneed1; Filipe Peerally1; Dong Jin Woo1; Joseph Hooper1; Sebastian Osswald1; 1Naval Postgraduate School

3:20 PM Break

3:40 PM InvitedDevelopment of a Novel Direct Manufacturing Technology Via Cold Spray Route: Stefan Gulizia1; Mahnaz Jahedi2; Saden Zahiri2; Andrew Urban2; Darren Fraser2; Tang Caixian2; 1CSIRO Materials Science & Engineering/Future Manufacturing Flagship; 2CSIRO Materials Science & Engineering

4:10 PMSynthesis of Nickel-Encapsulated Particles for High-Strain-Rate Deposition in Cold-Spray: Maryam Neshastehriz; Ivi Smid1; Al Segall1; Lisa Stark1; Tim Eden1; 1Penn State

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4:30 PMHot Deformation Behavior of Spray Formed FGH4095 Superalloy during Compression at Elevated Temperature: Xu Yi1; 1Southwest Jiaotong University

4:50 PM InvitedDevelopment of Novel Packed Powder Diffusion Coating Techniques for Light Alloys: Mingxing Zhang1; Shoumou Miao1; 1The University of Queensland

Pb-free Solders and Emerging Interconnect and Packaging Technologies: 3D Interconnect and Novel Packaging ApproachesSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Electronic Packaging and Interconnection Materials CommitteeProgram Organizers: Nikhilesh Chawla, Arizona State University; Srinivas Chada, Whirlpool; Darrel Frear, Freescale Semiconductor; John Elmer, LLNL; Tae-Kyu Lee, Cisco Systems; Yan Li, Intel; Laura Turbini, Research In Motion; Kwang-Lung Lin, National Cheng Kung University; Sohoon Yoo, Korea Institute of Industrial Technology



2:00 PMAu and Pd Embrittlement in Space-Confined Soldering Reactions for 3D IC Applications: Yu-Jen Chen1; C. Robert Kao1; 1National Taiwan University

2:20 PMComparison and Optimization of Mechanical Stresses in Cu Through-Silicon Via (TSV) as Revealed by Synchrotron X-ray Microdiffraction for 3-D Integration: Arief Budiman1; H. Shin2; K. Byun3; K. Hummler4; Tian Tian5; Y. Joo2; Larry Smith4; N. Tamura6; 1Los Alamos National Laboratory (LANL); 2Seoul National University (SNU); 3SK Hynix Inc.; 4SEMATECH; 5UCLA; 6Advanced Light Source (ALS)

2:40 PMCu-Sn Intermetallics and Voids Formation: Is Cu-Sn an Option for 3D Interconnect?: George Vakanas1; Wenqi Zhang2; Kenneth Rebibis2; Eric Beyne2; Fay Hua3; Kabirkumar Mirpuri3; Paul Zimmerman3; 1IMEC/INTEL; 2IMEC; 3Intel Corp

3:00 PMFabrication of nNearly Void-Free Cu3Sn Microbumps for 3D IC Packaging: Wei-Lan Chiu1; Chih Chen1; 1NCTU

3:20 PM Break

3:40 PM InvitedFluxless Bonding of Silicon to Aluminum Using Tin and Silver-Indium System: Chin Lee1; Shou-Jen Hsu1; Yuanyun Wu1; 1University of California, Irvine

4:00 PMLow-Temperature Bonding Technique Using Cu Nanoparticles: Toshitaka Ishizaki1; Ryota Watanabe1; Toshikazu Satoh1; Kunio Akedo1; 1Toyota Central R&D Laboratories Inc.

4:20 PMInterfacial Reaction of TSV Filled Sn Alloy and Cu Pillar Bump: Young-Ki Ko1; Myong-Suk Kang2; Hiroyuki Kokawa3; Yutaka Sato3; Chang-Woo Lee1; Sehoon Yoo1; 1KITECH/Micro-Joining Center; 2University of Science and Technology; 3Tohoku University

4:40 PMUndercooling of Pb-Free Alloys: Solder Size and Configuration System Effect: Fiqiri Hodaj1; 1Grenoble Institute of Technology

Phase Stability, Phase Transformations, and Reactive Phase Formation in Electronic Materials XII: Phase Equilibria and Transformations of the Pb-free Solders and Energy MaterialsSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Alloy Phases CommitteeProgram Organizers: Chao-hong Wang, National Chung Cheng University; Chih-Ming Chen, National Chung Hsing University; Jae-Ho Lee, Hongik University; Ikuo Ohnuma, Tohoku University; Clemens Schmetterer, TU Bergakademie Freiberg; Yee-Wen Yen, National Taiwan University of Science and Technology; Shien-Ping Feng, The University of Hong Kong; Shih-Kang Lin, National Cheng Kung University


Session Chairs: Clemens Schmetterer, Forschungszentrum Juelich GmbH; Ikuo Ohnuma, Tohoku University

2:00 PM InvitedCharacteristics of Beta/Alpha Transformations in High Purity Tin: Kazuhiro Nogita1; Christopher Gourlay2; Stuart McDonald1; Shoichi Suenaga3; Jonathan Read1; Guang Zeng1; Qinfen Gu4; 1The University of Queensland; 2Imperial College, London; 3Nihon Superior Co, Ltd.; 4Australian Synchrotron

2:20 PM InvitedExperimental Thermodynamics of Ni-Sn-Zn as a New HT LF-Solder System: Hans Flandorfer1; Divakar Rajamohan1; Siegfried Fürtauer1; Herbert Ipser1; 1University of Vienna

2:40 PMEffect of Zn, Au and In on the Phase Stability and Thermal Expansion of Cu6Sn5 Intermetallics: Guang Zeng1; Stuart McDonald1; Qinfen Gu2; Kazuhiro Nogita1; 1The University of Queensland; 2The Australian Synchrotron

2:55 PMMetastable Intermetallics in Sn-Ni Couples: Sergey Belyakov1; C. Gourlay1; 1Imperial College London

3:10 PMExperimental Study and Thermodynamic Assessment of Ternary Cu-Pd-Sn Phase Relations Focused on the Sn-Rich Region: Md. Arifur Rahman1; Cheng-En Ho1; Wojciech Gierlotka1; 1Yuan Ze University

3:25 PMThermodynamic Modeling of the Ternary Ag-Sb-Te System: Wojciech Gierlotka1; Md. Arifur Rachman1; 1YuanZe University

3:40 PM Break

3:55 PM InvitedExperimental and Theoretical Study of the In-Ni-Sn System: Clemens Schmetterer1; Divakar Rajamohan2; Ales Kroupa3; Adela Zemanova3; Herbert Ipser2; Hans Flandorfer2; 1Forchungszentrum Juelich; 2University of Vienna; 3Academy of Sciences of the Czech Republic

4:15 PM InvitedCalorimetric Investigation of the Lithium–Manganese–Oxygen Cathode Material System for Lithium Ion Batteries: Damian Cupid1; Alexandra Reif1; Hans Seifert1; 1Karlsruhe Institute of Technology


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4:35 PMNew Phase in Stoichiometric Cu6Sn5 and Effect of Ni Addition on Phase Stabilization in Wide Temperature Range: Yueqin Wu1; John Barry2; Tomokazu Yamamoto3; Qinfen Gu4; Han Huang1; Syo Matsumura3; Kazuhiro Nogita1; 1The University of Queensland; 2Queensland University of Technology; 3Kyushu University; 4The Australian Synchrotron

4:50 PMSuperhydrophobic Coating of Chemical Functionalized Nickel Hydroxide Nanostructures on Transparent Conductive Substrates: Shien Ping Feng1; Ya-Huei Chang1; 1The University of Hong Kong

5:05 PMPhase Relations and Thermodynamic Data in the System Cu-Li-Sn and the Binary Constituent Systems: Siegfried Fürtauer1; Andriy Yakymovych1; Erdenebat Tserenjav2; Hans Flandorfer1; 1University of Vienna; 2University of Mongolia

5:20 PMThermoelectric Performance of Spark-Plasma-Sintering Bi2Te3 System: Ting-Chun Chen1; Albert Wu1; 1National Central University

Phase Transformation and Microstructural Evolution: General Phase Transformations - Non-Ferrous: Part ISponsored by:TMS Materials Processing and Manufacturing Division, TMS: Chemistry and Physics of Materials Committee, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Phase Transformations Committee, TMS: Process Technology and Modeling Committee, ASM: Alloy Phase Diagrams CommitteeProgram Organizers: Amy Clarke, Los Alamos National Laboratory; Sudarsanam Suresh Babu, Ohio State Univ; Rajarshi Banerjee, Univ of North Texas; John Morral, Ohio State University; Brian Gleeson, University of Pittsburgh; Carelyn Campbell, National Institute of Standards & Tech; Yongho Sohn, University of Central Florida; Yunzhi Wang, Ohio State University


Session Chairs: Srinivasan Srivilliputhur, University of North Texas; Peter Collins, University of North Texas

2:00 PM InvitedPhase Transformations and Microstructure Evolution in Two-Phase Titanium Alloys: Taewook Heo1; Yanzhou Ji1; Donald Shih2; Long Qing Chen1; 1Pennsylvania State University; 2Boeing Company

2:30 PM InvitedThe Formation Mechanism of Precipitate Plates and the Role of Micro-Alloying Elements in Magnesium and Aluminum Alloys: Jian-Feng Nie1; 1Monash University

3:00 PMAlpha Nucleation Mediated by Boride Precipitates in Titanium Alloys: Peeyush Nandwana1; Niraj Gupta1; Priya Gopal1; Soumya Nag1; Jaimie Tiley2; Srivilliputhur Srinivasan1; Rajarshi Banerjee1; 1UNT; 2Air Force Research Laboratory

3:20 PMCompositionally Dependent Displacive Transformation from Beta to Omega Phase in Titanium Alloys: Soumya Nag1; Robert Williams2; Arun Devaraj3; Niraj Gupta1; Jaimie Tiley4; Srinivasan Srivilliputhur1; Hamish Fraser2; Rajarshi Banerjee1; 1University of North Texas; 2Ohio State University; 3Pacific Northwest National Laboratory; 4Air Force Research Laboratory

3:40 PM Break

4:00 PMCrystallographic and Energetic Prediction for Variant Selection of Grain Boundary Alpha in Titanium Alloys: Rongpei Shi1; Vikas Dixit1; Ning Zhou2; Hamish Fraser1; Yunzhi Wang1; 1The Ohio State University; 2GE Global Research Center

4:20 PMGrain-Boundary Parameters Controlled Evolution of Allotriomorphic Alpha in Beta-Processed Titanium Alloys: Vikas Dixit1; Rongpei Shi1; G.B. Viswanathan2; Yunzhi Wang1; W.A.T. Clark1; Hamish Fraser1; 1The Ohio State University; 2Air Force Research Laboratory

4:40 PMInfluence of Heat Treatment on Microstructure and Tensile Properties of Massively Transformed High-Ta TiAl Alloys: Zhijin Cai1; Huimin Lu1; Chenguang Tian1; 1Beihang University

5:00 PMMicrostructural Evolutions of the Earliest and Intermediate Stages of the Equiaxed Alpha Particles in α +β Processed Titanium Alloys: Iman Ghamarian1; Brian Welk2; P. Collins1; 1University of North Texas; 2The Ohio State University

5:20 PMFormation of Transformation Texture in Supertransus Heat Treated Ti-6Al-2Sn-4Zr-6Mo: Gordon Sargent1; Adam Pilchak2; Christopher Szczepanski2; Kacey Kinsel3; Lee Semiatin2; 1Consultant; 2Air Force Research Laboratory; 3Wright State University

Physical and Mechanical Metallurgy of Shape Memory Alloys: Novel and NiTi-based Shape Memory AlloysSponsored by:TMS/ASM: Phase Transformations CommitteeProgram Organizers: Haluk Karaca, University of Kentucky; Ibrahim Karaman, Texas A&M University; Othmane Benafan, NASA Glenn Research Center; Ryosuke Kainuma, Tohoku University; Hans Jurgen Maier, University of Paderborn

Monday PM Room: Lone Star Salon BMarch 4, 2013 Location: Grand Hyatt

Session Chairs: Haluk Karaca, University of Kentucky; Hideki Hosoda, Tokyo Institute of Technology

2:00 PMPhase Constitution, Mechanical and Shape Memory Properties of (Pt,Co)Ti Alloys: Hideki Hosoda1; Satoshi Tsutsumi1; Masaki Tahara1; Tomonari Inamura1; Yoko Yamabe-Mitarai2; 1Tokyo Institute of Technology; 2National Institute of Materials Science

2:20 PMMechanical and Material Characterization of Ternary Nitinol Alloys: Chandan Pulletikurthi1; Puneet Gill1; Norman Munroe1; Amit Datye2; 1Florida International University; 2The University of Tennessee

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2:40 PMEffect of Heat Treatment on Deformation Behavior of Ti-Au-Cr-Zr Shape Memory Alloys: Yuri Shinohara1; Masaki Tahara1; Tomonari Inamura1; Hideki Hosoda1; Shuichi Miyazaki2; 1Tokyo Institute of Technology; 2University of Tsukuba

3:00 PMMartensitic Transformation in Co-Cr-Al-Si System: Kenji Hirata1; Xiao Xu1; Makoto Nagasako1; Toshihiro Omori1; Ryosuke Kainuma1; 1Tohoku University

3:20 PMEffect of Oxygen Addition on Microstructure and Shape Memory Behavior of Ti-Nb Alloy: Masaki Tahara1; Tomonari Inamura1; Hee Young Kim2; Hideki Hosoda1; Shuichi Miyazaki2; 1Tokyo Institute of Technology; 2University of Tsukuba

3:40 PMElastic Deformation in Fe-31.2Pd (at.%) Alloy Exhibiting Lattice Softening: Fei Xiao1; Takashi Fukuda1; Tomoyuki Kakeshita1; 1Osaka University

4:00 PM Break

4:20 PMEffects of Heat Treatments and Applied Stress on the Shape Memory Behavior of Highly Ni-Rich NiTi Alloys: Irfan Kaya1; Hirobumi Tobe1; Haluk Karaca1; Makoto Nagasako2; Ryosuke Kainuma2; 1University of Kentucky; 2Tohoku University

4:40 PMEffect of Precipitates on Cyclic Actuation Response of Ni50.7Ti49.3 Shape Memory Alloys: Ceylan Hayrettin1; Ibrahim Karaman1; Ebubekir Dogan1; James Mabe2; David Rodin1; 1Texas A&M University; 2Boeing Phantom Works

5:00 PMFatigue Analysis of Laser-Treated Nitinol Wires: Janet Gbur1; Hossein Lavvafi1; Melissa Young2; John J Lewandowski1; 1Case Western Reserve University; 2Cleveland Clinic

5:20 PMEffect of Cold Working Rate on Shape Memory Characteristics of Ti-50.4 at.% Ni Alloy with Time Gradient Annealing: Won Ki Ko1; Chang Suk Bae1; Jae Il Kim1; 1Donga-A University

5:40 PMMechanical Properties of NiTi42.5Cu7.5 (wt.%) Shape Memory Alloy during Aging Heat Treatment: Emad Omrani1; Ali Shokuhfar2; 1University of Wisconsin - Milwaukee; 2K.N. Toosi University of Technology

Production, Refining and Recycling of Rare Earth Metals: Production, Refining and Recycling of Rare Earth MetalsSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Extraction and Processing Division, TMS Materials Processing and Manufacturing Division, TMS: Magnetic Materials Committee, TMS: Process Technology and Modeling CommitteeProgram Organizers: Lifeng Zhang, University of Science and Technology Beijing; Oliver Gutfleisch, IFW Dresden; Jeffrey S. Spangenberger, Argonne National Laboratory


Session Chairs: Lifeng Zhang, University of Science and Technology Beijing; Jeffrey S. Spangenberger, Argonne National Laboratory

2:00 PMEnrichment of Rare Earth Elements from Neodymium Magnet by Liquid Phase Separation in Nd2O3-B2O3 System: Hidehiro Sekimoto1; Takahiro Kubo1; Katsunori Yamaguchi1; 1Iwate University

2:20 PMIntrinsic Magnetic Properties of Alloys Synthesized from Recycled Rare Earth Metals: Ryan Ott1; Larry Jones2; Kevin Dennis2; R. McCallum2; 1Ames Laboratory (USDOE); 2Ames Laboratory (USDOE)

2:40 PMRare Earth Extraction by Molten Oxide Electrolysis: Guillaume Lambotte1; Tessa Green1; Rachel DeLucas1; Yen Yeh1; Donald Sadoway1; Antoine Allanore1; 1Massachusetts Institute of Technology

3:00 PMRecycling of Different Sintered Magnet Grades by Hydrogen Processing Yielding Anisotropic Resin Bonded Magnets: Konrad Güth1; Thomas George Woodcock1; Oliver Gutfleisch2; 1IFW Dresden; 2Technical University of Darmstadt

3:20 PMThermodynamic Modeling of Nd Extraction from FeNdB Magnet: Marie-Aline Van Ende1; In-Ho Jung1; 1McGill University

3:40 PMThe Ternary System Thermodynamics of Phase Diagram Analysis of Cerium Rare Earth Oxides in Supercritical Water: Hongxu Li1; chao Li1; Chuanqi Jiao1; Yu Chen1; 1University of Science and Technology

4:00 PMRemoving Aluminum from Chlorinated Rare Earth Solution by Hydrolysis: Shufang Ding1; Wei Chen2; Cuicui Ji2; Zhiqiang Shan3; Fukun Yan3; 1Heilongjiang Institute of Science and Technology; 2Heilongjiang Institute of Science and Technology; 3Heilongjiang Institute of Science and Technology

4:20 PMSynthesis of a New Asymmetric Dialkylphophinic Acid and Its Extraction and Separation Performance for Rare Earth Metals in HNO3 Solutions: Shengming Xu1; Junlian Wang; Linyan Li; Gang Xu; 1Tsinghua University


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Recent Developments in Biological, Electronic, and Functional Thin Films and Coatings: Biological, Electronic, and Functional Thin Films and Coatings IISponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Thin Films and Interfaces CommitteeProgram Organizers: R. Narayan, UNC/NCSU Joint Department of Biomedical Engineering; Choong-Un Kim, University of Texas at Arlington; Jian Luo, Clemson University; Nancy Michael, University of Texas at Arlington; Nuggehalli Ravindra, New Jersey Institute of Technology; Adele Carradò, IPCMS


Session Chair: Choong-un Kim, UT Arlington

2:00 PMAdvanced Plasma-Based Nanocoatings for the Innovation in Cardiovascular Devices: Diego Mantovani1; 1Laval University

2:40 PM InvitedUsing Nanoscale Building Blocks to Make Electronic and Photonic Devices: Federico Rosei1; 1INRS

3:20 PMImproved Mobility and Transmittance of Room Temperature Deposited a-IGZO Films with Low Temperature Post-Fabrication Anneals: Terry Alford1; Mandar Gadre2; Rajitha Vemuri1; 1Arizona State University; 2Soladigm Inc.

3:40 PM Break

4:00 PMGrowth and Characterization of Lu2O3:Eu3+ Thin Film on Single Crystal Yttria-Doped Zirconia Substrates: Sudesna Roy1; Stephen Topping1; Vinod Sarin1; 1Boston University

4:20 PMOptical Emission of Doped Sol-Gel Films Deposited on Silicon: Sufian Abedrabbo1; Bashar Lahlouh; Hassan Juwhari; Oktay Gokce; Anthony Fiory; Nuggehalli Ravindra; 1University of Jordan

4:40 PMProduction and Characterization of Cerium-Based Conversion Coatings on Galvanized Steel and Aluminum Alloys: Carlos Castano1; Surender Maddela1; Matthew O’Keefe1; 1Missouri University of Science and Technology

5:00 PMSolution-Based Method to Fabricate Diamond-Like Carbon Nanocomposite Coatings: Vasiliki Poenitzsch1; Carol Ellis-Terrell1; Ronghua Wei1; Kent Coulter1; 1Southwest Research Institute

5:20 PMImpacts of Accelerated Aging on the Mechanical Properties of Cu-Nb Nanolaminates: Marian Kennedy1; Bradley Schultz1; David Economy1; 1Clemson University

Recent Developments in the Processing, Characterization, Properties, Performance and Applications of Metal Matrix Composites: Processing, Microstructure and Mechanical Properties ISponsored by:TMS Structural Materials Division, TMS/ASM: Composite Materials CommitteeProgram Organizers: Martin Pech-Canul, Centro de Investigacion y de Estudios Avanzados del Instituto Politecnico Nacional; Zariff Chaudhury, Materion Coporation; Golam Newaz, Wayne State University

Monday PM Room: Bowie AMarch 4, 2013 Location: Grand Hyatt


2:00 PMMechanical Property and Abrasive Wear Characteristics of In-Situ Synthesized Al+12Si/10TiC Composites: Manas Mahapatra1; Belete Yigezu1; P. K. Jha1; 1Indian Institute of Technology Roorkee

2:20 PMColumnar-to-Equiaxed Transition in Metal Matrix Composites: Alicia Ares1; Carlos Schvezov1; 1CONICET/FCEQyN-UNaM

2:40 PMCreep Resistant Submicron-Structured Composite with Fe-Al Matrix and Al2O3 Particles: Jiri Svoboda1; Bohuslav Masek2; Hana Jirkova2; Andrea Ronesova2; Stepan Jenicek2; 1Academy of Sciences of the Czech Republic, v. v. i. ; 2University of West Bohemia in Pilsen, Research Centre of Forming Technology

3:00 PMDeformation and Stucture-Property Correlation of ECAP AA2024 Aluminium Alloy and Influence of Fly-Ash Composites: Ajit Bhandakkar1; Akshaya Behera1; R C Prasad1; Shankar Sastry2; 1IIT, Bombay; 2Washinton University at St.Louis

3:20 PMLow Cycle Fatigue Behaviour of Hot Pressed Austenitic Steel/MG-PSZ Composite Materials: Horst Biermann1; Alexander Glage1; Christian Weiegelt1; Jan Räthel2; Anja Weidner1; 1TU Bergakademie Freiberg; 2Fraunhofer Institute for Ceramic Technologies

3:40 PMMicrostructure and Wear Resistance Investigation of Ti/TiC Composite Coated on CP-Ti by TIG Cladding and Using Cored-Wire Electrode: Bahram Vaghefinazari1; Amirhossein Kokabi1; 1Sharif University of Technology

4:00 PMSmart, Multifunctional Metal-Matrix Composites For Repair and Damage Mitigation: Charles Fisher1; Michele Manuel1; 1University of Florida

4:20 PMSpark Plasma Sintering of Nickel-CNT Composites: Tushar Borkar1; Junyeon Hwang2; Jaimie Tiley3; Soon-Hyung Hong4; Rajarshi Banerjee1; 1University of North Texas; 2Korea Institute of Science and Technology; 3Air Force Research Laboratory; 4Korea Advanced Institute of Science and Technology

4:40 PMUltrasonic Fatigue of AMC225xe and AMC xfine225: Matthias Wolf1; Guntram Wagner1; Dietmar Eifler1; 1University of Kaiserslautern

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5:00 PMSynthesis of Ti/TiC Composites by Mechanical Milling Followed by Spark Plasma Sintering of Ti-CNT Mixtures: Vasanthakumar K1; Karthiselva S1; Niraj Chawake1; Prathap Chandran1; Srinivasa Bakshi1; 1Indian Institute of Technology Madras

Refractory Metals 2013: Refractory Metal-based Materials IISponsored by:TMS Structural Materials Division, TMS: Refractory Metals CommitteeProgram Organizers: David Honecker, Climax Molybdenum; Omer Dogan, DOE National Energy Technology Laboratory

Monday PM Room: Mission AMarch 4, 2013 Location: Grand Hyatt

Session Chairs: Omer Dogan, National Energy Technology Laboratory; S Varma, University of Texas at El Paso

2:00 PMAre Mo, Ta and W Alloying Additions Beneficial for Nb Silicide Based Alloys?: Panayiotis Tsakiropoulos1; 1University of Sheffield


2:25 PMEffect of Re on the Oxidation Behavior of Nb Alloys: Ruth Dasary1; Shailendra Varma1; 1The University of Texas at El Paso


2:50 PMInterfacial Strength and Bonding between High Temperature Mo-Si-B Alloys and Silica-Based Oxidation Resistant Coatings: Oleg Kontsevoi1; Arthur Freeman1; 1Northwestern University


3:15 PM Break

3:35 PMEffects of Si Doping on the Mechanical Behavior of Iridium Alloys: D. Catoor1; C. A. Carmichael1; S. Lawson2; E. K. Ohriner1; E. P. George1; 1Oak Ridge National Laboratory; 2University of Tennessee


4:00 PMDevelopment of Nb-1%Zr-0.1%C Alloy as Structural Components for High Temperature Reactor Application: Raghvendra Tewari1; Vishwanadh Bithula1; Gautam Dey1; N. Saibaba2; Sanjay Jha2; 1Bhabha Atomic Resrach Centre; 2Nuclear Fuel Complex


4:30 PMCharacterizing Slip System Behavior in High Purity Nb for Accelerator Cavities: Di Kang1; Derek Baars1; Thomas Bieler1; Chris Compton1; 1Michigan State University


REWAS 2013: Enabling Materials Resource Sustainability: Plenary Session: Realizing SustainabilitySponsored by: Chinese Society for Metals, The Mining and Materials Processing Institute of Japan (MMIJ), TMS Extraction and Processing Division, TMS: Recycling and Environmental Technologies CommitteeProgram Organizers: Christina Meskers, Umicore Precious Metals Refining; Anne Kvithyld, SINTEF; Markus Reuter, Outotec Oyj; Randolph Kirchain, Massachusetts Institute of Technology; Mark Schlesinger, Missouri University of Science and Technology; Gregory Krumdick, Argonne National Laboratory; Cong Wang, Saint-Gobain High Performance Materials; Gabrielle Gaustad, Rochester Institute of Technology; Diana A. Lados, Worcester Polytechnic Institute; Brajendra Mishra, Colorado School of Mines; Jeffrey S. Spangenberger, Argonne National Laboratory

Monday PM Room: Lila Cockrell TheatreMarch 4, 2013 Location: Henry B. Gonzalez Convention Center

Funding support provided by: Xstrata; SINTEF; Outotec; Umicore, and CR3, the Center for Resource Recovery and Recycling

Session Chair: Christina Meskers, Umicore Precious Metals Refining; Anne Kvithyld, SINTEF


2:10 PM InvitedSustainable Transportation Challenges and Opportunities: Lewis Fulton1; 1University of California, Davis

2:40 PM InvitedSaint-Gobain’s Approach Towards Materials Development for Sustainability in Habitat: Todd DiNoia1; 1Saint-Gobain High Performance Materials Research and Development Center

3:10 PM InvitediNEMI Environmental Thrust; History, Challenges, & Opportunities: Bill Bader1; 1iNEMI

3:40 PM Break

4:00 PM InvitedAdvanced Technology and the Scope of Large-scale Sustainability: Julio Friedmann1; 1Lawrence Livermore National Laboratory

4:30 PM InvitedGlobal Trends in Water Treatment Technology & Sustainability: William Bonkoski1; 1GE Water & Process Technologies

5:00 PM InvitedValue-in-Use and Beyond—Creating More Value from Scrap: Helga Vanthournout1; 1McKinsey and Ellen McArthur Foundation


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Synergies of Computational and Experimental Materials Science II: Integrated Computational Materials EngineeringSponsored by:TMS Materials Processing and Manufacturing Division, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering CommitteeProgram Organizers: Katsuyo Thornton, University of Michigan; Thomas Buchheit, Sandia National Laboratories; Anthony Rollett, Carnegie Mellon University; David Rowenhorst, Naval Research Lab


Session Chairs: Peter Collins, University of North Texas; Peter Lee, The University of Manchester


2:05 PM InvitedDeveloping a Materials Innovation Infrastructure: How Do We Bridge Simulation, Characterization, Experiment and Design?: Stephen Niezgoda1; 1Los Alamos National Laboratory

2:35 PM InvitedMIDAS-A Tool to Connect Experiments and Models: Meijie Tang1; Jeff Florando1; Nathan Barton1; Kevin Durrenberger1; Peter Norquist1; 1LLNL

3:05 PM InvitedIn Situ Fast Synchrotron Tomography to Inform and Validate Microstructural Models: Peter D. Lee1; Lang Yuan1; Chedtha Puncreobutr2; 1The University of Manchester; 2Imperial College London

3:35 PM Break

3:50 PM InvitedModel-Based Regularized Inverse Methods for Developing Microstructure Models from Large Image Datasets: Jeff Simmons1; Charles Bouman2; Singanallur Venkatakrishnan2; Lawrence Drummy3; Craig Przybyla1; Marc De Graef4; 1AFRL; 2Purdue University; 3UES, Inc.; 4Carnegie Mellon

4:20 PMUsing Forward Modeling to Close the Gap between 3D Experiments and Microstructure Models: Patrick Callahan1; Marc De Graef1; 1Carnegie Mellon University

4:40 PMRole of Microstructure on Residual Stress Relaxation of a Shot-Peened Nickel-Base Superalloy: Micheal Burba1; Michael Caton2; Dennis Buchanan1; Reji John2; 1University of Dayton; 2Air Force Research Laboratory (AFRL,RXC)

5:00 PMExperimental Validation of Models Used in Automotive Sheet Metal Deformation: Adam Creuziger1; Mark Iadicola1; Thomas Gnaeupel-Herold1; Andrew Reid1; 1National Institute of Standards and Technology

5:20 PMThermodynamic and Kinetic Model-Based Processing of Low Density Al Alloys: Danielle Belsito1; Baillie McNally1; Victor Champagne2; Richard Sisson1; 1Worcester Polytechnic Institute; 2Army Research Laboratory

Three-Dimensional Materials Science VII: Novel Material Systems in Three-Dimensional Materials ScienceSponsored by:TMS Structural Materials Division, TMS: Advanced Characterization, Testing, and Simulation CommitteeProgram Organizers: Jonathan Madison, Sandia National Laboratories; Nikhilesh Chawla, Arizona State University; Michael Groeber, Air Force Research Laboratory


Session Chairs: Nik Chawla, Arizona State University; Francesco De Carlo, Argonne National Laboratory

2:00 PM InvitedThree-Dimensional Tomographic Characterization of Advanced Ceramic Textile Composites under In Situ Loading at Ultrahigh Temperatures: Hrishikesh Bale1; A. Haboub2; Alastair MacDowell2; J. Nasiatka2; Brian Cox3; David Marshall3; Robert Ritchie1; 1University of California Berkeley; 2Lawrence Berkeley National Laboratory; 3Teledyne Science Center

2:30 PMGrain Boundary Misorientation and Solute Segregation in Radiation-Tolerant Nanostructured Ferritic Alloys: Lan Yao1; Michael Miller1; Kathy Powers1; 1ORNL

2:50 PMNeutron and X-Ray Tomography of Aluminum Alloys Subjected to Fire Damage: Stephen Puplampu1; Dayakar Penumadu1; Felix Kim1; Justin Baba2; 1University of Tennessee; 2Oak Ridge National Laboratory

3:10 PM InvitedThe Use of 3D Microstructural Volumes in the Integrated Experimental Approach to the Prediction of Fatigue Behavior in an a + ß Titanium Alloy: Christopher Szczepanski1; Sushant Jha2; Paul Shade1; Megna Shah3; Michael Uchic1; Michael Groeber1; James Larsen1; 1US Air Force Research Laboratory; 2UTC/AFRL; 3UES

3:40 PM Break

3:55 PMDetermining the Variance and Distribution of Quantified Microstructure in a+ß Processed Ti-6Al-4V by Meso-Scale 3D Serial Sectioning.: Meg Noble1; Daniel Huber1; John Sosa1; Vikas Dixit1; Hamish Fraser1; 1The Ohio State University

4:15 PM3D Microstructural Characterization of In-Situ TiC Reinforced Ni Composites: Junyeon Hwang1; Sundeep Gopagoni2; Darius Simmons3; Kristopher Mahdak3; Soumya Nag3; Jaimie Tiley4; Rajarshi Banerjee3; 1Korea Institute of Science and Technology; 2Johns Manville; 3University of North Texas; 4Air Force Research Laboratory

4:35 PM Break

4:50 PM InvitedOn Quantification of Fibrous Material: Ming Lei1; Shawn Zhang1; Laurent Bernard1; Patrick Barthelemy1; 1Visualization Sciences Group

5:20 PMX-Ray Microtomographic Characterisation of Deformation and Failure in Cellular Materials under Quasi-static and Dynamic Compression: Peifeng Li1; 1Nanyang Technological University

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5:40 PMX-Ray Fluorescence Analysis of a Dirty Discrete White Spot in a Nickel 718 Alloy: Trevor Watt1; Eric Taleff1; 1The University of Texas at Austin

2013 Functional Nanomaterials: Synthesis, Properties and Applications: Nanomaterials General I: Electronic, Photonic, and Bio-Nano InterfacesSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Nanomaterials CommitteeProgram Organizers: Seong Jin Koh, University of Texas at Arlington; Nitin Chopra, University of Alabama; Jiyoung Kim, University of Texas at Dallas; Yuanbing Mao, University of Texas-Pan American; Ashwin Ramasubramaniam, University of Massachusetts; Gregory Thompson, University of Alabama

Tuesday AM Room: 201March 5, 2013 Location: Henry B. Gonzalez Convention Center


Session Chairs: Gregory Thompson, University of Alabama; Ashwin Ramasubramaniam, University of Massachusetts Amherst

8:30 AM InvitedTransfer Printed Semiconductor Nanomembrane Photonics: Weidong Zhou1; Zhenqiang Ma2; Hongun Yang3; 1University of Texas at Arlington; 2University of Wisconsin-Madison; 3Semerane, Inc.

9:05 AM InvitedTunable Nanostructures and Printed Electronics: Horst Hahn1; 1Karlsruhe Institute of Technology

9:40 AMFabrication of Surface Channel Waveguides on a Thin Film of Rare Earth Doped Silicon: Matthew Murray1; Gin Jose1; Billy Richards1; Animesh Jha1; 1The University of Leeds

10:00 AM Break

10:15 AMCharacteristic Study for Nano-Scaled 2DEG Properties of AlGaN/GaN: JaeWoo Suh1; Feyza Berber1; Harlan Harris1; 1Texas A&M University

10:35 AM InvitedChemical Functionalization of Hydrogen-terminated Silicon Surfaces for Energy and Sensing Applications: Oliver Seitz; Weina Peng; Peter Thissen; Louise Caillard; William De Benedetti; Hue Nguyen; Yuri Gartstein; Anton Malko; Yves Chabal1; 1Univ of Texas at Dallas

11:10 AM InvitedBiological Properties of Zinc Oxide-Coated Anodized Aluminum Oxide: S. Skoog1; M. Bayati2; P. Petrochenko1; S. Stafslien3; J. Daniels3; N. Cilz3; D. Comstock4; J. Elam4; R. Narayan1; 1UNC/NCSU Joint Department of Biomedical Engineering; 2North Carolina State University Department of Materials Science and Engineering; 3North Dakota State University; 4Argonne National Laboratory

11:45 AMQuantitation of Circulating Tumor Cells Using Nanowire Substrate-Based Laser Scanning Cytometry: Sang-Kwon Lee1; Rong Fan2; 1Chonbuk National University; 2Yale University

12:05 PMSynthesis and Characterization of Magnetic Silica Nanoparticles for His-tagged Proteins Capture and Separation: Mahdi Kamali1; Mehdi Ghaffari Sharaf2; Seyed Mostafa Amoozadeh3; Hamidreza Javadi4; Hamid Kooshki1; Jamal Rashidiani1; Amir Homayoun Keihan2; Manizheh Ramezani5; 1BMSU Nano Biotechnology Research Center; 2Ibb Institute, University of Tehran; 3Sharif University of Technology; 4National Institute of Genetic Engineering and Biotechnology (NIGEB); 5University of Tehran

4th International Symposium on High-Temperature Metallurgical Processing: Alloy and Materials Preparation ISponsored by:TMS Extraction and Processing Division, TMS: Energy Committee, TMS: Materials Characterization Committee, TMS: Pyrometallurgy CommitteeProgram Organizers: Tao Jiang, Central South University; Jiann-Yang Hwang, Michigan Technological University; Phillip Mackey, Consultant; Onuralp Yücel, ITU; Guifeng Zhou, Wuhan Iron and Steel

Tuesday AM Room: 008BMarch 5, 2013 Location: Henry B. Gonzalez Convention Center

Session Chairs: Onuralp YÜCEL, Istanbul Technical University; Jilai Xue, Unversity of Science and Technology Beijing

8:30 AMThe Effect of Aluminum Addition to the ESR Process Slag on IN718 Superalloy Characteristics: Adel Sheikhhosseini1; 1IUT

8:50 AMEffects of Crystallization of Mould Fluxes on Property of Liquid Slag Film and Its Impact on Peritectic Steel Slab Continuous Casting: Xiao Long1; Shengping He1; Lilong Zhu1; Ting Wu1; Qian Wang1; 1Chongqing University

9:05 AMA Study on Production of Fe-Co-V Alloys by Self Propagating High Temperature Synthesis: Murat Alkan1; Ozlem Altinordu1; Seref Sönmez1; Bora Derin1; Onuralp Yücel1; Vladimir Sanin2; Vladimir Yukhvid2; 1Istanbul Technical University; 2Institute of Structural Macrokinetics and Materials Science

9:20 AMHot Ductility of Nb-V-Containing Microalloyed Steel during Solidification: Yanhui Sun1; Yanan Zeng1; Kaike Cai1; 1University of Science and Technology, Beijing

9:40 AMCo-Cr-Mo Alloys Production by Self Propagating High Temperature Synthesis: Ozlem Okur1; Murat Alkan1; Onuralp Yücel1; 1Istanbul Technical University

10:00 AM Break

10:20 AMHigh-Temperature Oxidation and Corrosion Behaviors of NiFe Alloy for Inert Anode Materials in Aluminum Electrolysis: Jilai Xue1; Luxing Feng1; MengDong Gu1; 1Unversity of Science and Technology Beijing

10:30 AMProduction of Molybdenum Containing Iron Based Alloys via Metallothermic Processes: Dilek Kirgöz1; Murat Alkan1; Onuralp Yücel1; 1Istanbul Technical University


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10:50 AMProduction of Boron Containing Iron-Based Alloys by Metallothermic Processes: Cem Colakoglu1; Murat Alkan1; Onuralp Yücel1; 1Istanbul Technical University

11:05 AMElectrical Resistance of TiB2-C/C Function Gradient Material for Aluminum Reduction Cathodes: Jun Zhu1; Jilai Xue1; 1Unversity of Science and Technology Beijing

11:25 AMExperimental Study of Phosphorus Distribution Between Slag and Metal During Duplex Dephosphorus Converter Processing: Xin Qiu1; Bing Xie1; Lu Jiang1; Xie Zhang1; Jiang Diao1; Hong-Yi Li1; 1Chongqing University

11:40 AMEffect of Steel Composition on the Scale Layer Composition in Continuous Casting: Cuihuan Huang1; 1Northeastern University

11:55 AMHot Workability of M42 Tool Steel Additionally Alloyed with Co and Mo: Milan Tercelj1; Goran Kugler1; Matevz Fazarinc1; Iztok Peruš1; 1University of Ljubljana

12:15 PMSynthesis by Hydrogen Reduction and Characterization of FeNi Alloys: Orfelinda Avalo1; Eduardo Brocchi2; Francisco Moura2; Rogerio Siqueira2; 1PUC-Peru; 2PUC-Rio

Advanced Materials and Reservoir Engineering for Extreme Oil & Gas Environments: Corrosion and Hydrogen DamageSponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Nanomaterials CommitteeProgram Organizers: Indranil Roy, Schlumberger; Brajendra Mishra, Colorado School of Mines; Manuel Marya, Schlumberger Technology Corporation; Kuo-Chiang Chen, Schlumberger; Partha Ganguly, Schlumberger; Richard Lewis, Schlumberger; Suveen Mathaudhu, U.S. Army Research Office; Nitin Chopra, The University of Alabama; Xinghang Zhang, Texas A&M University; Greg Kusinski, Chevron; John Meng, BP America Inc.; Jefferson Rodrigues, Petrobras; Justin Cheney, Scoperta

Tuesday AM Room: Lone Star Salon AMarch 5, 2013 Location: Grand Hyatt

Session Chairs: Indranil Roy, Schlumberger; Virendra Singh, Schlumberger

8:30 AM Introductory Comments by Andre Anderko, CMD, OLI

8:40 AM KeynoteCorrosion of Mild Steel in Extreme Oil and Gas Environments: Srdjan Nesic1; 1Ohio University

9:10 AM InvitedModeling Localized Corrosion in Complex Oil and Gas Environments: Andre Anderko1; 1OLI Systems Inc.

9:30 AM InvitedEvaluating Corrosion Mechanisms through Atomistic Modeling: Christopher Taylor1; 1Los Alamos National Laboratory

9:50 AM InvitedOn the Connection Between Grain Boundary Structure and Intergranular Fracture in Ni: Michael Demkowicz1; G. Xu; 1Massachusetts Institute of Technology

10:10 AM Break

10:25 AM KeynoteFracture Prognosis for Materials Operating in Extreme Hydrogen Environments: Petros Sofronis1; M. Martin1; M. Dadfarnia1; P. Somerday2; I. Robertson1; 1University of Illinois; 2Sandia National Laboratories

10:55 AM InvitedSurface Science Investigations for Corrosion Research: Roland Schulze1; 1Los Alamos National Laboratory

11:15 AMExtreme Sampling Tool for High Temperature, Pressure and Highly Corrosive Downhole Environments: Sebastien Ives1; Danny Killen1; Indranil Roy1; Stephane Hiron1; 1Schlumberger

11:35 AM InvitedModeling the Mechanical Response of Metallic Materials at the Nano-scale: Diana Farkas1; 1Virginia Tech

11:55 AMOil Swellable Elastomer in Sour Environment: Xiaohong Ren1; Indranil Roy; Travis Hohenberger; 1Schumberger Rosharon Campus

12:15 PMMitigation of Scale Formation using Liquid Impregnated Surfaces: Srinivas Prasad Bengaluru Subramanyam1; Gisele Azimi1; J.David Smith1; Kripa Varanasi1; 1Massachusetts Institute of Technology

Advances in Surface Engineering: Alloyed and Composite Coatings II: Thermal and Cold Sprayed CoatingsSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Surface Engineering CommitteeProgram Organizers: Srinivasa Bakshi, Indian Institute of Technology Madras; Graham McCartney, University of Nottingham; Arvind Agarwal, Florida International University; Sandip Harimkar, Oklahoma State University

Tuesday AM Room: Bowie BMarch 5, 2013 Location: Grand Hyatt



8:30 AM InvitedMultilayer Thermal Barrier Coatings: Interplay Among Coating Design, Processing and Properties: Sanjay Sampath1; Gopal Dwivedi1; Vaishak Vishwanathan1; Yikai Chen1; 1Stony Brook University

8:50 AM InvitedFailure Mechanisms of EB-PVD TBCs with Pt-Modified NiAl Bondcoats and CMSX-4: Yongho Sohn1; Le Zhou1; 1University of Central Florida

9:10 AM InvitedHybrid Powder-Based and Solution Precursor Plasma Spraying of Composite Coatings: Shrikant Joshi1; G Sivakumar1; 1International Advanced research Centre for Powder Metallurgy & New Materials (ARCI)

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9:30 AMHigh Temperature Oxidation and Corrosion Behavior of Electroplated Ni-Al-Cr Bond Coating on TiAl: Kai Tan1; Viola Acoff1; 1The University of Alabama

9:45 AMMechanical Properties of Stabilised Zirconia Nanocrystalline EB-PVD Coating Evaluated by Micro and Nano Indentation: Meysam Keshavarz1; Mohd Hasbullah bin Hj.Idris1; 1UTM,Universiti Teknologi Malaysia

10:00 AM Break

10:15 AM InvitedBonding Mechanism of Cold Spray Coating on Magnesium Alloys: Mingxing Zhang1; Qiang Wang1; 1The University of Queensland

10:35 AMState of the Art and Commercial Applications of Downstream Injection Cold Spray Technology for Production of Composite Coatings: Julio Villafuerte1; 1Centerline Windsor Ltd

10:50 AMCold Sprayed Aluminum Based Glassy Coatings for Improved Corrosion and Wear Resistance: Arvind Agarwal1; Debrupa Lahiri1; Puneet Gill1; Cheng Zhang1; Sergio Scudino2; J Karthikeyan3; Norman Munroe1; 1Florida International University; 2IFW Dresden; 3ASB Industries

11:05 AMNano-Scratch Behavior of Cold Sprayed Al-bulk Metallic Glassy Coating: Suresh Babu Pitchuka1; Debrupa Lahiri2; Sundararajan G1; Arvind Agarwal2; 1International Advanced Research Centre for Powder Metallurgy and New Materials (ARCI); 2Nanomechanics and Nanotribology Laboratory

11:20 AMComparative Analysis of the Microstructural, Wear, and Corrosion Properties of Laser Assisted Cold Sprayed Titanium Coatings with Laser Cladded Coatings: Eyitayo Olakanmi1; Monnamme Tlotleng1; Christopher Meacock2; Esther Akinlabi1; Mukul Shukla1; Charl Smal2; Herman Burger2; Sisa Pityana2; Mulalo Doyoyo1; Peter Olubambi3; 1University of Johannesburg; 2Council for Scientific and Industrial Research; 3Tshwane University of Technology

11:35 AMEffect of Component Ratio on the Microstructural, Wear, and Bio-Corrosion Characteristics of Laser Assisted Cold Sprayed Titanium/Hydroxyapatite (Ti-HAP) Composite: Monnamme Tlotleng1; Eyitayo Olakanmi1; Christopher Meacock2; Mukul Shukla1; Esther Akinlabi1; Sisa Pityana2; Mulalo Doyoyo1; 1University of Johannesburg; 2Council for Scientific and Industrial Research

Alloys and Compounds for Thermoelectric and Solar Cell Applications: Thermoelectric IIISponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Alloy Phases Committee, TMS: Energy Conversion and Storage CommitteeProgram Organizers: Sinn-wen Chen, National Tsing Hua University; Yoshisato Kimura, Tokyo Institute of Technology; Chih-Huang Lai, National Tsing-Hua University; CW Nan, Tsinghua University; G. Jeffrey Snyder, California Institute of Technology; Hubert Scherrer, Ecole des Mines

Tuesday AM Room: 007CMarch 5, 2013 Location: Henry B. Gonzalez Convention Center

Session Chairs: Hubert Scherrer, Ecole des Mines; Hsin-jay Wu, National Tsing Hua University

8:30 AM InvitedMultiphase, Multistructure, and Multifunctionality of Interface Engineered Oxide Heterostructures for Energy Conversion and Harvest: Chonglin Chen1; 1University of Texas at San Antonio

8:55 AM InvitedPerformance Enhanced Nanostructured Thermoelectric Materials and Their Applications: Zhifeng Ren1; 1Boston College

9:20 AMThermoelectric Properties of Nanostructured Bulk Silicon: Shinsuke Yamanaka1; Yuji Ohishi1; Hiroaki Muta1; Yoshinobu Miyazaki1; Yusuf Aikebaier1; Ken Kurosaki1; Noriyuki Uchida2; Tetsuya Tada2; 1Osaka University; 2National Institute of Advanced Industrial Science and Technology

9:40 AMThermoelectric Properties of β-FeSi2 Based Alloys Fabricated by Reactive Sintering Process Using Iron Oxide Powder: Koichiro Takeno1; Yaw Wang Chai1; Yoshisato Kimura1; 1Tokyo Institute of Technology

10:00 AM Break

10:15 AM InvitedPath to Predictive Computations of Thermoelectric Effects: Thermal and Electronic Transport.: Boris Kozinsky1; 1Bosch Research

10:40 AMEnergy-Dependent Relaxation Time Functions and Electronic Transport: Md. Hossain1; 1California Institute of Technology

11:00 AMThermomechanical Processing of Fe2VAl-Based Compounds for Thermoelectric Applications: Camille van der Rest1; David-Henry Makuanga1; Valentin Marchal-Marchant1; Aude Simar1; Pascal Jacques1; 1Université Catholique de Louvain

11:20 AMLiquidus Projection of the Ternary Thermoelectric Co-Sb-Ga System: Yuan-Chun Chien1; Sinn-wen Chen1; Jui-shen Chang1; G. Jeffrey Snyder2; 1National Tsing Hua University; 2Materials Science, California Institute of Technology


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Alumina and Bauxite: ClarificationSponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizer: Pat Clement, Alcoa


Session Chair: Paul Shroyer, National Filter Media


8:40 AMSodalite Solids Formation at the Surface of Iron Oxide and Its Impact on Flocculation: Alexander Senaputra1; Phillip Fawell2; Franca Jones3; Peter Smith2; 1Nanochemistry Research Institute, Curtin University,Perth; 2CSIRO Process Science and Engineering; 3Nanochemistry Research Institute, Curtin University

9:00 AMImprovement on the Operation Management System of Vertical Pressure Filters: Lucélia Moares1; Tatiani Santos1; Aline Sampaio1; Humberto Lima1; Juarez Borges1; Joel Miranda1; Alípio Júnior1; Milton Maciel1; 1Hydro Alunorte

9:20 AMUsing a Multivariate Statistical in the Identification of Alumina Loss in Red Mud: Américo Borges1; Alipio Junior1; Humberto Lima1; Joaquim Ribeiro1; Ricardo Podversek1; Joel Miranda1; Ayana Oliveira1; 1Hydro Alunorte

9:40 AM Break

9:55 AMBevill and the Aluminum Industry: Anthony Schoedel1; 1Alcoa, Inc.

10:15 AMNew Development Model for Bauxite Deposits - Dedicated Compact Refinery: Peter-Hans ter Weer1; 1TWS Services and Advice


Aluminum Alloys: Fabrication, Characterization and Applications: Corrosion Resistance PerformanceSponsored by:TMS Light Metals Division, TMS: Aluminum Processing CommitteeProgram Organizers: Zhengdong Long, Kaiser Aluminum; Subodh Das, Phinix LLC; Tongguang Zhai, University of Kentucky; William Golumbfskie, Naval Surface Warfare Center

Tuesday AM Room: 213AMarch 5, 2013 Location: Henry B. Gonzalez Convention Center

Session Chair: William Golumbfskie, Naval Surface Warfare Center, Carderock Division

8:30 AMAluminum Sensitization and the Navy: William Golumbfskie1; 1Naval Surface Warfare Center, Carderock Division

8:50 AMUnderstanding the Influence of Stress on Sensitization in 5xxx Alloys: William Golumbfskie1; Jennifer Gaies1; Mitra Taheri2; 1Naval Surface Warfare Center, Carderock Division; 2Drexel University

9:10 AMEffect of Grain Refinement on Sensitization of Al-Mg Alloys: Ramasis Goswami1; Khershed Cooper1; Peter Pao1; 1Naval Research Laboratory

9:30 AMA Comparative Investigation of UFG and CG AA 2139 Microstuctures and Mechanical Behavior Prepared by Cryomilling and Conventional Routes: Troy Topping1; Brandon Saller1; Tao Hu1; Hanry Yang1; Julie Schoenung1; Enrique Lavernia1; 1University of California, Davis

9:50 AM Break

10:10 AMStrength and Failure of Ultrafine Grain and Bimodal Al-Mg Alloy at High Temperatures: Andrew Magee1; Leila Ladani1; 1The University of Alabama

10:30 AMInfluence of Length Scale on the Precipitation Behavior of Ultrafine Grained Al-Zn-Mg alloy: Tao Hu1; Kaka Ma1; Troy Topping1; Julie Schoenung1; Enrique Lavernia1; 1University of California, Davis

10:50 AMInvestigation of Phase Formation and Microstructural Evolution in a Cryomilled Al-5at% Fe Alloy: Brandon Saller1; Tao Hu1; Troy Topping1; Enrique Lavernia1; Julie Schoenung1; 1UC Davis

11:10 AMMethodologies for Minimizing Corrosion in Aluminum Alloys: Harovel Wheat1; 1Univ of Texas at Austin

11:30 AMCorrosion Fatigue Crack Growth and Stress-Corrosion Cracking in Sensitized Al 5083: Peter Pao1; Ramasis Goswami1; Robert Bayles1; Ronald Holtz1; 1Naval Research Laboratory

11:50 AMProcess Development of AA3103 Aluminum Alloy for Automotive Thins: Marcelo Paes1; Augusto Coelho1; Roberto Netto1; Fernando Aguiar1; 1Votorantim Metais - CBA

12:10 PMMicrohardness, Corrosion Behaviour and Microstructures of Directionally Solidified Al-Cu Alloys: Alicia Ares1; Carlos Rodriguez1; Claudia Mendez2; Carlos Schvezov1; Mario Rosenberger1; 1CONICET/FCEQyN-UNaM; 2FCEQyN-UNaM

12:30 PMEffect of Mg Contents on Fluidity of Al-xMg Alloys: Nam-Seok Kim1; Young-Ok Yoon1; Gil-Yong Yeom1; Hyun Kyu Lim1; Shae K. Kim1; 1Korea Institute of Industrial Technology

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Aluminum Reduction Technology: Fundamentals: ChemistrySponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizer: Mark Cooksey, CSIRO

Tuesday AM Room: Grand Ballroom C2March 5, 2013 Location: Henry B. Gonzalez Convention Center

Session Chair: Arne Ratvik, NTNU


8:35 AMComposition and Thermal Analysis of Crust Formed from Industrial Anode Cover: Qinsong Zhang1; Mark Taylor2; John Chen2; David Cotton2; Tania Groutzo2; Xiaodong Yang1; Pretesh Patel2; 1Shenyang Aluminium & Magnesium Engineering & Research Institute Co. Ltd; 2The University of Auckland

9:00 AMLiquidus Temperatures of Na3AlF6 -AlF3-CaF2-KF-LiF-Al2O3 Melts: Di Yuezhong1; Peng Jianping1; Bai Yunbin1; Feng Naixiang1; 1Northeastern University

9:25 AMThe Effect of Calcium Fluoride on Alumina Solubility in Low Temperature Cryolite Melts: Pavel Tingaev1; Alexey Apisarov1; Alexander Dedyukhin1; Alexander Redkin1; Yurii Zaikov1; 1Institute of High Temperature Electrochemistry of the Ural Branch of the Russian Academy of Sciences

9:50 AMConductivity of KF-NaF-AlF3 System Low-temperature Electrolyte: Jianhong Yang1; Wangxing Li1; Hengwei Yan1; Dan Liu1; 1Zhengzhou Research Institute of CHALCO

10:15 AM Break

10:25 AMNumerical Analysis of Ionic Mass Transfer in the Electrolytic Bath of an Aluminium Reduction Cell: Mohsen Ariana1; Martin Désilets1; Pierre Proulx1; 1Université de Sherbrooke

10:50 AMLiquidus Temperature of Electrolytes for Aluminum Reduction Cells: Dong Shi1; Bingliang Gao1; Zhaowen Wang1; Zhongning Shi1; Xianwei Hu1; 1Northeasten University

11:15 AMEffect of LiAlO2 and KF on Physicochemical Properties for Industrial Aluminum Electrolyte: Lv Xiaojun1; Chen Shiyue1; Lai Yanqing1; Tian Zhongliang1; Li Jie1; Zhang Hongliang1; 1School of Metallurgical Science and Engineering, Central South University

Aluminum Reduction Technology: Potline Operation I: Smelter OperationsSponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizer: Mark Cooksey, CSIRO


Session Chair: Michel Reverdy, DUBAL


8:35 AMLow Power Operation at Aluminium Dunkerque Smelter: Jean-Michel Peyneau1; Laurent Fiot1; Stéphane Mermet-Guyenet1; Olivier Rebouillat1; 1Rio Tinto Alcan

9:00 AMMaximizing Creeping Value through Rigorous Methodology: Bénédicte Champel1; Nicolas Monnet1; Yann El Ghaoui; 1Rio Tinto Alcan

9:25 AMThe Quick Shut Down and Restarting of 291 kA Pre Baked Potline at JSC “RUSAL Sayanogorsk” from May to August 2011: Victor Buzunov1; Andrey Soldatov1; Victor Mann2; Vasiliy Borisov1; Alexander Pavin1; Sergey Zatepyakin1; Evgeniy Scherbakov3; Andrey Gouzenkov4; 1RUSAL “Engeneering and Technological Center”; 2UC RUSAL; 3RUSAL Sayanogorsk; 4RUSAL RUS-Engeneering

9:50 AMProduction Growth and Future Challenges in Aluminium Bahrain (Alba): Abdulla Ahmed1; 1Aluminium Bahrain (Alba)

10:15 AM Break

10:25 AMHigh Frequency Power Modulation - TRIMET Smelters Provide Primary Control Power for Stabilizing the Frequency in the Electricity Grid: Andreas Luetzerath1; 1TRIMET ALUMINIUM AG

10:50 AMAutonomous Vehicle and Smelter Technologies: Ashley Tews1; Paulo Borges1; 1CSIRO

11:15 AMPreventive Maintenance of Transport Vehicles: Is It Improving Production Stability of a Smelter?: Maarten Meijer1; 1Hencon


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Biological Materials Science Symposium: Ultrafine Grain Materials/BiointerfaceSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Structural Materials Division, TMS: Biomaterials CommitteeProgram Organizers: Candan Tamerler, University of Washington; Molly Gentleman, Texas A & M University; Po-Yu Chen, National Tsing Hua University; Kajal Mallick, University of Warwick; Rajendra Kumar Kasinath, Unversity of Montana; Paul G. Allison, US Army Corp of Engineers



Session Chairs: Terry Lowe, Los Alamos National Lab; Candan Tamerler, University of Washington

8:30 AM InvitedNanoparticles, Nanotubes, and Other Nanomaterials: Controlling Cellular Functions to Increase Tissue Growth: Thomas Webster1; 1Brown University

9:00 AM InvitedDevelopment of Mechanical Biocompatibility of Low-Modulus Beta-Type Titanium Alloy by Introducing Ultrafine-Grain Structure Through High-Pressure Torsion: Mitsuo Niinomi1; Masaaki Nakai1; Junko Hieda1; Ken Cho1; Hakan Yelmazer1; Yoshikazu Todaka2; 1Tohoku University; 2Toyohashi University of Technology

9:30 AM InvitedUncovering the Multiscale Structural Origin of Nacre’s Exceptional Mechanical Performance: Xiaodong Li1; 1University of South Carolina

10:00 AM Break

10:15 AM InvitedUltrafine Grained Titanium for Dental Applications: Mechanical Properties and Performance: Marc Meyers1; Carlos Elias2; Ruslan Valiev3; Sergio Neves Monteiro2; Felipe Perisse2; 1UCSD; 2IME; 3UFA

10:45 AMNon-Toxic SPD Processed Ti Alloys for Orthopaedics: Ajit Panigrahi1; Thomas Waitz1; Erhard Schafler1; Matthias Bönisch2; Mariana Calin2; Jürgen Eckert2; Annett Gebert2; Werner Skrotzki3; Michael Zehetbauer1; 1Physics of Nanostructured Materials, University of Vienna, 1090, Vienna, Austria; 2Institut für Komplexe Materialien, IFW Dresden; 3Institut für Strukturphysik, TU Dresden

11:00 AM InvitedSurface Modification of Nanostructured Titanium for Biomedical Application: Irina Semenova1; Ruslan Valiev1; Gulnaz Salimgareeva1; Alexander Polyakov1; Terry Lowe2; 1Ufa State Aviation Technical University; 2Manhattan Scientifics

11:25 AM InvitedSurface Chemistry of Titanium Dental Implants: Roland Schulze1; Terry Lowe2; 1Los Alamos National Laboratory; 2New Mexico Tech

11:50 AM InvitedNatural Armor: Interdisciplinary Convergence Among Engineering, Architecture and Evolutionary Biology: Christine Ortiz1; 1Massachusetts Institute of Technology

12:15 PM InvitedStrategies for Improving the Performance of Dental Restorative Composites: Jamie Kruzic1; Dmitriy Khvostenko1; Jack Ferracane2; John Mitchell2; 1Oregon State University; 2Oregon Health & Science University

Bulk Metallic Glasses X: Structures and Mechanical Properties ISponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Peter Liaw, The University of Tennessee; Hahn Choo, The University of Tennessee; Yanfei Gao, The University of Tennessee; Gongyao Wang, University of Tennessee

Tuesday AM Room: Lone Star Salon DMarch 5, 2013 Location: Grand Hyatt


Session Chairs: Takeshi Egami, The University of Tennessee; Christopher Schuh, MIT

8:30 AM KeynoteMechanical Behavior of Metallic Liquids and Glasses: Takeshi Egami1; 1University of Tennessee

9:00 AMTime-Dependent Structural Change in BMG Induced by Creep: Yang Tong1; W. Dmowski1; C. P. Chuang1; J. Almer2; J. Bednarcik3; T. Egami1; 1The University of Tennesee-Knoxville; 2Argonne National Laboratory; 3DESY, Hasylab

9:15 AM InvitedAtomic Structure and Mechanical Deformation in BMG: Wojciech Dmowski1; Yang Tong1; Chin-Pi Chuang1; Takeshi Egami1; 1University of Tennessee

9:35 AMIn-Situ Observation of Transformation-induced Plasticity in Bulk Metallic Glassy Composite: Yuan Wu1; Dong Ma2; A. D. Stoica2; X. L. Wang3; Z. P. Lu1; 1State Key Lab for Advanced Metals and Materials, USTB; 2Neutron Scattering Science Division, Oak Ridge National Laboratory; 3City University of Hong Kong

9:50 AM InvitedEffect of Surface Modifications on Shear Banding and Plasticity in Metallic Glasses: Taigang Nieh1; 1University of Tennessee

10:10 AM Break

10:25 AM InvitedInterplay Between Metallic Glass Deformation and Free Volume Evolution: A Study Based on Shear Transformation Zone Dynamics Simulations: Lin Li1; Christopher Schuh1; 1MIT

10:45 AMAl77Ni14.4Y4.8Zr3.8+5%B4C Bulk Metallic Glass Composites Processed Via Gas Atomization and Spark Plasma Sintering: Baolong Zheng1; Troy Topping1; Yizhang Zhou1; Somesh Mukherjee2; Enrique Lavernia1; 1University of California, Davis; 2Aspen Systems, Inc.

11:00 AM InvitedElastic Properties of Metallic Glasses: Mo Li1; Hao Wang1; 1Georgia Institute of Technology

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11:20 AMDeformation Behavior of Structural Amorphous Metals (SAM) under Compression: Shima Haghighat1; Andrea Hodge1; James Kelly2; Olivia Graeve2; 1USC; 2Alfred University

11:35 AM InvitedDeformation and Structural Evolution in Shear Band-sized Metallic Glass with In-Situ TEM: Scott Mao1; Junhang Luo1; Jianyu Huang2; Li Zhong1; 1Department of Mechanical Engineering and Materials Science, University of Pittsburgh; 2Center for Integrated Nanotechnologies, Sandia National Laboratories

11:55 AMDevitrification Kinetics and Phase Selection Mechanisms in Cu-Zr Metallic Glasses: Ilkay Kalay1; Yunus Kalay2; Matthew Kramer3; Ralph Napolitano4; 1Cankaya University; 2METU; 3Ames Laboratory US DOE; 4Iowa State University

12:10 PM InvitedStick-Slip Shear Banding in Metallic Glasses and Its Description Via an Effective Temperature Model: Jörg Löffler1; 1ETH Zurich

12:30 PMDo Grain Boundaries Behave Like a Layer of Amorphous Material?: Rainer Birringer1; Christian Braun1; Manuel Grewer1; 1Universität des Saarlandes

Cast Shop for Aluminum Production: Aluminum Cast Shop IISponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizer: Gyan Jha, Tri-Arrows Aluminum


Session Chair: Shridas Ningileri, SECAT Inc.

8:30 AMUltrasonic Degassing and Processing of Aluminum: Victor Rundquist1; Kiran Manchiraju1; 1Southwire Company

8:50 AMKinetics of Ultrasonic Degassing of Aluminum Alloys: Noe Alba-Baena1; Dmitry Eskin1; 1Brunel University

9:10 AMRemoval of Inclusions in Molten Aluminum by Flux Injection under Counter-Gravity: Jianmin Zeng1; Hong Gu1; 1Guangxi University

9:30 AMAdvanced Compact Filter: ( ACF) An Efficient and Flexible Filtration Process: Francis Breton1; Peter Waite1; Patrice Robichaud1; 1Rio Tinto Alcan

9:50 AMElectromagnetic Priming of Ceramic Foam Filters (CFF) for Liquid Aluminium Filtration: Robert Fritzsch1; Mark Kennedy2; Shahid Akhtar3; Jon Bakken1; Ragnhild Aune1; 1Norwegian University of Science and Technology; 2Norwegian University of Science and Technology; 3Hydro Aluminium

10:10 AM Break

10:30 AMPlant Scale Investigation of Liquid Aluminum Filtration by Al2O3 and SiC Ceramic Foam Filters: Sarina Bao1; Martin Syvertsen1; Arne Nordmark1; Anne Kvithyld1; Thorvald Engh2; Merete Tangstad2; 1SINTEF; 2NTNU

10:50 AMCasting Practices Influencing Inclusion Distributions in Billets: Ghadir Razaz1; Torbjörn Carlberg1; 1Mid Sweden University

11:10 AMOxidation of Commercial Purity Aluminium Melts: An Experimental Study: Stephen Bonner1; John Taylor1; Ji-Yong Yao1; M. Akbar Rhamdhani2; 1CAST CRC, The University of Queensland; 2HTP Group, Swinburne University of Technology

11:30 AMModeling of Mold Filling and Porosity for RSI: Xiaoxuan Li1; Randall Bowers1; Shridas Ningileri2; Gyan Jha3; 1Secat, Inc.; 2University of Kentucky; 3Tri-Arrows Aluminum

Characterization of Materials through High Resolution Coherent Imaging: Electron Based TechniquesSponsored by:TMS Structural Materials Division, TMS: Advanced Characterization, Testing, and Simulation CommitteeProgram Organizers: John Carpenter, Los Alamos National Laboratory; Ross Harder, Argonne National Laboratory; Richard Sandberg, Los Alamos National Laboratory


Session Chairs: John Carpenter, Los Alamos National Laboratory; Ross Harder, Argonne National Laboratory

8:30 AM KeynoteElectron Ptychography: The Future of High-Resolution Transmission Imaging?: John Rodenburg1; 1University of Sheffield

9:00 AMOn the Precipitation of d Phase in Ni-Base Superalloy 718Plus: Olivier Messe1; Jonathan Barnard1; Edward Pickering1; Cathie Rae1; Svjetlana Stekovic2; 1University of Cambridge; 2Rolls-Royce PLC

9:20 AMAutomated Phase and Orientation Mapping in the TEM: Amith Darbal1; 1NanoMEGAS USA

9:40 AMElectron Wave Tomography for 3D Atomic Structure Determination: Dirk Van Dyck1; Ciney Tang1; Amy Wang1; Sandra Van Aert1; Fu-Rong Chen2; 1University of ANtwerp; 2National Tsing-Hua University

10:00 AM Break

10:20 AM KeynoteImaging Atoms in Nanostructures Using Coherent Electrons: Jian Min Zuo1; Sungjin Kang2; Ke Ran1; 1University of Illinois; 2Seoul National University

10:50 AMLocal to Macroscopic Symmetry for Piezoelectric (1-x)Pb(Mg1/3Nb2/3)O3-xPbTiO3 Single Crystal in the Morphotropic Phase Boundary Region at x = 0.31: Kyouhyun Kim1; David Payne1; Jian-Min Zuo1; 1University of Illinois


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11:10 AMBi-Metal Interface Characterization at the Nanoscale: Subhasis Sinha1; Anthony Rollett1; John Carpenter2; Nathan Mara2; Irene Beyerlein2; 1Carnegie Mellon University; 2Los Alamos National Laboratory

11:30 AMData Mining the Exit Wave of a Crystal Using the Channelling Theory: Amy Wang1; Fu-Rong Chen2; Sandra Van Aert1; Dirk Van Dyck1; 1University of ANtwerp; 2National Tsing-Hua University

Characterization of Minerals, Metals and Materials 2013: Characterization of Nonferrous Metal and AlloysSponsored by:TMS Extraction and Processing Division, TMS: Materials Characterization CommitteeProgram Organizers: Jiann-Yang Hwang, Michigan Technological University; Chen-Guang Bai, Chongqing University; John Carpenter, DOE LANL; Shadia Ikhmayies, Al Isra University; Bowen Li, Michigan Technological University; Mingming Zhang, ArcelorMittal Global R&D; Sergio Monteiro, State University of North Rio de Janeiro; Zhiwei Peng, Michigan Technological University


Session Chairs: Ting-An Zhang, Northeastern University; Zhiwei Peng, Michigan Technological University

8:30 AMEffect of Ti Addition on The Amount Of Residual Al and Mechanical Properties of B4C-Al by Vacuum Infiltration: Wang Chao1; Xue Xiangxin1; Cao Xiaozhou1; Cheng Gongjin1; 1Northeastern University

8:50 AMCharacterization of AA5754 Alloy for Identification of Barlat’s YLD2000-2d Yield Criterion: Olivier Dion-Martin1; Mario Fafard2; Ahmed Rahem3; Guillaume d’Amours3; 1Dynamic-Concept; 2Aluminium Research Center – REGAL; 3Aluminium Technology Centre, National Research Council Canada

9:10 AMCharacterization of Cu-Zn-Al with Different Morphology: Lee Siegfried1; 1UNR

9:30 AMEnhanced Mechanical Properties and Formability of Cross-Roll-Rolled Ni-10Cr Alloy: Kuk Hyun Song1; Won Yong Kim1; 1Korea Institute of Industrial Technology

9:50 AMPrediction of Effective Thermal Conductivities of Alloy Series as a Function of Temperature in the Liquid Region: Shahid Mehmood1; 1QAU Islamabad

10:10 AMRespond of Microstructure Modification on Deformation Behaviour of ECAP Processed Aluminium Alloy AA7075: Jozef Zrnik1; Martin Fujda2; Peter Slama1; Libor Kraus1; 1Comtes FHT, Inc.; 2Technical University of Kosice

10:30 AMThermal Stability of Copper Foils with and without Nanotwins: Yifu Zhao1; Timothy Furnish1; Michael Kassner1; Andrea Hodge1; 1University of Southern California

10:50 AMChange in Electrical Resistivity of Pure Ti by ARB: Masato Ueda1; Kei Ota1; Masahiko Ikeda1; Daisuke Terada2; Nobuhiro Tsuji2; 1Kansai University; 2Kyoto University

11:10 AMComparison of Mechanical Vibration on Solidification Structure between Pure Copper and Aluminum: Yanbing Zong1; Rongsheng LI1; Chen Wang1; Yan Gou1; 1State Key Laboratory of Advanced Metallurgy, University of Science and Technology Beijing

Computational Thermodynamics and Kinetics: Molecular Dynamics Simulations ISponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Materials Processing and Manufacturing Division, TMS: Alloy Phases Committee, TMS: Chemistry and Physics of Materials Committee, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Phase Transformations Committee, TMS: Process Technology and Modeling CommitteeProgram Organizers: Jörg Neugebauer, Max-Planck-Institut für Eisenforschung GmbH; Carelyn Campbell, NIST; Dongwon Shin, Oakridge National Lab; Zi Kui Liu, Penn State; Michael Demkowicz, Massachusetts Institute of Technology; Raymundo Arroyave, Texas A & M University; Shenyang Hu, Pacific Northwest National Laboratory


Session Chairs: Adri van Duin, Penn State; Michael Demkowicz, MIT

8:30 AM InvitedMultiscale Modeling of Nanoscale Precipitate Stability in Irradiated Materials: Brian Wirth1; Alicia Certain2; Donghua Xu1; Karl Hammond1; 1University of Tennessee; 2Pacific Northwest National Laboratory

8:55 AMMolecular Dynamics Study of Nucleation during Crystallization: Ramanarayan Hariharaputran1; David Wu1; 1Institute of High Performance Computing

9:10 AMInterface Microstructure Evolution of Heterogeneous Systems under Vacancy Supersaturation: Enrique Martinez Saez1; Alfredo Caro1; 1LANL

9:25 AMFirst Order Structural Transformations in Symmetrical Tilt S5 Grain Boundaries in Cu and Ag Studied by Atomistic Simulations: Timofey Frolov1; David Olmsted; Mark Asta1; Yuri Mishin2; 1University of California Berkeley; 2George Mason University

9:40 AMMobility of Partially Faceted Shrinking Grains: David Olmsted1; Mark Asta2; Tamara Radetic3; Colin Ophus4; Uhlrich Dahmen4; 1University of California, Berkeley; 2Lawrence Berkeley National Laboratory; University of California, Berkeley; 3University of Belgrade; Lawrence Berkeley National Laboratory; 4Lawrence Berkeley National Laboratory

9:55 AM Break

10:20 AM InvitedThermodynamics of Metallic Nanoalloys: Towards an Understanding of Nanophase Diagrams by Computer Simulations: Karsten Albe1; 1TU Darmstadt

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10:45 AMMolecular Dynamics Simulation of Grain Boundary Migration: Chuang Deng1; Mikhail Mendelev2; Christopher Schuh3; David Srolovitz4; 1Department of Mechanical & Manufacturing Eng.; 2Ames Laboratory; 3Massachusetts Institute of Technology; 4Institute of High Performance Computing

11:00 AMMolecular Dynamics Simulations of Grain Boundary Free Energy and Mobility in the BCC FE-20CR System: Isaac Toda-Caraballo1; Carlos Capdevila2; Paul Bristowe1; 1University of Cambridge; 2CENIM-CSIC

11:15 AMA Comprehensive Investigation of Low Angle Grain Boundary Mobility in Pure Al Using Molecular Dynamics Simulations: Md. Jahidur Rahman1; Hatem S. Zurob2; Jeffrey Hoyt1; 1Department of Materials Science and Engineering, McMaster University; 2Department of Materials Science and Engineering, McMaster UniversitY

Cost Affordable Titanium IV: Low Cost Processing: Plasma, Microwave, Laser, Melting and Casting Sponsored by:TMS Structural Materials Division, TMS: Titanium CommitteeProgram Organizers: M. Ashraf Imam, Naval Research Laboratory; Sam Froes, University of Idaho (Retired); Ramana Reddy, The University of Alabama


Session Chairs: James Withers, MER Corporation; Laurentiu Nastac, The University of Alabama

8:30 AM InvitedPlasma-Spheroidization and Consolidation of Low-Cost Titanium Powders: Deepak Kapoor1; Rajendra Sadangi1; Chris Haines1; Darold Martin1; Kendall Mills1; 1US Army, ARDEC

8:50 AM InvitedSelective Laser Melting Technology - Challenges and Opportunities: Milan Brandt1; Shoujin Sun1; Martin Leary1; Joe Elambasseril1; Qianchu Liu2; 1RMIT University; 2DSTO

9:10 AMIsothermal Forging of Microwave Sintered Ti-6Al-4V: Xiaolin Wu1; Wei Xu1; Ya Feng Yang2; Shudong Luo2; Ma Qian2; Kenong Xia1; 1The University of Melbourne; 2The University of Queensland

9:30 AMConsolidation of Blended Titanium/Magnesium Powders by Microwave Processing: M. Ashraf Imam1; Arne Fliflet1; Ralph Bruce1; Peter Pao1; Jerry Feng1; 1Naval Research Laboratory

9:50 AM Break

10:10 AM InvitedTitanium Based Composite Coatings Deposited by High Velocity Oxygen Fuel (HVOF) and Plasma Spraying Methods: Asma Salman1; Brian Gabbitas1; Deliang Zhang1; 1The University of Waikato

10:30 AM InvitedAdvancing Titanium by Continuous Casting: Kuang-O (Oscar) Yu1; 1RTI International Metals, Inc.

10:50 AM InvitedMechanical Properties of Single-Melt Pam Processed Ti-6Al-4V Forgings: Mustafa Guclu1; 1Army

11:10 AMExperimental and Numerical Investigation of the Effect Of Pulse Shaping on the Microstructure of Direct Laser Fabricated Ti-6Al-4V Alloy: Yuanfei Han1; Colleen Bettles1; Tom Jarvis1; Xinhua Wu1; 1ARC Centre of Excellence for Design in Light Metals, Monash University

11:30 AMEvolution of Texture in Ti-6Al-4V Fabricated by Selective Laser Melting: Marco Simonelli1; Yau Yau Tse1; Chris Tuck2; 1Loughborough University; 2The University of Nottingham

Deformation, Damage, and Fracture of Light Metals and Alloys: Deformation, Damage, and Fracture of Light Metals and Alloys Session IISponsored by:TMS Light Metals Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Ke An, Oak Ridge National Laboratory; Qizhen Li, University of Nevada, Reno


Session Chair: Hahn Choo, University of Tennessee

8:30 AM InvitedEffects of Deformation History on Low-Cycle Fatigue Behavior of a Wrought AZ31B Magnesium Alloy Using Real-Time In-Situ Neutron-Diffraction Measurements: Wei Wu1; Ke An2; James Antonaglia3; Matthew Wraith3; Karin Dahmen3; Peter Liaw1; 1The University of Tennessee; 2Oak Ridge National Laboratory; 3University of Illinois

9:00 AM InvitedModeling the Statistics of Slip-Avalanches in Slowly Sheared Light Metals and Alloys: Karin Dahmen1; James Antonaglia2; Wei Wu3; Ke An4; Matthew Wraith1; Jonathan Uhl5; Peter Liaw3; 1University of Illinois at Urbana Champaign; 2Univeristy of Illinois at Urbana Champaign; 3University of Tennessee at Knoxville; 4Oak Ridge National Laboratory; 5Private

9:30 AMIn-Situ Diffraction Studies on Thermo-Mechanical Processes: Klaus-Dieter Liss1; Kun Yan2; Lisa Thoennessen2; Saurabh Kabra1; Rian Dippenaar3; 1Australian Nuclear Science and Technology Organisation; 2Australian Nuclear Science and Technology Organisation and University of Wollongong; 3University of Wollongong

9:50 AMIn-Situ Neutron Diffraction and Acoustic Emission Investigation of Twinning Activity In Magnesium: Jan Capek1; Kristián Máthis1; Premysl Beran2; Petr Lukáš2; 1Charles University in Prague; 2Nuclear Physics Institute of the ASCR

10:10 AM Break

10:20 AM InvitedIn-Situ Analysis of the Deformation Mechanisms in Mg Alloys between 50-250°C: Carl Boehlert1; Zhe Chen1; Ajith Chakkedath1; Maria Teresa Perez Prado2; Javier Llorca2; Ivan Gutiérrez-Urrutia3; Sangborg Yi4; Dietmar Letzig4; Jan Bohlen4; 1Michigan State University; 2IMDEA; 3Max Planck Institute for Iron Research; 4MagIC


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10:50 AMMechanical Behavior of Porous Magnesium/Alumina Composites: Qizhen Li1; Henry Cay1; 1University of Nevada, Reno

11:10 AMDynamic Damage Evolution and Fracture in Mg, Al, and Ti: George Gray1; Ellen Cerreta1; 1Los Alamos National Laboratory

11:30 AMAnelastic and Plastic Properties of Magnesium Alloys Based Composites: Zuzanka Trojanova1; Kristian Mathis1; Pavel Lukac1; 1Charles University

Electrode Technology for Aluminium Production: Paste Plant OperationsSponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizers: Les Edwards, Rain CII Carbon; Hans Darmstadt, Rio Tinto Alcan; Sunil Bhajun, Qatalum; Juraj Chmelar, Hydro; Matvey Golubev, Rusal; Pretesh Patel, Light Metals Research Centre; Elaine Sum, Rio Tinto Alcan; Marc Gagnon, Aluminerie Alouette


Session Chair: Sunil Bhajun, Qatalum


8:35 AMA Green Anode Plant Performance Analysis Tool Fully Embedded In The Plant Control System: Xavier Genin1; Pasquale Calo1; Fabienne Virieux2; 1Solios Carbone; 2Fives Solios

9:00 AMMeasures To Prevent Baked Anode Density Drop When Using High Porosity Cokes: Vinicius Piffer1; Chin Woo2; Fabiana Niceas1; Leonardo Paulino1; Jeronimo Araujo1; Rafael Bacelar1; 1Alumar; 2Alcoa

9:25 AMNew Green Anode Plant at EMAL – Start-Up and Operation in the First 2 Years: Manfred Beilstein1; Raja Akhtar2; Rudolf Gemein2; 1Outotec GmbH; 2EMAL-Emirates Aluminium

9:50 AMImproving Baked Anode Density and Air Permeability Through Process Optimization and Coke Blending: Bienvenu Ndjom1; Muhammad Shafiq Malik1; Amer Al Marzouqi1; Tapan Kumar Sahu1; Saleh Ahmed Rabba1; 1Dubai Aluminium

10:15 AM Break

10:25 AMDevelopment of an Analytical Dynamic Model of a Vibro-Compactor Used in Carbon Anode Production: Fatma Rebaïne1; Mohamed Bouazara1; Daniel Marceau1; Duygu Kocaefe1; Brigitte Morais2; 1University of Quebec at Chicoutimi; 2Aluminerie Alouette Inc.

10:50 AMDriving Cost Reduction and Carbon Plant Productivity Improvement Through Theory of Constraints and Planned Maintenance Capability: Keith Sinclair1; Barry Sadler2; 1Sinclair Associates, Inc.; 2Net Carbon Consulting

11:15 AMOptimum Vibration Time for Green Anode Production: Shoulei Gao1; Huanxue Wang1; Chongai Bao1; Shoujun Zhang1; Joe Woo1; Euel Cutshall2; 1Sunstone Development; 2EC Consulting

11:40 AMComparison of Mixing Process Methods in Prebaked Anode Production: Sun Yi1; Guan Huai1; Zhou Shanhong1; Liu Chaodong1; Xu Haifei1; 1Shenyang Aluminium and Magnesium Engineering and Research Institute Co. Ltd

Energy Technologies and Carbon Dioxide Management: Alternative Green Processes Sponsored by:TMS Extraction and Processing Division, TMS Light Metals Division, TMS: Energy Committee, TMS: Education CommitteeProgram Organizers: Soobhankar Pati, MOxST Inc.; Animesh Jha, University of Leeds; Jaroslaw Drelich, Michigan Technological University; Neale Neelameggham, Ind LLC; Cong Wang, Saint-Gobain High Performance Materials; Leon Prentice, CSIRO


Session Chairs: Animesh Jha, University of Leeds; Soobhankar Pati, MOxST


8:35 AMThermodynamic Properties of Novel Low Melting Point LiNO3- NaNO3-KNO3 Ternary Molten Salts for Parabolic Trough Solar Power Generation: Tao Wang1; Ramana Reddy1; 1The University of Alabama

8:55 AMA Thermochemical Study of the W/WO3 System: A Solar to Fuel Converter for Syngas Production: Jarrod Milshtein1; Soumendra Basu1; Srikanth Gopalan1; Uday Pal1; 1Boston University

9:15 AMTechnical Viability of Biocoke from Mixtures Coal-Wood Charcoal for Use in Ironmaking: Marcelo Mourao1; Cesar Narita1; Marcio Tanaka1; Cyro Takano1; 1University of Sao Paulo

9:35 AM Break

9:55 AMSupercritical CO2-Corrosion of Steels in CCS Environment: Anja Pfennig1; Sabrina Schulz1; Axel Kranzmann2; 1HTW Berlin; 2BAM Federal Institute of Materials Research and Testing

10:15 AMAn Experimental Investigation of a Flue Gas Recirculation System for Aluminum Melting Furnaces: James Wiswall1; Mark Kruzynski1; Srinivas Garimella1; 1ALCOA

10:35 AMDesigning Novel CRIMSON Running System through Numerical Simulation Method for the Purpose of Reducing the Energy Content of Aluminium Investment Casting: Binxu Zeng1; Mark Jolly1; Xiaojun Dai1; 1Cranfield University

10:55 AMInfrared Radiation Properties of CuO-ZnO-Based Sintered Material Prepared for Energy-Saving Coating: Chao Lian1; Wei Wei1; Hao Bai1; HongXu Li1; 1University of Science and Technology Beijing

11:15 AMPreparation of Modified Semi-Coke from Semi-Coke: Process Optimization: Xin Wang1; 1Key Laboratory of Unconventional Metallurgy, Kunming University of Science and Technology

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Fatigue and Fracture of Thin Films and Nanomaterials: High Temperature and Electrical PropertiesSponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials Committee, TMS: Nanomechanical Materials Behavior CommitteeProgram Organizers: Megan Cordill, Erich Schmid Institute of Materials Science; Daniel Kiener, Montanuniversitaet Leoben; Xinghang Zhang, Texas A &M University ; Daniel Gianola, University of Pennsylvania ; Corinne Packard, Colorado School of Mines

Tuesday AM Room: Bowie CMarch 5, 2013 Location: Grand Hyatt


Session Chairs: Corinne Packard, Colorado School of Mines; Jeffery Wheeler, EMPA - Materials Science & Technology

8:30 AM InvitedTime- and Temperature-Dependent Deformation Behavior of Ultrafine-Grained Metals Investigated by Novel Nanoindentation Methods: Verena Maier1; Mathias Göken; Karsten Durst1; 1University Erlangen-Nürnberg

9:00 AMThe Failure Mechanism of Recrystallization-Assisted Cracking of Solder Interconnections: Toni Mattila1; 1Aalto University

9:20 AMDeformation Mechanisms of Ultra-Fine-Grained Aluminium using Elevated Temperature, Strain Rate Jump Indentation: Jeffrey Wheeler1; Verena Maier2; Karsten Durst2; Matthias Goeken2; Johann Michler1; 1EMPA; 2Friedrich-Alexander University of Erlangen-Nuremberg

9:40 AMSize and Environmental Effects on Fracture of Wear-Resistant Oxide Coatings: Samantha Lawrence1; David Adams2; Hussein Zbib1; David Bahr1; Neville Moody2; 1Washington State University; 2Sandia National Laboratories

10:00 AM Break

10:20 AM InvitedLithium-Ion Batteries: When Mechanics Meets Chemistry: Joost Vlassak1; 1Harvard University

10:50 AMMechanical Behavior of Nanoporous Silicon Subjected to Extensive Deformation: Xu Jiang1; Eita Tochigi2; Andrew Minor3; T. John Balk1; 1University of Kentucky; 2Lawrence Berkeley National Laboratory; 3University of California, Berkeley

11:10 AMIn Situ Resistance Measurements of Cyclically Stressed Copper Lines on Polyimide: Oleksandr Glushko1; Megan Cordill1; 1University of Leoben

11:30 AMAssessing the Electrical and Mechanical Performance of Wear-Tested Au-ZnO Films: Rachel Schoeppner1; Helena Jin2; Somuri Prasad2; Ron Goeke2; Neville Moody2; David Bahr1; 1Washington State University; 2Sandia National Laboratories

Fatigue in Materials: Microstructure-Driven Modeling and In-Situ Fatigue Characterization: Characterization and Modeling of FatigueSponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Michael Sangid, Purdue University; Tongguang Zhai, University of Kentucky; Antonios Kontsos, Drexel University


Session Chair: Michael Sangid, Purdue University


8:35 AM KeynoteICME Activities at GE: James Laflen1; 1GE

9:10 AM InvitedApplication of High Energy Diffraction Microscopy to Fatigue Crack Initiation in a Ni-Based Superalloy: Harris Tucker1; Reeju Pokharel2; Jonathan Lind2; Robert Suter2; Clayton Stein2; Joseph Tucker2; Anthony Rollett2; S.F. (Frankie) Li3; 1University Michigan; 2Carnegie Mellon University; 3Lawrence Livermore Natl Laboratory

9:35 AM InvitedSynchrotron Imaging Characterization and Numerical Simulation of Short Fatigue Crack Propagation in Polycrystals: Yoann Guilhem1; Wolfgang Ludwig1; Henry Proudhon2; Jia Li2; 1INSA Lyon UMR 5510 CNRS; 2MINES ParisTech UMR 7633 CNRS

10:00 AM Break

10:20 AM InvitedIn-Situ Measurements and Simulations of Grain Boundary Slip Localization in AlCu: Jacob Hochhalter1; Vipul Gupta2; Vesselin Yamakov2; Ashley Spear3; Stephen Smith1; Edward Glaessgen1; 1NASA LaRC; 2National Institute of Aerospace; 3Cornell University

10:45 AM InvitedNovel Techniques for Analyzing Fatigue Crack Microstructures: I. Robertson1; D. Gross1; M. Martin1; K. Nygren1; 1University of Illinois Urbana-Champaign

11:10 AM InvitedGrain Boundaries and Twin Boundaries: Stronger or Weaker?: Zhefeng Zhang1; Zhenjun Zhang1; Linlin Li1; Peng Zhang1; 1Institute of Metal Research

11:30 AM InvitedNonlinearity and Acoustic Harmonic Generation from Fatigue-Generated Dislocation Substructures: Sean Agnew1; J. Cantrell2; T. Apple1; C. Mayer1; C. Amaro1; W. Yost2; J. Howe1; 1University of Virginia; 2NASA

11:55 AM InvitedIntra-Granular Stress Distributions in Fatigued Metals: Jun Jiang1; Ben Britton1; Angus Wilkinson1; 1University of Oxford



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Friction Stir Welding and Processing VII: Friction Stir Welding: High Temperature Materials ISponsored by:TMS Materials Processing and Manufacturing Division, TMS: Shaping and Forming CommitteeProgram Organizers: Rajiv Mishra, University of North Texas; Murray Mahoney, Retired from Rockwell Scientific; Yutaka Sato, Tohoku University; Yuri Hovanski, Pacific Northwest National Laboratory; Ravi Verma, General Motors


Session Chairs: Yutaka Sato, Tohoku University; Glenn Grant, Pacific Northwest National Laboratory; Jonathan Martin, TWI Technology Centre (Yorkshire)

8:30 AM InvitedUnderstanding the Mechanisms that Affect Microstructural Evolution in Friction Stir Welding: Tracy Nelson1; Carl Sorensen1; 1Brigham Young University

8:50 AM InvitedComparison between Friction Stir and Submerged Arc Welding applied to Joining DH36 and E36 Shipbuilding Steel: Stephen Cater1; Jonathan Martin1; Alexander Galloway2; Norman McPherson3; 1TWI; 2University of Strathclyde ; 3BAE Systems Surface Fleet

9:10 AMFriction Stir Welding of Pipeline Steels: Murray Mahoney1; Samuel Sanderson2; Zhili Feng3; Russell Steel4; Scott Packer5; Dale Fleck2; 1Retired from Rockwell Scientific; 2Megastir Technologies; 3Oak Ridge National Laboratories; 4MegaStir Technologies; 5Advanced Metal Products

9:30 AMMicrostructure and Properties of Friction Stir Processed HY80 Steel: Garth Young1; William Stewart2; Murray Mahoney3; Russell Steel4; Jon Babb4; Sarath Menon5; Terry McNelley5; 1NAVFAC ESC; 2US Navy; 3Consultant; 4MegaStir Technologies; 5Naval Postgraduate School

9:50 AMMicrostructure and Mechanical Properties of Friction Stir Welds of 590MPa Grade Dual Phase Steel Sheets: Sang-Hyuk Kim1; Kwang-Jin Lee1; Kee-Do Woo2; 1Korea Institute of Industrial Technology; 2Chonbuk National University

10:10 AM Break

10:20 AMMechanical Properties and Microstructure Characterization of Multilayered Multipass Friction Stir Weld in Steel: Yong Chae Lim1; Samuel Sanderson2; Murray Mahoney3; Dongxiao Qiao1; Yanli Wang1; Wei Zhang1; Zhili Feng1; 1Oak Ridge National Laboratory; 2MegaStir Technologies; 3Advanced Metal Products

10:40 AMWelding Processes and Mechanical Behaviors of Friction Stir Spot Welded Joints of Dissimilar Ferrous Alloys: Md. Abu Mowazzem Hossain1; Md. Tariqul Hasan1; Sung-Tae Hong1; Michael Miles2; Hoon-Hwe Cho3; Heung Nam Han3; 1University of Ulsan; 2Brigham Young University; 3Seoul National University

10:55 AM InvitedEffect of Welding Parameters on Microstructure and Mechanical Properties of Friction Stir Welded 11Cr-Ferritic/Martensitic Steel: Yutaka Sato1; Hiroyuki Kokawa1; Yasuhide Yano2; Yoshihiro Sekio2; 1Tohoku University; 2Japan Atomic Energy Agency

11:15 AMThe Friction-Stir-Welding of Carbon Steels Using a Co-Based Alloy Tool: Itto Sugimoto1; Akihiro Sato1; Seung Hwan Park1; Satoshi Hirano1; Shinya Imano1; Yutaka Sato2; Hiroyuki Kokawa2; Toshihiro Omori2; Kiyohito Ishida2; 1Hitachi Research Laboratory; 2Tohoku University

11:35 AMEstablishing W-Based Friction Stir Welding Tool Life for Thick Section Steel Applications: Michael Eff1; Sudarsanam Babu2; Brian Thompson1; Todd Leonhardt3; 1EWI; 2The Ohio State University; 3Rhenium Alloys, Inc.

11:55 AMEffects of Advancing and Retreating Side Alteration during Power and Temperature Controlled FSW of Copper Canisters: Lars Cederqvist1; Matts Björck1; Olof Garpinger2; 1Swedish Nuclear Fuel and Waste Management Company (SKB); 2Lund University

12:15 PMInfluence of Heat Input on Friction Stir Welding for the ODS Steel MA956: Luke Brewer1; Sarath Menon1; Bradford Baker1; Terry McNelley1; Bassem El-Dasher2; Sharon Torres2; Joseph Farmer2; Murray Mahoney3; Samuel Sanderson4; 1Naval Postgraduate School; 2Lawrence Livermore National Laboratory; 3Rockwell Scientific (retired); 4MegaStir Technologies

Frontiers in Solidification Science: Macroscale PhenomenaSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Solidification CommitteeProgram Organizers: Andre Phillion, University of British Columbia; Silvere Akamatsu, Institut des Nanosciences de Paris; Christoph Beckermann, The University of Iowa; Michel Rappaz, Ecole Polytechnique Federale de Lausanne

Tuesday AM Room: Lone Star Salon FMarch 5, 2013 Location: Grand Hyatt


Session Chairs: Michel Rappaz, EPFL; Mark Jolly, Cranfield University

8:30 AM InvitedDevelopment of an Inverse Thermal Model of the Low-Pressure Die-Cast (LPDC) A356 Aluminum Alloy Wheels: Jianglan Duan1; Steve Cockcroft1; Daan Maijer1; Andre Phillion1; Carl Reilly1; 1The University of British Columbia

9:00 AM InvitedThe Solute Partition and Segregations of Multi-Component Alloys in Solidification Process: Wanqi Jie1; Guangyu Yang1; Xiaoyan Sun1; 1Northwestern Polytechnical University

9:30 AMMicroscopic Modelling of Freckle Formation during Directional Solidification and Its Verification Via In Situ X-Ray Observation: Lang Yuan1; Natalia Shevchenko2; Sven Eckert2; Shyamprasad Karagadde1; Peter Lee1; 1The University of Manchester; 2Helmholtz-Zentrum Dresden-Rossendorf

9:50 AM Break

10:05 AM InvitedThermomechanics and Residual Stresses in Aluminum Direct Chill Casting: Jean-Marie Drezet1; Alexander Evans2; Pierre Celle3; 1Ecole Polytechnique Federale Lausanne; 2Institut Laue Langevin Grenoble; 3Constellium CRV Voreppe

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10:35 AMApplication of Granular Modeling to Fusion Welding of Al Alloys: Hamid Reza Zareie Rajani1; Andre Phillion1; 1University of British Columbia

10:55 AMA Model for the Flow in the Mushy Region during Solidification in an Electromagnetically-Stirred Melt: Gregory Poole1; Nagy El-Kaddah1; 1The University of Alabama

11:15 AMNanoparticles Controlled Solidification of Hypermonotectic Alloys: Lianyi Chen1; Jiaquan Xu1; Hongseok Choi1; Xiaochun Li1; 1University of Wisconsin Madison

High Temperature Electrochemistry: Energy Storage Devices and Electrochemical SynthesisSponsored by:TMS Extraction and Processing Division, TMS: Pyrometallurgy CommitteeProgram Organizers: Prabhat Tripathy, Idaho National Laboratory; Guy Fredrickson, Idaho National Laboratory

Tuesday AM Room: 006DMarch 5, 2013 Location: Henry B. Gonzalez Convention Center

Session Chairs: Donald Sadoway, Massachusetts Institute of Technology; Uday Pal, Boston University

8:30 AMCa-Based Liquid Metal Battery for Grid Scale Energy Storage: Ca-Mg||Bi: Takanari Ouchi1; Hojong Kim1; Xiaohui Ning1; Donald Sadoway1; 1MIT

9:00 AMElectrochemical Synthesis of AB5-type RE-Ni Based Alloys Via FFC Cambridge Process: Qian Xu1; Xue Kang1; Ximei Yang1; Shuang Li1; Song Qiushi1; 1Northeastern University

9:30 AMElectrochemical Preparation of Ti2AlC in Molten Chloride Bath: Amr Abdelkader1; 1University of Manchester

10:00 AM Break

10:20 AMElectrochemical Formation of Rare Earth-Nickel Alloys in NaCl-KCl Molten Salt: Kouji Yasuda1; Seitaro Kobayashi1; Katsuya Kondo1; Toshiyuki Nohira1; Rika Hagiwara1; 1Kyoto University

10:50 AMElectrochemical Behavior of Calcium-Lead Alloys in Molten Salt Electrolytes: Xiaohui Ning1; Takanari Ouchi1; Hojong Kim1; Donald Sadoway1; 1MIT

11:20 AMUsing Cyclic Voltammetry to Study Electrochemical Behavior of Hf4+in NaCl-KCl-K2HfF6 molten salt: Chen Song1; Ye Zhanggen1; Cai Zhenping1; Wang Lijun1; 1General Research Institute for Non-ferrous Metals

Hume-Rothery Award Symposium: Electronic Structure Theory of Stability and Bonding in Alloys: Materials Genome Approaches I (Joint Session with Computational Discovery of Novel Materials)Sponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Alloy Phases CommitteeProgram Organizer: Chris Wolverton, Northwestern University


Session Chairs: Axel van de Walle, Brown University; Stefano Curtarolo, Duke University

8:30 AM InvitedCrystal Structure Prediction with the Minima Hopping Method: Stefan Goedecker1; 1UNI Basel

9:00 AM InvitedPrediction and Design of Materials from Crystal Structures to Nanocrystal Morphology and Assembly: Richard Hennig1; 1Cornell University

9:30 AM InvitedDissolving the Periodic Table in Zirconia: Data-Mining for Chemical Descriptors: Bryce Meredig1; Chris Wolverton1; 1Northwestern University

10:00 AM Break

10:20 AM InvitedFinding the Alloy Genome: Gus Hart1; Lance Nelson1; Fei Zhou2; Vidvuds Ozolins2; 1Brigham Young University; 2University of California, Los Angeles

10:50 AM InvitedCompressively Sensed Ab Initio Hamiltonians: Fei Zhou1; Vidvuds Ozolins1; Lance Nelson2; Gus Hart2; 1University of California, Los Angeles; 2Brigham Young University

11:20 AM InvitedDesign of Functional Semiconductors with Multi-Target Properties: Stephan Lany1; 1NREL

Hybrid and Hierarchical Composite Materials: Metal Matrix CompositesSponsored by:TMS Structural Materials Division, TMS/ASM: Composite Materials CommitteeProgram Organizers: Tomoko Sano, US Army Research Laboratory; Charles Randow, US Army Research Laboratory; Chang Soo Kim, University of Wisconsin -Milwaukee


Session Chairs: Tomoko Sano, U.S. Army Research Laboratory; Brian Justusson, University of Michigan

8:30 AMDiffusion Database for the Development of Magnesium Alloys and Their Hierarchical Composites: Yongho Sohn1; Dongho Shin1; Catherine Kammerer1; Sarah Brennan1; Katrina Bermudez1; Joseph Hamilton1; 1University of Central Florida


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9:00 AMOn the Strength of Particle-Based Metal-Matrix Nano Composites (MMNCs): Chang-Soo Kim1; J.B. Ferguson1; Benjamin Schultz1; Pradeep Rohatgi1; 1University of Wisconsin-Milwaukee

9:20 AMEffect of Contact Damage on Metal-baded Low-Density Hybrid Structures: Tania Vodenitcharova1; Mark Hoffman1; Kaveh Kabir1; Alan Xu1; Neil Lazo1; 1University of New South Wales

9:40 AMMulti-Scale Modeling of Ceramic Fabric Reinforced Aluminum Matrix Composites: Brandon McWilliams1; Charles Mansfield2; Chian Yen1; 1US Army Research Laboratory; 2University of Central Florida

10:00 AM Break

10:15 AMProcessing of Hybrid Structures Consisting of Al-Based Metal Matrix Composites (MMCs) with Metallic Reinforcement of Steel or Titanium: Michael Aghajanian1; Eric Klier2; Kevin Doherty2; Brian Givens1; Matthew Watkins1; Allyn McCormick1; Prashant Karandikar1; 1M Cubed Technologies, Inc.; 2US Army Research Laboratory

10:35 AMDynamic Properties of Selective Laser Melted Titanium Microlattice Structures: Peifeng Li1; Nik Petrinic2; Clive Siviour2; 1Nanyang Technological University; 2Oxford University

10:55 AMFerroelectric Ceramic-Reinforced Metal Matrix Composites: Yongmei Jin1; Stephen Kampe1; 1Michigan Technological University

11:15 AMDiffusion Bonding of Commercially Pure Titanium Using Cu-Zn Interlayer: Yasser Ahmed1; Bakr Rabeeh1; 1German University in Cairo

Integrated Computational Modeling of Materials for Nuclear Energy: Structural Materials ModelingSponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS/ASM: Computational Materials Science and Engineering Committee, TMS/ASM: Nuclear Materials CommitteeProgram Organizers: Remi Dingreville, Sandia National Laboratories; Koenraad Janssens, Paul Scherrer Institute; Timothy Bartel, Sandia National Laboratories



8:30 AMRole of Solute Additions on Long Range Order in Ni-Cr Alloys: Julie Tucker1; Leland Barnard2; Dane Morgan2; George Young1; 1Knolls Atomic Power Laboratory; 2University of Wisconsin-Madison

8:50 AMInfluence of Grain Boundary Structure on Segregation of Cr/He Atoms in Fe: Mark Tschopp1; Fei Gao2; Kiran Solanki3; Xin Sun2; 1Mississippi State University; 2PNNL; 3Arizona State University

9:10 AMPerservability of Boundary Defect Sink Property under Extreme Radiation in a Iron: Di Chen1; Jing Wang1; Lin Shao1; 1Texas A&M University

9:30 AM InvitedA Multiscale Metal/Hydride Mechanical Model for Used-Fuel Zircaloy Cladding under Long-Term Storage and Transport: Glen Hansen1; Jakob Ostien1; Remi Dingreville1; Qiushi Chen1; 1Sandia National Laboratories

10:00 AM Break

10:10 AMA Multiscale Analysis of Dislocation Climb: Alankar Alankar1; Alfredo Caro1; Ricardo Lebensohn1; 1Los Alamos National Laboratory

10:30 AMModeling Hydrogen Re-Distribution in Zircaloy under a Temperature Gradient: Olivier Courty1; Ian Davis1; Arthur Motta1; Kostadin Ivanov1; Maria Avramova1; 1Pennsylvania State University

10:50 AM InvitedEvolutionary Constitutive Model of Cyclic Deformation Response Based on Multi-Scale Interactions of Dislocations: Minh-Son Pham1; Koenraad G. F. Janssens2; Edoardo Mazza3; Stuart. Holdsworth1; 1Swiss Federal Laboratories for Materials Science and Technology, Empa; 2Paul Scherrer Institut; 3Swiss Federal Institute of Technology Zurich (ETHZ)

11:20 AMA Study on Thermal Aging Effect on the Microstructure of 316 and CF3M Cast Stainless Steels by Integrating Computational Thermodynamics and Precipitation Modeling: Ying Yang1; Jeremy Busby1; 1Oak Ridge National Lab

11:40 AMCluster Dynamics Modeling of Defect Aggregation in Ferritic/Martensitic Iron Chrome: Aaron Kohnert1; Brian Wirth1; Nathan Capps1; Djamel Kaoumi2; Cem Topbasi3; 1University of Tennessee; 2University of South Carolina; 3Pennsylvania State University

Magnesium Technology 2013: Mechanical Properties Sponsored by:TMS Light Metals Division, TMS: Magnesium CommitteeProgram Organizers: Norbert Hort, Helmholtz-Zentrum Geesthacht; Suveen Mathaudu, US Army Research Office; Neale Neelameggham, IND LLC; Martyn Alderman, Magnesium Elektron


Session Chairs: Alan Luo, General Motors Global Research and Development; Menahem Bamberger, Technion

8:30 AMCompressive Creep Properties Exhibited by Wrought High Temperature Magnesium Alloys in Axial and Transverse Orientation – A Neutron Diffraction Study: Dimitry Sediako1; Lukas Bichler2; Mitchel VanHanegem2; Scott Shook3; 1National Research Council Canada ; 2University of British Columbia - Okanagan; 3TH Magnesium Inc.

8:50 AMCreep Behaviour of Mg Binary Solid Solutions: Saeideh Abaspour1; Carlos Caceres1; 1School of Engineering The University of Queensland

9:10 AMInfluence of Yttrium on Creep Behavior in Nano-Crystalline Magnesium Using Molecular Dynamics Simulation: Mehul Bhatia1; Kiran Solanki1; 1Arizona State University

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9:30 AMAging Behavior and Microstructural Evolution in Mg-0.2Zn-3Nd-0.5Zr Alloy: Amirreza Sanaty Zadeh1; Shawn Xia1; Alan Luo2; Joseph Jakes3; Donald Stone1; 1UW-Madison; 2General Motors Global Research and Development Center; 3USDA Forest Product

9:50 AMMicrostructure and Mechanical Properties of Die Cast Magnesium-Aluminum-Tin Alloys: Alan Luo1; Penghuai Fu2; Xiaoqin Zeng2; Liming Peng2; Bin Hu3; Anil Sachdev1; 1General Motors Global Research and Development; 2Shanghai Jiao Tong University; 3General Motors China Science Lab

10:10 AM Break

10:30 AMEvaluation of Mg for Local Energy Absorption: Matthew Pawlicki1; Paul Krajewski1; Mark Voss1; Louis Hector1; 1General Motors

10:50 AMStudy on Microstructure and Mechanical Property of Squeeze Casting AZ91D Magnesium Alloy: Yanda Li1; Zhiqiang Han1; Alan Luo2; Anil Sachdev2; Baicheng Liu1; 1Tsinghua University; 2General Motors Global Research and Development Center

11:10 AMMapping the Mechanical Properties of Alloyed Magnesium (AZ 61): Jennifer Hay1; Phillip Agee1; 1Agilent Technologies

11:30 AMDamage Developed during High Temperature Deformation of Magnesium Alloys: A Continuous 3D Characterisation by X-Ray Micro Tomography: Pierre Lhuissier1; Luc Salvo1; Elodie Boller2; Jean-Jacques Blandin1; 1Université de Grenoble / CNRS; 2European Synchrotron Radiation Facility (ESRF)

11:50 AMFE Modelling of Tensile and Impact Behaviours of Squeeze Cast Magnesium Alloy AM60: Sante DiCecco1; William Altenhof1; Henry Hu1; 1University of Windsor

12:10 PMHigh Temperature Deformation of Magnesium Alloy TX32-0.4Al-0.8Si: Chalasani Dharmendra1; K.P. Rao1; Norbert Hort2; Karl Kainer2; 1City University of Hong Kong; 2Helmoltz-Zentrum Geesthacht

12:30 PMEffect of the Extrusion Conditions on the Microstructure and Mechanical Properties of Indirect Extruded Mg-Zn-Y Alloy with LPSO Phase: Jonghyun Kim1; Yoshihito Kawamura1; 1Kumamoto University

Magnetic Materials for Energy Applications -III: Rare Earth-free Permanent Magnets IISponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Energy Committee, TMS: Energy Conversion and Storage Committee, TMS: Magnetic Materials CommitteeProgram Organizers: Sivaraman Guruswamy, University of Utah; Thomas Woodcock, IFW Dresden; Yongmei Jin, Michigan Technological University; Raju Ramanujan, Nanyang Technological University; Frank Johnson, GE Global Research; Oliver Gutfleisch, Technische Universität Darmstadt


Session Chairs: Raju Ramanujan , Nanyang Technological Univ; Frank Johnson, GE Global Research

8:30 AM InvitedInvestigation of Gas Atomization and Consolidation Processing of Pre-alloyed Alnico Powder for Near-Net Shape Non-Rare Earth Magnets: Iver Anderson1; Haley Dillon2; R. McCallum1; Kevin Dennis1; Lin Zhou1; Andrij Palazyk1; Matthew Kramer1; Steve Constantinides3; 1Ames Laboratory; 2Iowa State University; 3Arnold Magnetic Technologies Corporation

9:00 AM InvitedHigh Coercivity Carbide Nanoparticles: A New Route to Permanent Magnet: Vincent Harris1; 1University of Utah

9:30 AM InvitedProspects for Improving Alnico Alloys: Matthew Kramer1; Q. Xing1; M. Miller2; L. Zhou1; H. Dillon1; R. McCallum1; I. Anderson1; S. Constantinides3; 1Ames Laboratory; 2Oak Ridge National Laboratory; 3Arnold Magnetic Technologies Corp.

10:00 AM Break

10:15 AM InvitedMicrostructural Characterization of Alnico Alloys: Lin Zhou1; Qingfeng Xing1; H. Dillon1; R. McCallum1; I. Anderson1; M. Kramer1; D. Smith2; M. McCartney2; S. Constantinides3; 1Ames Lab; 2Arizona State University; 3Arnold Magnetic Technologies Corp

10:45 AMMnAlC Permanent Magnets with Transition Metal Additives: Michael Lucis1; Ralph Skomski1; Parashu Kharel2; Priyanka Manchanda2; Jeffrey Shield1; 1University of Nebraska-Lincoln; 2IIT Mandi

11:05 AMTowards Rare-Earth Free Permanent Magnets: L10 Ferrous Alloys: Nina Bordeaux1; Ana María Montes1; Bradley West1; Katayun Barmak2; Laura Lewis1; 1Northeastern University; 2Columbia University


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Materials and Fuels for the Current and Advanced Nuclear Reactors II: Fuels ISponsored by:TMS Structural Materials Division, TMS/ASM: Corrosion and Environmental Effects Committee, TMS/ASM: Nuclear Materials CommitteeProgram Organizers: Ramprashad Prabhakaran, Idaho National Laboratory; Dennis Keiser, Idaho National Laboratory; Raul Rebak, GE Global Research


Session Chair: Brian Cockeram, Bechtel Marine Propulsion Corp

8:30 AM InvitedMicrostructural Assessment of U-Rich U-Zr Alloys for Advanced Nuclear Fuels: Joseph McKeown1; Sandeep Irukuvarghula2; Sangjoon Ahn2; Mark Wall1; Luke Hsiung1; Sean McDeavitt2; Patrice Turchi1; 1Lawrence Livermore National Laboratory; 2Texas A&M University

8:50 AMCharacterization of U-10Zr-2Ce-5In and U-10Zr-2Ce-5Sb Alloys: Yeon Soo Kim1; Tom Wiencek1; Gerard Hofman1; Ed O’Hare1; Jeff Fortner1; 1Argonne National Laboratory

9:10 AMExperimental Observation on Redistribution of Composition and Microstructure in U-10wt.%Zr Alloy after Anneals Under Temperature Gradient: William Sprowes1; Maria Okuniewski2; Yongho Sohn1; 1University of Central Florida; 2Idaho National Laboratory

9:30 AMInterdiffusion and Reaction Between U-Zr and Fe-Cr-Ni Alloys: Youngjoo Park1; Ke Huang1; Bulent Sencer2; J. Rory Kennedy2; Kevin Coffey1; Yongho Sohn1; 1University of Central Florida; 2Idaho National Laboratory

9:50 AMMechanical Properties and Microstructural Characteristics of Fresh U-Mo Fuels: Ramprashad Prabhakaran1; Barry Rabin1; Randy Lloyd1; Dennis Keiser1; Dan Wachs1; Indrajit Charit2; 1Idaho National Laboratory; 2University of Idaho

10:10 AM Break

10:30 AMHomogenization of Low Enriched Uranium-10 wt. pct Molybdenum Alloy Monolithic Fuel Foils: Amy Clarke1; Kester Clarke1; David Alexander1; Pallas Papin1; Tim Tucker1; Joel Montalvo1; Carl Necker1; Robert Aikin1; Rodney McCabe1; Robert Forsyth1; Robert Field1; David Dombrowski1; 1Los Alamos National Laboratory

10:50 AMBarrier Coatings for U-Mo Microspheres Created Via Low Temperature Fluidized Bed Chemical Vapor Deposition: Marie Arrieta1; Alifya Faizulla1; Delia Perez-Nunez1; Sean McDeavitt1; 1Texas A&M University

11:10 AMFabrication of Enhanced Thermal Conductivity UO2-SiC Composites Using Spark Plasma Sintering: Ghatu Subhash1; Sunghwan Yeo1; James Tulenko1; Ronals Baney1; Ge LiHao1; 1University of Florida

11:30 AMEstablishment of a Rotating Electrode System for Production of Uranium Alloy Microspheres: Chad Thompson1; Carissa Humrickhouse-Helmreich1; Rob Corbin2; Sean McDeavitt1; 1Texas A&M University; 2TerraPower

11:50 AMMethod for Calculating the Apparent Thermal Conductivity of Packed Beds: Carissa Humrickhouse-Helmreich1; Rob Corbin2; Sean McDeavitt1; 1Texas A&M University; 2TerraPower

Materials in Clean Power Systems VIII: Durability of Materials : Corrosion, Coating Protection and Lifetime PredictionSponsored by:TMS Structural Materials Division, TMS/ASM: Corrosion and Environmental Effects CommitteeProgram Organizers: Sebastien Dryepondt, ORNL; Kinga Unocic, ORNL; Jeffrey Fergus, Auburn University; Xingbo Liu, West Virginia University


Session Chairs: Sebastien Dryepondt, Oak Ridge National Laboratory; Kinga Unocic, ORNL

8:30 AM InvitedCorrosion of Membrane Materials for Hydrogen Separation from Coal-Derived Syngas: Omer Dogan1; Benjamin Nielsen2; 1DOE National Energy Technology Laboratory; 2URS Corporation

9:00 AMThe Effect of High Vanadium Content in Coal-Petcoke Mixtures on the Stability of Solids in Gasification Slags: Jinichiro Nakano1; Xueyan Song2; Kyei-Sing Kwong1; James Bennett1; 1NETL; 2West Virginia University

9:20 AM InvitedCoatings for Improved High Temperature Durability: Vilupanur Ravi1; Kevin Smith1; Abolian Shaghik1; Tom Krenek1; Stephanie Salas1; Armen Kutyan1; 1California State Polytechnic University, Pomona

9:50 AM Break

10:10 AM InvitedAn Alternative Low-Cost Process for Deposition of MCrAlY Bond Coats for Advanced Syngas/Hydrogen Turbine Applications: Ying Zhang1; Brian Bates2; Jason Witman2; Joseph Simpson2; 1ORNL; 2Tennessee Technological University

10:40 AMSensitivity of Thermal Barrier Coating Degradation to Variations of the Chemical Composition of Molten Deposits: Timothy Montalbano1; Joe Horwath1; Matthew Sullivan1; Daniel Mumm1; 1University of California, Irvine

11:00 AM InvitedCreep Life Modeling for High Temperature Processes: Jeffrey Hawk1; Paul Jablonski1; 1U.S. Department of Energy, National Energy Technology Laboratory

11:30 AMMechanistic-Based Lifetime Predictions for High Temperature Alloys and Coatings: Bruce Pint1; Sebastien Dryepondt1; Ying Zhang2; 1Oak Ridge National Laboratory; 2Tennessee Technological Univ.

11:50 AMA Slag Management System for Gasification Operations: Kyei-Sing Kwong1; James Bennett1; Jinichiro Nakano2; 1NETL, US DOE; 2URS Corp

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Materials Processing Fundamentals: Physical Metallurgy of MetalsSponsored by:TMS Extraction and Processing Division, TMS: Process Technology and Modeling CommitteeProgram Organizers: Lifeng Zhang, University of Science and Technology Beijing; Antoine Allanore, Massachusetts Institute of Technology; Cong Wang, Saint-Gobain High Performance Materials; James Yurko, Materion Brush Beryllium and Composites; Justin Crapps, ExxonMobil


Session Chair: Cong Wang, Saint-Gobain R&D ISA

8:30 AMNon-Proportional Biaxial Strain Path Effects of Cold-Formed Sheet Steel: David Collins1; Richard Todd1; Angus Wilkinson1; 1University of Oxford

8:50 AMAluminum-Added TWIP Steels: Design, Processing and Properties: Markus Bambach1; Alireza Saeed-Akbari1; Wolfgang Bleck1; Alexander Schwedt1; Silvia Richter1; Onur Güvenc1; Dieter Senk1; Petrico von Schweinichen1; 1RWTH Aachen University

9:10 AMInverse Fracture Occurring during Drop Weight Tear Test (DWTT) and Stain Hardening Obtained from Dynamic Compressive Test in Linepipe Steels: Minju Kang1; Hyunmin Kim1; Sang Yong Shin1; Nack J Kim2; Sunghak Lee1; 1POSTECH; 2Graduate Institute of Ferrous Technology

9:30 AMOn the Effectiveness of the Shot Peening Process in Nickel Based Superalloy for High Temperature Applications: Olivier Messe1; Svjetlana Stekovic2; Mark Hardy2; Cathie Rae1; 1University of Cambridge; 2Rolls-Royce Plc

9:50 AMInfluence of Load Paths and Bake Hardening Conditions on the Mechanical Properties of Dual Phase Steel: Mehdi Asadi1; Heinz Palkowski2; 1Benteler Automotive; 2TU Clausthal

10:10 AM Break

10:20 AMNumerical Simulations and Experimental Investigation of the Tensile Shear Test Behavior of Laser Welding of Zero-gap Lap-Joint Galvanized High-Strength DP980 Steels: Junjie Ma1; Fanrong Kong1; Radovan Kovacevic1; 1RCAM

10:40 AMThe Effect of Phosphorus and Sulfur on the Crack Susceptibility of Continuous Casting Steel: Weiling Wang1; Sen Luo1; Zhaozhen Cai1; Miaoyong Zhu1; 1Northeastern University

11:00 AMMathematical Modeling of Heat Transfer and Thermal Behaviour of Tool Steel H13 in Molten Aluminum Alloy A380: Tina Ding1; Jun Feng Su1; Henry Hu1; Xueyuan Nie1; Ronald Barron1; 1University of Windsor

11:20 AMOptimization Investigation on the Soft Reduction Parameters of Medium Carbon Microalloy Steel: Chao Xiao1; Jiongming Zhang1; Yanzhao Luo1; Lian Wu1; Shunxi Wang1; 1University of Science and Technology Beijing

11:40 AMEffect of Microstructure Evolution on Hot Cracks of HSLA Steel during Hot Charge Process: Jiang Li1; Qian Wang1; Yongjian Lu1; Banglun Wang1; Shaoda Zhang1; 1Chongqing University

12:00 PMA New Method for Ultrasonic Treatment on the Melt of Steel: Gand Nie1; Jinwu Kang1; Yisen Hu1; 1Tsinghua University

12:20 PMCharacterisation of Oxide Scale of Stainless Steel and Its Effect on Interfacial Behaviour in Hot Rolling: Dongbin Wei1; Zhengyi Jiang1; 1University of Wollongong

Materials Science in Reduced Gravity: Modeling and PropertiesSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Solidification CommitteeProgram Organizers: Douglas Matson, Tufts University; Robert Hyers, University of Massachusetts Amherst; Hani Henein, University of Alberta

Tuesday AM Room: Lone Star Salon EMarch 5, 2013 Location: Grand Hyatt

Session Chairs: Valdis Bojarevics, University of Greenwich; Richard Grugel, NASA MSFC


8:40 AMBubble Induced Disruption of a Planar Solid-Liquid Interface during Controlled Directional Solidification in a Microgravity Environment: Richard Grugel1; Lucien Brush2; Amrutur Anilkumar3; 1Marshall Space Flight Center; 2University of Washington; 3Vanderbilt University

9:00 AMSurface Oscillation of Levitated Liquid Droplets under Microgravity: Masahito Watanabe1; Akitoshi Mizuno1; Shumpei Ozawa2; Taketoshi Hibiya3; 1Gakushuin University; 2Chiba Institute of Technology; 3Keio University

9:20 AM Break

9:30 AM InvitedContainerless Processing on ISS: Experiment Preparation for EML: Stephan Schneider1; Angelika Diefenbach2; Rainer Willnecker2; 1DLR / Institut für Materialphysik im Weltraum; 2DLR / Microgravity User Support Center

10:00 AMCopper Sphere Dynamics in the MSL-EML Coil System: Valdis Bojarevics1; Alan Roy1; Koulis Pericleous1; Georg Lohoefer2; Achim Seidel3; 1University of Greenwich; 2German Aerospace Center (DLR); 3Astrium Space Transportation

10:20 AMInvestigations on the Falling of Droplets in an Instrumented Drop Tube-Impulse System: Pooya Delshad Khatibi1; Hani Henein1; 1University of Alberta

10:40 AMComputational Analysis on the Validation and Application of Modulated Electromagnetic Induction Calorimetry: Xiao Ye1; Robert Hyers1; 1University of Massachusetts, Amherst


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11:00 AMTurbulent Transition in Electromagnetically Levitated Liquid Metal Droplets: Jie Zhao1; Christina Rizer1; Doug Matson2; Stefan Klein3; Stephan Schneider3; Robert Hyers1; 1University of Massachusetts; 2Tufts University; 3DLR--Cologne


Mesoscale Computational Materials Science of Energy Materials: Battery Materials and Electrochemical Processes IISponsored by:TMS Materials Processing and Manufacturing Division, TMS/ASM: Computational Materials Science and Engineering CommitteeProgram Organizers: Pascal Bellon, University of Illinois; Alfredo Caro, LANL; Long Qing Chen, Penn State University; Anter El-Azab, Florida State University; Ming Tang, Lawrence Livermore National Laboratory


Session Chairs: Fei Zhou, Department of Materials Science and Engineering; Long-Qing Chen, Penn State University

8:30 AM InvitedElectrochemical Properties of RuO2-Based Supercapacitors from First-Principles Calculations: Fei Zhou1; Yongduo Liu1; Vidvuds Ozolins1; Mark Asta2; 1UCLA; 2UC Berkeley

9:00 AM InvitedUnderstanding Solid Oxide Fuel Cell Cathodes from the Molecular Scale: Dane Morgan1; Yueh-Lin Lee2; Yang Shao-Horn2; 1UW Madison; 2Massachusetts Institute of Technology

9:30 AMPhase Field and Electrochemistry: Recent Progress: Nega Alemayehu1; Ulrich Preiss1; Ingo Steinbach1; 1ICAMS

9:50 AM Break

10:10 AMComputational Modeling of Electrochemical Charge/Discharge Behavior of Electrodes in Li-Ion Cells: K. S. Ravi Chandran1; Madhu Jagannathan1; 1University of Utah

10:30 AM InvitedExperiments to Aid Modeling of Lithium Ion Batteries: Shen Dillon1; 1University of Illinois Urbana-Champaign

11:00 AM InvitedMechanics of Lithiation in Silicon: Sulin Zhang1; Hui Yang1; Adri van Duin1; 1The Pennsylvania State University

11:30 AMPhase Field Simulations on the Precipitation Kinetics of γ’ in Ni-base Superalloy Haynes 282: Youhai Wen1; 1National Energy Technology Laboratory

11:50 AMComputational Modeling of Grain Growth in Ceramics: Karim Ahmed1; Anter El-Azab1; Tony Schulte2; Spencer Morris2; Clarissa Yablinsky2; Todd Allen2; 1Purdue University; 2University of Wisconsin

Microstructural Processes in Irradiated Materials: Advanced ODS AlloysSponsored by:TMS Structural Materials Division, TMS/ASM: Nuclear Materials CommitteeProgram Organizers: Thak Sang Byun, Oak Ridge National Laboratory; Dane Morgan, University of Wisconsin-Madison; Yasuyoshi Nagai, Tohoku University; Zhijie Jiao, University of Michigan-Ann Arbor; Christine Guéneau, CEA-Saclay


Session Chairs: Michael Miller, Oak Ridge National Laboratory; Robert Odette, UC Santa Barbara

8:30 AM InvitedRecent Progress in the Development Irradiation Tolerant Nanostructured Ferritic Alloys (NFA): G. Odette1; Takuya Yamamoto1; Yuan Wu1; Bo Yao2; Rick Kurtz2; Danny Edwards2; David Hoelzer3; Stuart Maloy4; Peter Hosemann5; James Cisten6; Kiyohiro Yabuuchi7; Akihiko Kimura7; Peter Wells1; 1UC Santa Barbara; 2Pacific Northwest National Laboratory; 3Oak Ridge National Laboratory; 4Los Alamos National Laboratory; 5UC Berkeley; 6Lawrence Berkeley National Laboratory; 7Kyoto University

9:00 AMMicrostructure and Swelling Response of MA957 ODS Steel under High Dose Neutron Irradiation: Alicia Certain1; Mychailo Toloczko1; Matthew Olszta1; Daniel Schreiber1; 1Pacific Northwest National Laboratory

9:20 AMTensile Properties of MA957 Neutron Irradiated to 43-103 DPA at Temperatures Ranging from 385-750°C: Mychailo Toloczko1; Alicia Certain1; Stuart Maloy2; 1Battelle/PNNL; 2LANL

9:40 AMAtom Probe Tomography Investigation of the Evolution of the Microstructure of Ion Irradiated ODS Ferritic Steels: Bertrand Radiguet1; Constantinos Hatzoglou1; Laurent Chaffron2; Yves Serruys3; Fabrice Legendre3; Philippe Pareige1; 1GPM UMR CNRS 6634 - Université et INSA de Rouen; 2SRMA - CEA; 3SRMP - CEA

10:00 AM Break

10:20 AMTowards Understanding Atom Probe Artifacts: Measuring and Modeling the Effects of Trajectory Aberrations and Variable Field Evaporation Potentials: Nicholas Cunningham1; Peter Wells1; Brian Geiser2; G. Robert Odette1; 1UC Santa Barbara; 2Cameca

10:30 AMComparison of the Microstructures of High Dose Ion Irradiated and As-Mechanically Alloyed 14YWT: Michael Miller1; Lan Yao1; Yanwen Zhang1; 1Oak Ridge National Laboratory

10:50 AMSolute Segregation to Grain Boundaries in a 14YWT Nanostructured Ferritic Alloy: Lan Yao1; Michael Miller1; 1ORNL

11:10 AMEffect of Cryogenic Milling on the Properties of Fe-14Cr ODS Powder: Jeoung Han Kim1; Thak Sang Byun2; Seong Woong Kim1; Chan Hee Park1; Jong Taek Yeom1; 1Korea Institute of Materials Science; 2Oak Ridge National Laboratory

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11:30 AMTEM Studies of Nano-Oxides, Bubbles, Dislocations and Grain Boundaries Associations in Dual Ion Irradiated Nanostructured Ferric Alloys: Yuan Wu1; Takuya Yamamoto1; Nicholas Cunningham1; Robert Odette1; Sosuke Kondo2; Akihiko Kimura2; 1UCSB; 2Kyoto University

11:50 AMNanocavity Formation and Hardness Changes by Dual-Beam-Implanted Oxide-Dispersed-Strengthened FeCrAl Alloy: Asta Richter1; Chun-Liang Chen2; Reinhard Koegler3; Wolfgang Anwand3; 1Technical University of Applied Sciences Wildau; 2I-Shou University; 3HZDR

12:10 PMEffects of Post-Extrusion Thermo-Mechanical Treatment on Characteristics of 9Cr Nanostructured Ferritic Alloy: Ji-Hyun Yoon1; Yongbok Lee1; Suk-Hoon Kang1; Thak Sang Byun2; David Hoelzer2; 1Korea Atomic Energy Research Institute; 2Oak Ridge National Laboratory

Modeling and Experimental Validation of Multiscale Mechanical Behavior from Atomic Scale to Macro Scale: Size EffectsSponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Mechanical Behavior of Materials Committee, TMS: Nanomechanical Materials Behavior Committee, TMS: Process Technology and Modeling Committee, TMS: Shaping and Forming CommitteeProgram Organizers: Nathan Mara, Los Alamos National Laboratory; Jian Wang, Los Alamos National Laboratory; Brad Boyce, Sandia National Laboratories; Jennifer Carter, Case Western Reserve University; Anthony Rollett, Carnegie Mellon University; Jonathan Zimmerman, Sandia National Laboratories


Session Chairs: Andrew Minor, University of California, Berkeley; Ibrahim Karaman, Texas A&M University

8:30 AM InvitedAn Explanation of the Power-Exponent in the Size Effect on Strength in Micro-Crystals: Alfonso Ngan1; Rui Gu1; 1University of Hong Kong

9:00 AMSize Effect on the Mechanical Properties of Amorphous Alloys: G.P. Zheng1; H.Y. Zhang1; 1Hong Kong Polytechnic University

9:20 AM InvitedProbing the Origin and Evolution of Strength and Ductility in Small Volumes with In Situ TEM Nanomechanical Testing: Andrew Minor1; 1UC Berkeley & LBL

9:50 AMLength Scale Effects on Experimental Investigations of Nano-Scale Metallic Multilayer Systems: Rachel Schoeppner1; Niaz Abdolrahim1; Hussein Zbib1; David Bahr1; 1Washington State University

10:10 AM Break

10:20 AM InvitedSize Dependent Actuation Mechanisms of Ferromagnetic Shape Memory Alloys in Sub-micron/Nano Size Scale: Nevin Ozdemir1; Ibrahim Karaman1; Nathan Mara2; 1Texas A&M University; 2Los Alamos National Laboratory

10:50 AMIn Situ TEM Compression Testing of Natural Quartz Nanopillars for Paleo-Piezometry: Eita Tochigi1; Eloisa Zepeda2; Hans-Rudolf Wenk2; Andrew Minor1; 1Lawrence Berkeley National Laboratory; 2University of California, Berkeley

11:10 AMSurface Induced Deformation and Spontaneous Contraction of Nanoporous Gold: Xing-Long Ye1; Hai-Jun Jin1; 1Institute of Metal Research, Chinese Academy of Sciences

11:30 AMEffect of Zero-Point Vibrations on the Peierls Stress of Dislocations: Laurent Proville1; David Rodney2; Mihai-Cosmin Marinica1; 1Commissariat à l’Energie Atomique; 2INP Grenoble

11:50 AMIn Situ Transmission Electron Microscopy Studies of Size- Dependent Plasticity in Ceramic Materials: Sara Kiani1; Suneel Kodambaka1; A. M. Minor1; Jenn-Ming Yang1; 1UCLA

Modeling of Multi-Scale Phenomena in Materials Processing - III: Heat TreatmentSponsored by:TMS Materials Processing and Manufacturing Division, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Process Technology and Modeling Committee, TMS: Integrated Computational Materials Engineering CommitteeProgram Organizers: Adrian Sabau, Oak Ridge National Laboratory; Anthony Rollett, Carnegie Mellon University; Laurentiu Nastac, The University of Alabama; Jonathan Madison, Sandia National Laboratories; Mei Li, Ford Motor Company


Session Chairs: Jonathan Madison, Sandia National Laboratories; Jean-Marie Drezet, Ecole Polytechnique Fédérale de Lausanne


8:35 AM InvitedInternal Stress Generation During Quenching of Thick Heat Treatable Aluminium Alloys: Jean-Marie Drezet1; Nicolas Chobaut1; Patrick Schloth1; Helena Van Swygenhoven2; 1Ecole Polytechnique Federale Lausanne; 2Paul Sherrer Institut, Switzerland

9:20 AMMultiscale Modeling of Microstructure Evolution during Thermo-Mechanical Processing: Ravi Shankar1; Wei-Tsu Wu1; Alexandar Bandar1; Masoud Anahid1; Sivom Manchiraju1; Jin Yong Oh1; 1Scientific Forming Technologies Corporation

9:45 AMThermo-Metallo-Mechanical Modelling of an Austenitic Stainless Steel Bead-on-Plate Weld: Koen Decroos1; 1Catholic University of Leuven

10:10 AM Break

10:40 AMA High Order Mathematical Model for Calculating Casting Temperature Field Based on ADI Method: Xiaofeng Niu1; Wei Liang1; 1Taiyuan University of Technology


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11:05 AMMicrostructure Evolution Modeling for Solution Treatment of Aluminum Alloys: Hebi Yin1; Adrian Sabau1; Timothy Skszek2; Xiaoping Niu3; 1Oak Ridge National Laboratory; 2Vehma International; 3Promatek Research Centre

11:30 AMYield Strength Prediction for Rapid Age-hardening Heat Treatment of Aluminum Alloys: Hebi Yin1; Adrian Sabau1; Gerard Ludtka1; Timothy Skszek2; Xiaoping Niu3; 1Oak Ridge National Laboratory; 2Vehma International; 3Promatek Research Centre

Nanostructured Materials for Lithium Ion Batteries and for Supercapacitors: Nanostructured Materials for Lithium Ion Batteries and for Supercapacitors Session IIISponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Energy Conversion and Storage CommitteeProgram Organizer: David Mitlin, University of Alberta and NINT NRC


Session Chairs: David Mitlin, University of Alberta and NINT NRC; Reza Shahbazian-Yassar, Michigan Technological University; Peter Kalisvaart, University of Alberta; Zhi Li, University of Alberta

8:30 AM InvitedThe Electrochemical Flow Capacitor for Efficient Grid-Scale Energy Storage: Yury Gogotsi1; Chris Dennison1; 1Drexel University

8:50 AM InvitedNanocomposite Materials for Energy Storage Devices: From Supercapacitors to Li-Ion Batteries: Gleb Yushin1; 1Georgia Institute of Technology

9:10 AM InvitedCarbonized Chicken Eggshell Membranes with 3D Architectures as High-Performance Electrode Materials for Supercapacitors: Zhi Li1; Chris Holt1; Babak Shalchi Amirkhiz1; Xuehai Tan1; David Mitlin1; 1University of Alberta

9:30 AM InvitedHierarchical Carbon Scaffolds for Batteries and Supercapacitors: Emmanuel Giannelis1; 1Cornell University

9:50 AM InvitedChemical Synthesis, Computational Modeling, and Surface Reactions of Silicon Nanotube Anodes and Silicate Cathodes for Lithium Ion Batteries: Christopher Hinkle1; Amandeep Sra1; David Arreaga-Salas1; Joseph Rossi1; Roberto Longo1; Katy Roodenko1; KJ Cho1; Yves Chabal1; 1University of Texas at Dallas

10:10 AM Break

10:30 AM InvitedFlexible Nanostructured Composite Electrodes for High Performance Supercapacitors: Xiaodong Li1; 1University of South Carolina

10:50 AM InvitedGraphenic Material for High Performance Li-Ion Battery Electrodes: Harold Kung1; Xin Zhao1; Cary Hayner1; Mayfair Kung1; 1Northwestern University

11:10 AM InvitedTobacco Mosaic Virus Enabled Si Anodes and LiFePO4 Cathodes for Li-Ion Batteries: Chunsheng Wang1; Kang Xu2; James Culver1; Reza Ghodssi1; 1University of Maryland; 2Army Research Lab

11:30 AM InvitedCapacitive Energy Storage Using Carbon Supercapacitor: From Modeling to Device: Jingsong Huang1; Rui Qiao2; Vincent Meunier3; Bobby Sumpter1; 1Oak Ridge National Laboratory; 2Clemson University; 3Rensselaer Polytechnic Institute

11:50 AM InvitedDefective Carbon Nanomaterials as the Cathodes for High Performance Lithium Batteries: Xinwei Cui1; Weixing Chen1; 1University of Alberta

12:10 PMControllable Fabrication of SnO2/SnCo Nanocomposites as Anodes for Lithium Ion Batteries: Youlan Zou1; 1Central South University

Neutron and X-Ray Studies of Advanced Materials VI: Centennial and Beyond: Diffraction Across the Time and Length ScaleSponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Rozaliya Barabash, Oak Ridge National Laboratory; Xun-Li Wang, City University of Hong Kong; Jaimie Tiley, US Air Force Research Laboratory; Gernot Kostorz, ETH Zurich; Brent Fultz, California Institute of Technology; Peter Liaw, University of Tennessee


Session Chairs: Olivier Delaire, ORNL; Xun-Li Wang, City University of Hong Kong

8:30 AM KeynoteDiffraction from Nanocrystalline Materials: Paolo Scardi1; 1University of Trento

8:55 AM InvitedIn Situ X-ray Studies of Reactive Synthesis of Metastable Materials: Carol Thompson1; Edith Perret2; Weronika Walkosz2; Matthew Highland2; Stephen Streiffer2; Paul Fuoss2; Peter Zapol2; G. Brian Stephenson2; 1Northern Illinois University; 2Argonne National Laboratory

9:15 AM InvitedNanosize Heterogeneities in Gum-Metals: Masato Ohnuma1; S Koppoju1; Y Oba1; S Kuramoto2; T Furuta2; M Furusaka3; M Eldrup4; 1National Institute for Materials Science; 2Toyota central research; 3Hokkaido University; 4DTU Riso campus

9:35 AM InvitedAdvances in Serial Femtosecond Crystallography at XFELs: Kenneth Beyerlein1; 1DESY

9:55 AM Break

10:05 AM InvitedSynchrotron X-Ray Diffraction of Bone and Teeth to Study Load Partitioning between Mineral and Protein Phases: David Dunand1; Alix Deymier-Black1; Anjali Singhal1; Fang Yuan1; Jonathan Almer2; Catherine Brinson1; 1Northwestern University; 2Argonne National Laboratory

10:15 AM InvitedRigorous Simulation of X-Ray Thermal Diffuse Scattering: Ruqing Xu1; Tai-Chang Chiang2; 1Argonne National Laboratory; 2University of Illinois at Urbana-Champaign

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10:45 AM InvitedNew Class of Solid-State Phase Transitions with Purely Dynamical Order: Michael Manley1; 1Lawrence Livermore National Laboratory

11:05 AM InvitedIn-Situ Neutron Diffraction and Crystal Plasticity Modeling of a-Uranium: Rupalee Mulay1; Christopher Calhoun1; Elena Garlea2; Thomas Sisneros3; Sean Agnew1; 1University of Virginia; 2Y-12 National Security Complex; 3Los Alamos National Laboratory

11:25 AMAn In-Situ Diffraction Study of the Thermal Stability of Texture and Microstructure as a Function of Processing Parameters for Cu/Nb Nanolamellar Composites fabricated via Accumulative Roll Bonding: John Carpenter1; Sven Vogel1; Rodney McCabe1; Shijian Zheng1; Ruifeng Zhang1; Irene Beyerlein1; Nathan Mara1; 1Los Alamos National Laboratory

11:45 AMAnharmonic Phonon Behavior in α-Fe at High Temperatures: Lisa Mauger1; Matthew Lucas2; Jorge Munoz1; Sally Tracy1; Brent Fultz1; 1California Institute of Technology; 2Air Force Research Laboratory

11:55 AM InvitedInvestigating Microscopic Heat Transport with Neutron Scattering: Olivier Delaire1; 1Oak Ridge National Laboratory

12:15 PMIn Situ Synchrotron Investigation of the Martensitic Phase Transformation in High-Alloyed Austenitic Cast Trip Steel under High Hydrostatic Pressure: Anja Weidner1; Stephanie Ackermann1; Sebastian Henkel1; Dirk Kulawinski1; Gerd Lathe2; Markus Schwarz1; Christian Schimpf1; Christian Segel1; David Rafaja1; Horst Biermann1; 1TU Bergakademie Freiberg; 2Geofroschungszentrum Potsdam

12:30 PM InvitedIn Situ X-Ray Studies of La0.6Sr0.4Co0.2Fe0.8O3-\948 Thin Films under Applied Electrochemical Potential: Edith Perret1; Mitchell Hopper1; Jeffrey Eastman1; Peter Baldo1; Kee-Chul Chang1; Brian Ingram1; Hoydoo You1; Paul Fuoss1; 1Argonne National Laboratory

Ni-Co 2013: ElectrometallurgySponsored by:The Minerals, Metals and Materials Society, Metallurgical Society of the Canadian Institute of Mining Metallurgy and Petroleum, Chinese Society for Metals, GDMB Society for Mining, Metallurgy, Resource and Environmental Technology, Society for Mining Metallurgy and Exploration, Mining and Materials Processing Institute of Japan, Associacao Brasileira de Metalurgia, Materiais e Mineracao, Southern African Institute of Mining and Metallurgy (SAIMM), Minerals Engineering International Online, Cobalt Development Institute, Societe Francaise de Metallurgie et de Materiaux, TMS Extraction and Processing Division, TMS: Hydrometallurgy and Electrometallurgy Committee, TMS: Pyrometallurgy CommitteeProgram Organizer: Thomas Battle, Midrex Technologies


Session Chairs: Michael Moats, Missouri University of Science and Technology; Nathan Stubina, Barrick Gold Corp

8:30 AMAcid Mist Abatement in Base Metal Electrowinning: Tim Robinson1; David White2; Ross Grassi3; 1Republic Alternative Technologies; 2Snowden mining Industry Consultants; 3Amec Mining and Metals/Australia

8:55 AMBoleo Cobalt Electrowinning Development: Jianming Lu1; David Dreisinger1; Thomas Gluck2; 1University of B.C.; 2Baja Mining

9:20 AMComparison of Intercell Contact Bars for Electrowinning Plants: Chris Boon1; Rob Fraser1; Tim Johnston1; Douglas Robinson1; 1Hatch

9:45 AMNickel and Cobalt Recovery from a Disseminated Nickel Concentrate Using the CESL Process: Tannice McCoy1; Keith Mayhew1; 1Teck Resources Limited

10:10 AM Break

10:20 AMHigh Current Density Electrowinning of Nickel in EMEW Cells: Jeremy Robinson1; Ian Ewart1; Michael Moats2; Shijie Wang3; 1Electrometals USA; 2Missouri University of Science and Technology; 3Rio Tinto Kennecott Utah Copper

10:45 AMProcess Measurement and Controlling of the Electro Refining/Winning Operations: Shijie Wang1; Daniel Kim1; 1Rio Tinto Kennecott Utah Copper

11:10 AMHelm Tracker™ Cathode Current Sensing Technology: Tim Johnston1; Rob Fraser1; John Yesberg1; Sebastien Nolet1; Chris Boon1; 1Hatch

11:35 AMThe Effects of Dithionate and Thiosulfate Ions on the Deposition of Cobalt and Nickel from Sulfate Solutions: Michael Nicol1; Venny Tjandrawan1; 1Murdoch University


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Novel Synthesis and Consolidation of Powder Materials : Novel Synthesis, Processing and Consolidation of Powder MaterialsSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Powder Materials CommitteeProgram Organizers: Ma Qian, The University of Queensland; Iver Anderson, The Ames Laboratory

Tuesday AM Room: Lone Star Salon CMarch 5, 2013 Location: Grand Hyatt

Session Chairs: Zak Fang, The University of Utah; Deliang Zhang, The University of Waikato

8:30 AMMetallic Nanocomposites Powders Fabricated through Nanoparticle Assembly with Aluminum in Immiscible Molten Salt: Jiaquan Xu1; Lianyi Chen1; Hongseok Choi1; Hiromi Konishi1; Xiaochun Li1; 1University of Wisconsin-Madison

8:50 AM InvitedChemical Synthesis and Physical Dispersion of Cobalt Nanoparticles by Liquid Phase Reduction: Young Do Kim1; Seoung Yeul Kwak1; Jin Ho Lee1; Hyun Seon Hong2; 1Hanyang University; 2Institute for Advanced Engineering

9:20 AM InvitedFabrication of Structural and/or Functional Powders by Gas Atomization Process: Soon-Jik Hong1; 1Kongju National University and Institute for Rare Metals

9:50 AMFragmentation of TiN Particles by Ultrasonic Treatment: Jiyu Ma1; Jinwu Kang1; Tianyou Huang1; 1Tsinghua University

10:10 AM Break

10:30 AMUltrasound Atomizer-Microwave Heating Joint Synthesis of ZnO Nano-Powders with Shell-Structures: Lei Guo1; 1Key Laboratory of Unconventional Metallurgy, Kunming University of Science and Technology

10:50 AMLow-Temperature Combustion Synthesis Method for Preparation of Tungsten Carbide as Gas Diffusion Electrodes Catalyst: Ping Li1; Liqun Cui1; Mingli Qin1; Xuanhui Qu1; 1University of Science and Technology Beijing

11:20 AMNovel Process to Produce Functionally Graded (FG) Cemented Tungsten Carbide and Its Mechanical Properties: Kyu Sup Hwang1; Xu Wang1; Peng Fan1; Zhigang Fang1; 1University of Utah

11:40 AMThe Effect of Structural Homogeneity and Refinement on Mechanical Properties for WC-FeAl Composites: Ryoichi Furushima1; Akihiro Matsumoto1; Kiyotaka Katou1; Hiroyuki Hosokawa1; 1Nationa Institute of Advanced Industrial Science and Technology

12:00 PMNanostructured Multi-Phase Titanium Based Materials Consolidated from Particles by Severe Plastic Deformation: Wei Xu1; Xianshun Wei1; Edward Lui1; Matthieu Bardet1; Jean-Francois Silvain2; Kenong Xia1; 1University of Melbourne; 2CNRS, Universite de Bordeaux

Pb-free Solders and Emerging Interconnect and Packaging Technologies: Mechanical Behavior ISponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Electronic Packaging and Interconnection Materials CommitteeProgram Organizers: Nikhilesh Chawla, Arizona State University; Srinivas Chada, Whirlpool; Darrel Frear, Freescale Semiconductor; John Elmer, LLNL; Tae-Kyu Lee, Cisco Systems; Yan Li, Intel; Laura Turbini, Research In Motion; Kwang-Lung Lin, National Cheng Kung University; Sohoon Yoo, Korea Institute of Industrial Technology



8:30 AMHigh Temperature Nanoindentation of Microstructural Constituents in a Sn-rich Pb-Free Solder: Jon Molina-Aldareguía1; Saeid Lotfian1; Kyle Yazzie2; Javier LLorca1; Nikhilesh Chawla2; 1IMDEA Materials Institute, 28040-Madrid, Spain; 2Arizona State University

8:50 AMMechanical Properties of Single Grain Cu6Sn5 Intermetallic Compound (IMC) Using Combined Nanoindentation and Electron Backscatter Diffraction (EBSD) Imaging: Ousama Abdelhadi1; Leila Ladani1; 1University of Alabama

9:10 AMEffect of Solder Microstructure on Mechanical and Thermal Shock Properties: Anil Kantarcioglu1; Mustafacan Kutsal1; Eren Kalay1; 1METU

9:30 AM Break

9:50 AMInfluence of the IMC Size on the Mechanical Behavior in Miniaturized Solder Interconnects: Julien Magnien1; Golta Khatibi1; Herbert Ipser1; 1University of Vienna

10:10 AMEffect of Thermal Cycling on Interface Evolution in Sn-3.5Ag Solder Joints: Govindarajan Muralidharan1; Chad Parish1; Kanth Kurumaddali1; Scott Leslie2; 1Oak Ridge National Laboratory; 2Powerex Inc

10:30 AMCombined Experimental and Computational Study on the Activity of Slip Systems in Single-Joint Tensile Deformation: Payam Darbandi1; Farhang Pourboghrat1; Thomas Bieler1; Tae-Kyu Lee2; 1Michigan State University; 2Cisco Systems, Inc

10:50 AMFailure of Solder Joints Investigated at the Relevant Length Scale: Bastian Philippi1; Andreas Schießl2; Angelika Schingale2; Gerhard Dehm3; 1Materials Center Leoben; 2Continental Automotive GmbH; 3Austrian Academy of Sciences

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Phase Stability, Phase Transformations, and Reactive Phase Formation in Electronic Materials XII: Interfacial Reactions of the Pb-free Solder JointsSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Alloy Phases CommitteeProgram Organizers: Chao-hong Wang, National Chung Cheng University; Chih-Ming Chen, National Chung Hsing University; Jae-Ho Lee, Hongik University; Ikuo Ohnuma, Tohoku University; Clemens Schmetterer, TU Bergakademie Freiberg; Yee-Wen Yen, National Taiwan University of Science and Technology; Shien-Ping Feng, The University of Hong Kong; Shih-Kang Lin, National Cheng Kung University


Session Chairs: Chih-Ming Chen, National Chung Hsing University; Shien-Ping Feng, The University of Hong Kong

8:30 AM InvitedReaction Evolution and Alternating Layer Formation in Sn/(Bi1-xSbx)2Te3 Couples: Sinn-wen Chen1; Hsin-jay Wu1; Chih-yu Wu1; Chun-fei Chang1; Chung-yi Chen1; 1National Tsing Hua University

8:50 AMInterfacial Reactions in the Cu/Ga/Cu Sandwich Joints: Cheng-liang Cho1; Shih-kang Lin1; 1National Cheng Kung University

9:05 AMInterfacial Reactions between Au-Ge Eutectic Solders and Cu Substrates: Bo-Hsun Hsu1; Shih-kang Lin1; 1National Cheng Kung University

9:20 AMRetardation of Cu-Sn Intermetallic Compounds at the Sn-3.0Ag-0.5Cu-0.1Ni/Cu-15Zn Interface during Thermal Aging: Wei-Yu Chen1; Chi-Yang Yu1; Jenq-Gong Duh1; 1National Tsing Hua University

9:35 AMVolume Shrinkage Induced by Interfacial Reactions in Micro Joints: C. Li1; J. Yu1; Z. Zhu1; C. Kao1; 1National Taiwan University

9:50 AMDiffusion Barrier Characteristic and Breakdown Mechanism of Ni3P Crystalline Layer in Sn-3.0Ag-0.5Cu/ENEPIG Solder Attachments with Ultrathin Ni-P Deposit: Cheng Ying Ho1; Jenq-Gong Duh1; 1National Tsing Hua University

10:05 AM Break

10:20 AM InvitedKinetics of Solid-State Reactive Diffusion between Sn and Ni-V Alloys: Masanori Kajihara1; 1Tokyo Institute of Technology

10:40 AMLinear Growth and Cruciform Pattern Formation in Sn-Zn/Ni Interfacial Reactions: Chao-hong Wang1; Hsien-hsin Chen1; 1National Chung Cheng University

10:55 AMEBSD Investigation of Cu-Sn IMC Microstructural Evolution in the Cu/Sn-Ag/Cu Microbumps during Isothermal Annealing: Wei-Hsiang Wu1; Ling-Huang Hsu1; Chun-Chieh Wang1; Cheng-En Ho1; 1Yuan Ze University

11:10 AMSolid-State Reactions by Surface and Bulk Diffusion between Sn-3.5Ag Solder and Ag Substrate: Beom-Yong Lee1; Joo-Youl Huh1; 1Korea University

11:25 AMInterfacial Reactions of SAC305 on ECEPIG and EC Surface Finishes: Jia-Hong Hong1; Albert T. Wu1; 1National Central University

11:40 AMEffects of Pd(P) Thickness on Microstructure and Mechanical Behavior in Sn-3.0Ag-0.5Cu/Au/Pd/Ni-P Solder Joints during Soldering: Wen-Lin Chen1; Jenq-Gong Duh1; 1National Tsing Hua University

11:55 AMMultiphase Intermetallic Growth in Space-Confined Ni/Sn/Cu Diffusion Couples: Wen-Lin Shih1; C. Robert Kao1; 1National Taiwan Universuty

Phase Transformation and Microstructural Evolution: General Phase Transformations - Non-Ferrous: Part IISponsored by:TMS Materials Processing and Manufacturing Division, TMS: Chemistry and Physics of Materials Committee, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Phase Transformations Committee, TMS: Process Technology and Modeling Committee, ASM: Alloy Phase Diagrams CommitteeProgram Organizers: Amy Clarke, Los Alamos National Laboratory; Sudarsanam Suresh Babu, Ohio State University; Rajarshi Banerjee, University of North Texas; John Morral, Ohio State University; Brian Gleeson, University of Pittsburgh; Carelyn Campbell, National Institute of Standards & Technology; Yongho Sohn, University of Central Florida; Yunzhi Wang, Ohio State University


Session Chairs: Dan Thoma, Los Alamos National Laboratory; Robert Field, Los Alamos National Laboratory

8:30 AMA Microstructurally-Driven Materials Design Approach for Magnesium Alloy Development: Zachary Bryan1; Michele Manuel1; 1University of Florida

8:50 AMCrystallographic and Kinetic Origins of Acicular and Banded Microstructures in U-Nb Alloys: Dan Thoma1; Robert Field1; 1Los Alamos National Laboratory

9:10 AMCubic to Trigonal Phase Transformation Due to Inclusion of the Boron in the Lattices of Ni3Al Phase Found at the Grain Boundaries of Boron Doped Ni3Al Alloy: Mohammad Shamsuzzoha1; 1University of Alabama

9:30 AMEffect of Precipitate Microstructure on Strength of Alloy 718: Duchao Lv1; Ning Zhou1; Donald Mcallister1; Michael Mills1; Yunzhi Wang1; 1OSU MSE


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9:50 AMEvolution of Two-Phase Gamma-Gamma-Prime’ Microstructure in a Ternary Co-W-Al Alloy: Eric Lass1; Peter Bocchini2; Kil-Won Moon1; Maureen Williams1; Carelyn Campbell1; Ursula Kattner1; David Dunand2; David Seidman2; 1NIST; 2Northwestern University

10:10 AM Break

10:30 AMMartensite Superelasticity in Beta-Ti Alloys: Oliver Joris1; David Dye1; Nick Jones2; 1Imperial College; 2Cambridge

10:50 AMMartensitic Transformation in NiTi and NiTiCu Shape Memory Alloys: Lagrangian Dynamics Simulation: Oleg Shchyglo1; Umut Salman2; Alphonse Finel3; 1ICAMS, Ruhr University Bochum; 2Harvard School of Engineering and Applied Sciences; 3LEM ONERA-CNRS

11:10 AMPhase Stability of Ternary Antifluorite Type Compounds in the Quasi-Binary Systems Mg2X-Mg2Y (X,Y=Si, Ge, Sn) Via Ab-Initio Calculations: Romain Viennois1; Philippe Jund1; Catherine Colinet2; Jean-Claude Tédenac1; 1Université Montpellier 2 - ICGM; 2Science et Ingénierie des Matériaux et Procédés,CNRS

11:30 AMStructural Evolution and Phase Transformation in Ni50-xMn39Sn11+x Alloys: Wu Wang1; Jinke Yu2; Sichuang Xue2; Qijie Zhai3; Hongxing Zheng2; 1Shanghai University, Laboratory for Microstructures ; 2Shanghai University, Laboratory for Microstructures; 3Shanghai University, Laboratory of Modern Metallurgy & Materials Processing

11:50 AMThe B2-B19’-BCO Transformation in Ni-Ti: An Ab-Initio Investigation: Anjana Talapatra1; Raymundo Arroyave1; 1Texas A&M University

12:10 PMInvestigation of the Effect of Ta Content on the Phase Transformation of a New High-Temperature Co-Based Superalloy: Peyman Samimi1; Juah Song1; Yue Liu1; P. Collins1; 1University of North Texas

Phase Transformation and Microstructural Evolution: Non-conventional Phase Transformation Paths: Part ISponsored by:TMS Materials Processing and Manufacturing Division, TMS: Chemistry and Physics of Materials Committee, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Phase Transformations Committee, TMS: Process Technology and Modeling Committee, ASM: Alloy Phase Diagrams CommitteeProgram Organizers: Amy Clarke, Los Alamos National Laboratory; Sudarsanam Suresh Babu, Ohio State University; Rajarshi Banerjee, University of North Texas; John Morral, Ohio State University; Brian Gleeson, University of Pittsburgh; Carelyn Campbell, National Institute of Standards & Technology; Yongho Sohn, Univ of Central Florida; Yunzhi Wang, Ohio State University


Session Chairs: Rajarshi Banerjee, University of North Texas; Sudarsanam Babu, The Ohio State University


8:35 AM InvitedNon-Conventional Transformation Pathways in Titanium Alloys: Hamish Fraser1; Yufeng Zheng1; Robert Williams1; Soumya Nag2; Srivillipurthur Srinivasan2; Peter Collins2; Rajarshi Banerjee2; 1The Ohio State University; 2University of North Texas

9:05 AM InvitedPhase Transformation Pathways: Partha Ghosh1; A. Arya1; R. Tewari1; G. Dey1; S. Banerjee1; 1Bhabha Atomic Reseach Centre

9:35 AMNon-Conventional Microstructure Formation through Devitrification of Al-RE Metallic Glass: Can Yildirim1; Mert Ovun1; E. Park2; Ryan Ott2; Paul Voyles3; Matthew Kramer2; Eren Kalay1; 1METU; 2Ames Laboratory US DOE; 3University of Wisconsin, Madison

9:55 AM Break

10:10 AM InvitedHigh Magnetic Field Processing: The Enabling Disruptive Science and Technology Path to Achieve the Next Generation of Structural and Functional Materials: Gerard Ludtka1; Gail Ludtka2; John Wilgen1; Roger Kisner1; Don Nicholson1; Orlando Rios1; Chad Parish1; Michael Brady1; 1Oak Ridge National Laboratory; 2Retired from Oak Ridge National Laboratory

10:40 AM InvitedNitride Precipitation in Compositionally Heterogeneous Alloys: A Non Conventional Phase Transformation Path: Goune Mohamed1; Van Landeghem Hugo2; Jessner Peter3; Danoix Frederic4; Danoix Raphael4; Béatrice Hannoyer4; Abdelkrim Redjaimia2; Thierry Epicier5; 1ICMCB-Bordeaux1; 2IJL; 3GPM; 4GPM-Université de Rouen; 5MATEIS-INSA de Lyon

11:10 AM InvitedAberration Corrected Lorentz Microscopy of Magnetic Domains in Finely Twinned Ferromagnetic Shape Memory Alloys: Shan Hua1; Abhijeet Budruk1; Marc De Graef1; 1Carnegie Mellon University

11:40 AM InvitedDeformation-Induced Transformation Reactions: John Perepezko1; Zhe Wang1; 1University of Wisconsin-Madison

12:10 PMEvolution of Microstructure at High Speed Frictional Interfaces: Jacqueline Milhans1; James Hammerberg1; Ramon Ravelo2; Timothy Germann1; Brian Holian1; 1Los Alamos National Laboratory; 2Physics Dept, University of Texas

Physical and Mechanical Metallurgy of Shape Memory Alloys: NiTi (Hf,Zr) Shape Memory AlloysSponsored by:TMS/ASM: Phase Transformations CommitteeProgram Organizers: Haluk Karaca, University of Kentucky; Ibrahim Karaman, Texas A&M University; Othmane Benafan, NASA Glenn Research Center; Ryosuke Kainuma, Tohoku University; Hans Jurgen Maier, Univ of Paderborn

Tuesday AM Room: Lone Star Salon BMarch 5, 2013 Location: Grand Hyatt

Session Chairs: Ronald Noebe, NASA Glenn; Peter Anderson, Ohio State University

8:30 AMEffects of Precipitation on the Thermomechanical Response of Ni-Ti-Hf High Temperature Shape Memory Alloys: Xiang Chen1; Daniel Coughlin1; Michael Mills1; Glen Bigelow2; Ronald Noebe2; Peter Anderson1; 1The Ohio State University; 2NASA Glenn Research Center

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9:00 AMCharacteristics of a New Precipitate Phase in Ni-rich Ni-Ti-Hf and Ni-Ti-Zr High Temperature Shape Memory Alloys: Ruben Santamarta1; Jaume Pons1; Alper Evirgen2; Raymundo Arroyave2; Haluck Karaca3; Ibrahim Karaman2; Ronald Noebe4; 1University of the Balearic Islands; 2Texas A&M University; 3University of Kentucky; 4NASA Glenn Research Center

9:20 AMCharacterizations of a Precipitate Phase in Ni Rich NiTiHf Alloys: Fan Yang1; Patrick Phillips2; Daniel Coughlin1; Limei Yang1; Arun Devaraj3; Libor Kovarik3; Ronald Noebe4; Michael Mills1; 1The Ohio State University; 2University of Illinois at Chicago; 3EMSL, Pacific Northwest National Laboratory; 4NASA Glenn Research Center

9:40 AMMicrostructural Characterization and Shape Memory Behaviour in Ni-29.7Ti-20Hf (at.%): Billy Hornbuckle1; Taisuke Sasaki2; Ron Noebe3; Glen Bigelow3; Mark Weaver1; Gregory Thompson1; 1University of Alabama; 2National Institute for Materials Science; 3NASA Glenn Research Center

10:00 AM Break

10:20 AMEffects of Composition and Heat Treatments on the Shape Memory Behavior of NiTiHf alloys: Sayed Saghaian1; Haluk Karaca1; Hirobumi Tobe1; Ronald Noebe2; 1University of Kentucky; 2NASA Glenn research Center

10:40 AMComposition and Aging Effects for Nickel Rich NiTiHf Alloys: Daniel Coughlin1; Glen Bigelow2; Anita Garg2; Ronald Noebe2; Michael Mills1; 1The Ohio State University; 2NASA Glenn Research Center

11:00 AMEffect of Heat Treatment Temperature on Shape Memory Characteristics in Ti38-Ni50-Hf12 Shape Memory Alloy: Chang Seok Bae1; Won Ki Ko1; Jae Il Kim1; 1Dong-a University

11:20 AMHardness and Microstructure Stability in Ni-Rich Nitinol Alloys with and without Hf Additions: Billy Hornbuckle1; Taisuke Sasaki2; Ron Noebe3; Mark Weaver4; Gregory Thompson1; 1University of Alabama; 2National Institute for Materials Science; 3NASA Glenn Research Center; 4 University of Alabama

11:40 AMEffect of Ni Content on Aging Behavior of (88-X)Ti-XNi-12Hf(X=50.0~51.0)(at%) Alloys: Jeung-won Jo1; Nam-seok Kim1; Jong-taek Yeom2; Jae-geun Hong2; Jae-il Kim3; Tae-hyun Nam1; 1Gyeongsang National University; 2Korean Institute of Materials Science; 3University of Dong-A

12:00 PMWorkability and Martensitic Transformation of (88-X)Ti-XNi-12Hf (X=50.0~49.0)(at%) Alloys: Nam-Seok Kim1; Jeung-Won Jo1; Jong-Taik Yeom2; Jae-Geun Hong2; Jae-il Kim3; Tae-Hyun Nam1; 1Gyeongsang National University; 2Korean Institute of Materials; 3University of Dong-A

Recent Developments in Biological, Electronic, and Functional Thin Films and Coatings: Biological, Electronic, and Functional Thin Films and Coatings III

Sponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Thin Films and Interfaces CommitteeProgram Organizers: R. Narayan, UNC/NCSU Joint Department of Biomedical Engineering; Choong-Un Kim, University of Texas at Arlington; Jian Luo, Clemson University; Nancy Michael, University of Texas at Arlington; Nuggehalli Ravindra, New Jersey Institute of Technology; Adele Carradò, IPCMS


Session Chair: N. M. Ravindra, New Jersey Institute of Technology

8:30 AMA Novel Dip-Coating Method for Metaliziing Alumina with Aluminum Film: Xiao-shan Ning1; 1Tsinghua University

8:50 AMCuCoMnOx as a Functional Coating for Solar Absorbers Using Sol Gel Technique: Nahed El Mahallawy1; Ali Yehia1; Shoeib Madiha2; 1The German University in Cairo; 2CMRD

9:10 AMCu-Ni-Mo Films with Low Electrical Resistivities and High Thermal Stabilities Designed by the Cluster-Plus-Glue-Atom Model: Xiaona Li1; Jinn P Zhu2; Qing Wang1; Chuang Dong1; 1Dalian University of Technology; 2National Taiwan University of Science and Technology

9:30 AMOrientation Dependence of Interface Layer on High-k/GaN MOS Structures: Jung Woo1; Derek Johnson1; Mary Coan2; Harlan Harris1; 1Texas A&M University; 2National Aeronautics and Space Administration

9:50 AM Break

10:10 AMDeposition and Characterization of Tungsten Carbide Thin Films by DC Magnetron Sputtering for Wear Resistant Applications: Tolga Tavsanoglu1; Ceren Begum1; Murat Alkan1; Onuralp Yucel1; 1Istanbul Technical University

10:30 AMEffect of Temperature on the Structure and Corrosion Properties of Nano-Twin Cu Thin Film Deposited by Unbalanced Magnetron (UBM) Sputtering: Kai Hung Yang1; Fan-Yi Ouyang1; 1National Tsing Hua University


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Recent Developments in the Processing, Characterization, Properties, Performance and Applications of Metal Matrix Composites: Processing, Microstructure and Mechanical Properties IISponsored by:TMS Structural Materials Division, TMS/ASM: Composite Materials CommitteeProgram Organizers: Martin Pech-Canul, Centro de Investigacion y de Estudios Avanzados del Instituto Politecnico Nacional; Zariff Chaudhury, Materion Coporation; Golam Newaz, Wayne State University

Tuesday AM Room: Bowie AMarch 5, 2013 Location: Grand Hyatt


8:30 AMProduction and Nanostructure of Carbon Nanotubes and Diamond Based Composite Materials: F. Khalid1; 1GIK Inst. Eng. Sci & Tech

8:50 AMElectrical Conductivity and Thermal Shock Resistance of Mo-ZrO2 Cermet: Lei Tang1; Yanling Guo1; Tao Zeng1; Jieyu Zhang1; Jifang Xu2; Jianchao Li3; Fei Ruan1; 1Shanghai University; 2Soochow University; 3Vocational and Industry Institute of Hebei

9:10 AMElectrode Process of Al (III) and Its Surface Alloying on Cu Substrate in AlCl3-NaCl Melts: Hongmin Kan1; Ning Zhang1; Xiaoyang Wang1; 1Shenyang University

9:30 AMBehavior of Al4C3 in Al/TiC Composites under Controlled Humid Environment: Evangelina Trujillo-Vázquez1; Martin Pech-Canul1; Saúl Gallardo-Heredia1; José Flores-García1; 1Centro de Investigacion y de Estudios Avanzados del Instituto Politecnico Nacional

9:50 AMEffect of Reinforcement Coating, Alloy Chemistry and Aging Treatment on the Moduli of Elasticity and Rupture of Al/SiCp Composites: Ricardo Martínez-López1; Martin Pech-Canul1; Maximo Pech-Canul1; Luis Gonzalez1; Zariff Chaudhury2; Golam Newaz3; 1Centro de Investigacion y de Estudios Avanzados del Instituto Politecnico Nacional; 2Materion Corporation; 3Wayne State University

Refractory Metals 2013: Refractory Metal-based Materials IIISponsored by:TMS Structural Materials Division, TMS: Refractory Metals CommitteeProgram Organizers: David Honecker, Climax Molybdenum; Omer Dogan, DOE National Energy Technology Laboratory

Tuesday AM Room: Mission AMarch 5, 2013 Location: Grand Hyatt

Session Chairs: Todd Leonhardt, Rhenium Alloys, Inc.; Gary Rozak, H.C. Starck Inc.

8:30 AMThe Manufacture of a Novel Alloy through the Use of Mechanical Alloying and Sintering of Tungsten and Manganese Metal Powders: Shaunn Pickering1; Kevin Jaansalu2; 1Department of National Defence; 2Royal Military College of Canada


8:55 AMApplications of Bond-Order Potentials for bcc Refractory Metals: Miroslav Cak1; Thomas Hammerschmidt1; Ralf Drautz1; 1ICAMS, Ruhr-Universität Bochum


9:20 AMPredicting Deformation of Single Crystal Niobium Using Crystal Plasticity Finite Element Method: Aboozar Mapar1; Thomas Bieler1; Farhang Pourboghrat1; Christopher Compton1; 1Michigan State University


9:45 AMMechanical Properties and Constitutive Modeling of A New Tantalum Plate: Shuh Rong Chen1; G. Gray1; John Bingert1; Mike Lopez1; Veronica Livescu1; Carl Trujillo1; Carl Cady1; 1Los Alamos National Laboratory


10:10 AM Break

10:30 AMMicrostructural Observations of Dynamic Abnormal Grain Growth in Tantalum: Nicholas Pedrazas1; Thomas Buchheit2; Elizabeth Holm2; Eric Taleff1; 1University of Texas at Austin; 2Sandia National Laboratories


10:55 AMInitial Study of a Novel Tungsten – 35at% Manganese Alloy by Mechanical Alloying Technique: Ossama Elsebaie1; Kevin Jaansalu1; 1Royal Military College of Canada


11:20 AMHardness and Microstructure Changes in Tungsten Heavy Alloy Subjected to ECAE: Zachary Levin1; K. Hartwig1; Robert Barber1; David Alven1; 1Texas A&M University



REWAS 2013: Enabling Materials Resource Sustainability: Enabling Sustainability through Metal ProductionSponsored by: Chinese Society for Metals, The Mining and Materials Processing Institute of Japan (MMIJ), TMS Extraction and Processing Division, TMS: Recycling and Environmental Technologies CommitteeProgram Organizers: Christina Meskers, Umicore Precious Metals Refining; Anne Kvithyld, SINTEF; Markus Reuter, Outotec Oyj; Randolph Kirchain, Massachusetts Institute of Technology; Mark Schlesinger, Missouri University of Science and Technology; Gregory Krumdick, Argonne National Laboratory; Cong Wang, Saint-Gobain High Performance Materials; Gabrielle Gaustad, Rochester Institute of Technology; Diana A. Lados, Worcester Polytechnic Institute; Brajendra Mishra, Colorado School of Mines; Jeffrey S. Spangenberger, Argonne National Laboratory

Tuesday AM Room: 006AMarch 5, 2013 Location: Henry B. Gonzalez Convention CenterFunding support provided by: Xstrata; SINTEF; Outotec; Umicore, and CR3, the Center for Resource Recovery and Recycling

Session Chairs: Kari Heiskanen, Aalto University; Bart Blanpain, KU Leuven


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8:35 AMHighly Efficient Slag Cleaning – Latest Results from Pilot-Scale Tests: Juergen Schmidl1; Roland König2; Axel Weyer2; Rolf Degel2; Harald Kadereit1; 1Aurubis AG; 2SMS Siemag AG

9:00 AMThe Revival of Onahama Smelter & Refinery from the Disaster by the Great East Japan Earthquake: Naoki Horihata1; Shoji Kawashima1; Tetsuro Sakai1; 1Onahama Smelting & Refining Co.,Ltd

9:25 AMLeaching of Uranium and Vanadium from Korean Domestic Ore: Rajesh Kumar Jyothi1; Joon Soo Kim1; 1Korea Institute of Geoscience and Mineral Resourses (KIGAM)

9:50 AM Break

10:10 AMAssessment of Quality Improvements by Delivering Molten Aluminum Alloys Instead of Ingots: Salem Seifeddine1; Anton Bjurenstedt1; Tomas Liljenfors2; 1School of Engineering/ Jönköping University; 2Stena Aluminium AB

10:35 AMStudy of Adsorption Property of Ga(III) onto Strongly Basic Resin for Ga Extraction from Bayer Liquor: Zhuo Zhao1; Yongxiang Yang1; Hao Lu1; Zhongsheng Hua1; Xiaoling Ma2; 1Anhui University of Technology; 2Shimadzu (China) Co. Ltd

11:00 AMSynthesis of Organosilicon Complexes from Rice Husk Derived Silica Nanoparticles: Weixing Wang1; Jarett Martin2; Rong Cai2; Wenxi Huang1; Anhua Liu1; Aijie Han3; Luyi Sun2; Haoran Chen2; 1South China University of Technology; 2Texas State University; 3The University of Texas-Pan American

11:25 AMPre-drying Eucalyptus Saligna for Carbonization: Marcelo Mourao1; Lina Cardona1; Cyro Takano1; 1University of Sao Paulo

11:50 AMPGM Recycling from Catalysts in a Closed Hydrometallurgical Loop with an Optional Cerium Recovery: Stefan Steinlechner1; 1CDL for Optimization & Biomass Utilization in Heavy Metal Recycling

REWAS 2013: Enabling Materials Resource Sustainability: Enabling Sustainability through Recycling & End-of-Pipe Solutions ISponsored by: Chinese Society for Metals, The Mining and Materials Processing Institute of Japan (MMIJ), TMS Extraction and Processing Division, TMS: Recycling and Environmental Technologies CommitteeProgram Organizers: Christina Meskers, Umicore Precious Metals Refining; Anne Kvithyld, SINTEF; Markus Reuter, Outotec Oyj; Randolph Kirchain, Massachusetts Institute of Technology; Mark Schlesinger, Missouri University of Science and Technology; Gregory Krumdick, Argonne National Laboratory; Cong Wang, Saint-Gobain High Performance Materials; Gabrielle Gaustad, Rochester Institute of Technology; Diana A. Lados, Worcester Polytechnic Institute; Brajendra Mishra, Colorado School of Mines; Jeffrey S. Spangenberger, Argonne National Laboratory

Tuesday AM Room: 006AMarch 5, 2013 Location: Henry B. Gonzalez Convention CenterFunding support provided by: Xstrata; SINTEF; Outotec; Umicore, and CR3, the Center for Resource Recovery and Recycling

Session Chair: Randolph Kirchain, Massachusetts Institute of Technology; Christina Meskers, Umicore Precious Metals Refining; Anne Kvithyld, SINTEF


8:35 AMThermal Processing of Industrial Ashes for Ferrovanadium Production: Yanping Xiao1; Yongxiang Yang2; Alan Lai2; Rob Boom2; 1Anhui University of Technology; 2TU Delft

9:00 AMCharacterization of Copper Slag: Xuan Wang1; 1K.U.Leuven

9:25 AMRecovery of Zinc and Iron from Steel Mill Dusts by the Use of a TBRC: A Possible Mini-Mill Solution?: Juergen Antrekowitsch1; 1University of Leoben

9:50 AM Break

10:10 AMISASMELT™ for Recycling of Valuable Elements Contributing to a More Sustainable Society: Gerardo Alvear Flores1; Stanko Nikolic1; 1Xstrata Technology

10:35 AMMetal Recovery from Industrial Solid Waste – Contribution to Resource Sustainability: Yongxiang Yang1; Yanping Xiao2; 1TU Delft; 2Anhui University of Technology

11:00 AMSecondary Processors and Landfills – Partnerships that Work: David Roth1; Ben Brewer1; 1By: Ben Brewer / Recycling Ventures LLC

11:20 AMMaterial and Energy Beneficiation of the Automobile Shredder Residues: Noureddine Menad1; Ndue Kanari2; Sylvain Guignot1; Frederic Diot2; Lev Filippov2; Fabien Thomas2; Jacques Yvon2; 1BRGM; 2University

11:45 AMCompared Study of a Water Drainage from a Closed Gold Tailing Pond and from a New One: Treatment of the Residual Cyanide: Begoña Fernández1; Julia Ayala1; Maria Ordiales1; Ana Castañon1; 1Universidad de Oviedo


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Synergies of Computational and Experimental Materials Science II: Processing and Phase TransformationsSponsored by:TMS Materials Processing and Manufacturing Division, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering CommitteeProgram Organizers: Katsuyo Thornton, University of Michigan; Thomas Buchheit, Sandia National Laboratories; Anthony Rollett, Carnegie Mellon University; David Rowenhorst, Naval Research Laboratory


Session Chairs: Alessandro Mottura, University of Birmingham; Alexis Lewis, Naval Research Laboratory


8:35 AM Invited3D Experiments and Simulations of Growth during Recrystallization: Dorte Jensen1; 1DTU

9:05 AM InvitedComparing Computed and Measured Grain Boundary Properties: Elizabeth Holm1; Gregory Rohrer1; Anthony Rollett1; Stephen Foiles2; Michael Chandross2; 1Carnegie Mellon University; 2Sandia National Laboratories

9:35 AM InvitedExperimental Measurement of 3D Grain Boundary Networks in Polycrystalline Materials: Alexis Lewis1; David Rowenhorst1; 1Naval Research Laboratory

10:05 AM Break

10:20 AM InvitedSynergies between First-Principles Calculations and Experiments in the Development of New Co-Based Superalloys: Alessandro Mottura1; Tresa Pollock2; 1University of Birmingham; 2University of California, Santa Barbara

10:50 AMModelling and Characterisation of the Grain Growth Behaviour in an Advanced Polycrystalline Nickel-Base Superalloy: David Collins1; Bryce Conduit2; Gareth Conduit2; Mark Hardy3; Rob Mitchell3; Howard Stone2; 1University of Oxford; 2University of Cambridge; 3Rolls-Royce plc.

11:10 AMInvestigation of Nucleation Mechanisms for Intergranular Complexion Transitions and Abnormal Grain Growth by Monte Carlo Modeling: William Frazier1; Anthony Rollett1; Gregory Rohrer1; 1Carnegie Mellon University

11:30 AMModeling and Experimental Characterization of Texture Evolution in Zirconium during Dynamic Extrusion: Juan Escobedo1; Carl Trujillo1; Ellen Cerreta1; Ricardo Lebensohn1; Daniel Martinez1; George Gray1; 1Los Alamos National Laboratory

11:50 AMRelating Experimental Liquid Metal Embrittlement Testing and Calculated Surface Energies: Auger Thierry1; Duane Johnson2; LinLin Wang3; Samuel Hemery1; 1MSSMAT/Ecole Centrale Paris; 2Iowa State University; 3Ames Laboratory

12:10 PMPressure and Temperature Dependent Anisotropy of Tetragonal Cerium: Adam Cadien1; Howard Sheng1; 1School of Physics, Astronomy and Computational Sciences, George Mason University

Three-Dimensional Materials Science VII: Characterization of Three-Dimensional Structures: Experimental & SimulatedSponsored by:TMS Structural Materials Division, TMS: Advanced Characterization, Testing, and Simulation CommitteeProgram Organizers: Jonathan Madison, Sandia National Laboratories; Nikhilesh Chawla, Arizona State University; Michael Groeber, Air Force Research Laboratory


Session Chairs: Megna Shah, AFRL, Wright Patterson AFB; McLean Echlin, University of California, Santa Barbara

8:30 AM InvitedThe 3D Analysis of Orientation Gradients within Deformed Materials: David Rowenhorst1; Alexis Lewis1; 1Naval Research Laboratory

9:00 AMDualBeam™ FIB/EBSD Characterization of Microstructure Morphology in Ti Alloys: Daniel Huber1; John Sosa1; Vikas Dixit1; Brian Welk1; Robert Williams1; Hamish Fraser1; 1The Ohio State University

9:20 AM InvitedSimultaneous 3D EBSD and EDS Via Serial Sectioning in a FIB/SEM: Stuart Wright1; Matthew Nowell1; 1EDAX

9:50 AM Break

10:05 AMInterfacial Surface Measures as a Tool for Investigating Porosity in Laser-Welds of 304-L Stainless Steel: Jonathan Madison1; Larry Aagesen2; 1Sandia National Laboratories; 2University of Michigan

10:25 AMApplication of Moment Invariants to Automated Microstructure Analysis: Lily Nguyen1; Marc De Graef1; 1Carnegie Mellon University

10:45 AMQuantifying the Effect of Spatial Resolution on the Accuracy of Morphological Microstructure Distributions: Gregory Loughnane1; Michael Groeber2; Michael Uchic2; Ramana Grandhi1; 1Wright State University; 2Air Force Research Laboratory

11:05 AM Break

11:20 AM InvitedTest of the Estimation of the Growth Path Envelope from Size Distribution Evolution Measurements: Robert DeHoff1; Burton Patterson1; David Rule1; Veena Tikare1; Amy Adams1; 1University of Florida

11:50 AMSerial Section Investigation of Grain Volume and Topological Distributions: Amy Adams1; Tyler Kaub1; David Rule1; Burton Patterson1; Robert DeHoff1; Veena Tikare2; 1University of Florida; 2Sandia National Laboratories

12:10 PMTopological Event Rates in Grain Growth: Burton Patterson1; Robert DeHoff1; David Rule1; Veena Tikare2; 1University of Florida; 2Sandia National Laboratories, New Mexico

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2013 Functional Nanomaterials: Synthesis, Properties and Applications: Low-Dimensional Nanomaterials ISponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Nanomaterials CommitteeProgram Organizers: Seong Jin Koh, University of Texas at Arlington; Nitin Chopra, University of Alabama; Jiyoung Kim, University of Texas at Dallas; Yuanbing Mao, University of Texas-Pan American; Ashwin Ramasubramaniam, University of Massachusetts; Gregory Thompson, University of Alabama

Tuesday PM Room: 201March 5, 2013 Location: Henry B. Gonzalez Convention Center


Session Chairs: Seung Kang, Qualcomm, Inc; Yuanbing Mao, University of Texas-Pan American

2:00 PM InvitedSelf-Organized Synthesis of Bimetallic Nanostructures: Experiments, Modeling and Emergent Behavior: Ritesh Sachan1; Vanessa Ramos1; Sagar Yadavali1; Mikhail Khenner2; Anup Gangopadhyay3; Gerd Duscher1; Ramki Kalyanaraman1; Hernando Garcia4; 1University of Tennessee; 2Western Kentucky University; 3Washington University in St. Louis; 4Southern Illinois University in Edwardsville

2:35 PMRadiation Effects in Nanoporous Gold: Magdalena Serrano de Caro1; Engang Fu1; Luis Zepeda-Ruiz2; Yongqiang Wang1; Kevin Baldwin1; Eduardo Bringa3; Michael Nastasi4; Alfredo Caro1; 1Los Alamos National Laboratory; 2Lawrence Livermore National Laboratory; 3CONICET and Instituo de Ciencias Basicas ; 4Nebraska Center for Energy Sciences Research

2:55 PMEnhancement of Catalytic Performance in the Pt Nanoparticle by Doping Zirconia Support with Y or Ce: A DFT Calculation: Myung Shin Ryu1; Hyuck Mo Lee1; 1KAIST

3:15 PM Break

3:35 PM InvitedMagnetic Polypropylene Nanocomposites Reinforced with Maleic Anhydride Grafted Polypropylene as Surfactant: Qingliang He1; Suying Wei1; John Zhanhu Guo1; 1Lamar University

4:10 PMSolution Growth of ZnO Thin Films from Different Seeded Substrates: Ruihong Zhang1; Elliott Slamovich1; Carol Handwerker1; 1Purdue University

4:30 PMThe Influence of Yttrium Doping on the Structural and Optical Properties of Zinc Oxide Nanowires: Hyung Woo Choi1; Kyu-Sung Lee2; T. Alford1; 1Arizona State University; 2Electronics and Telecommunications Research Institute (ETRI)

4:50 PMInteractions of Gold Nanoparticles and Amphiphilic Block Copolymer Mask: From the Dot-pattern Creation with Supercritical CO2 and Colloidal Solution to the Essence of Nanocrystal Growth with Catalyst System: Severine Boyer1; Chihiro Iwamoto2; Ryutaro Nakagawa2; Hirohisa Yoshida2; 1CNRS ; 2Tokyo Metropolitan University

5:10 PMSynthesis and Luminescence Properties of Core@Shell RE:A2B2O7@A’B’O3 Nanoparticles: Suresh Alaparthi1; Rolando Soto1; Yuanbing Mao1; 1University of Texas - Pan American

4th International Symposium on High-Temperature Metallurgical Processing: Alloy and Materials Preparation IISponsored by:TMS Extraction and Processing Division, TMS: Energy Committee, TMS: Materials Characterization Committee, TMS: Pyrometallurgy CommitteeProgram Organizers: Tao Jiang, Central South University; Jiann-Yang Hwang, Michigan Technological University; Phillip Mackey, Consultant; Onuralp Yücel, ITU; Guifeng Zhou, Wuhan Iron and Steel

Tuesday PM Room: 008BMarch 5, 2013 Location: Henry B. Gonzalez Convention Center

Session Chairs: Ken Marsden, Idaho National Laboratory; Ting’an Zhang , Northeastern University

2:00 PMProduction of Fe-Based Alloys by Metallothermic Reduction of Mill Scales from Continuous Casting Processes: Mehmet Bugdayci1; Murat Alkan1; Onuralp Yücel1; 1Istanbul Technical University

2:20 PMStudy of Heat Flux in CSP Continuous Casting Mold: Wen Yang1; Lifeng Zhang1; Xinghua Wang1; 1University of Science and Technology Beijing

2:35 PMThe Effect of Thermomechanical Ageing of Aluminium–Copper Alloy (MATLAB Approach): Adekunle Adegbola1; Ajibade Omotoyinbo2; Oladayo Olaniran2; Akeem Ghazali1; Olugbenga Fashina1; 1The Polytechnic, Ibadan; 2Federal University of Technology, Akure, Nigeria

2:55 PMResearch on Inclusions in CuCr Alloy Prepared by Thermit Reduction: Dou Zhihe1; Zhang Ting’an1; Shi Guanyong1; Du Yanjun1; Niu Liping1; Lv Guozhi1; Liu Yan1; He Jicheng1; 1Northeastern University

3:15 PMCopper-Based Multi-Component Alloys by Vacuum Distillation to Separate Copper Enriched Lead, Silver and Other Valuable Metals Research: Heng Xiong1; Bin Yang1; Dachun Liu1; Baoqiang Xu1; Xiumin Chen1; Yong Deng1; 1Kunming University of Science and Technology

3:35 PM Break

3:45 PMAn Overview of Research on Au & Ag Recovery in Copper Smelter: Yifeng Shi1; Zhonglin Ye2; 1Yunnan Copper Co., Ltd.; 2Yunnan Copper Smelting & Processing Complex

4:05 PMThe Analysis of Orthogonal Experiment Method of Carbon-Coated LiNi1/3Mn1/3Co1/3O2 Via Microwave-pyrolysis Method: Yamei Han1; Zhengfu Zhang1; Libo Zhang1; Jinhui Peng1; Mengbi Fu1; 1Kunming University of Science and Technology

4:25 PMComparative Study on the Metal Aluminum Produced from Alumina by Carbothermic Reduction and Carbothermic-Chlorination: Qingchun Yu1; Bin Yang1; Yong Deng1; Fei Wang1; Heng Xiong1; Yongnian Dai1; 1Kunming University of Science and Technology


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4:45 PMContinuous Synthesis and Performance of Cathode Material LiNi1/3Co1/3Mn1/3O2 for Lithium Ion Batteries: Fu Mengbi1; 1Key Laboratory of Unconventional Metallurgy for Education Ministry

5:05 PMInfluence of Mechanical Vibration on Grain Refinement of Copper during Solidification: Yanbing Zong1; 1University of Science and Technology Beijing

5:20 PMTensile Mechanical Properties and Brittle Effect of Austempered Cr-Mo Alloy Steel: Cheng-Yi Chen1; Truan-Sheng Lui1; Fei-Yi Hung1; Li-Hui Chen1; 1National Cheng Kung University

Acta Materialia Materials and Society Award Special Symposium: “Global R&D Trends – Implications for Material Sciences”: Global R&D Trends -- Implications for Material SciencesSponsored by:TMS: Materials and Society Committee, TMS: Public and Governmental Affairs Committee, TMS: Materials Innovation CommitteeProgram Organizer: Kevin Hemker, Johns Hopkins University

Tuesday PM Room: Lila Cockrell TheatreMarch 5, 2013 Location: Henry B. Gonzalez Convention Center

Funding support provided by: Acta Materialia and Elsevier

Session Chair: Kevin Hemker, Johns Hopkins University


2:05 PM InvitedThe Evolving R&D Model: International Trends and U.S. Competitiveness: Jeffrey Wadsworth1; 1Battelle Memorial Institute

2:45 PM InvitedLinking the Challenges of Materials Technology with Opportunities in Materials Research: William Nix1; 1Stanford University

3:15 PM Break

3:30 PM InvitedResearch and Development: The Key to Competitiveness in the 21st Century: Craig Barrett1; 1Intel Corporation

4:00 PM InvitedProspects and Challenges for a Global Expansion of Nuclear Energy: Siegfried Hecker1; 1Center for International Security and Cooperation

4:30 PM InvitedInnovation in the New Era of Global Science and Engineering: Subra Suresh1; 1 U.S. National Science Foundartion

Advanced Materials and Reservoir Engineering for Extreme Oil & Gas Environments: Novel Alloys and CoatingsSponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Nanomaterials CommitteeProgram Organizers: Indranil Roy, Schlumberger; Brajendra Mishra, Colorado School of Mines; Manuel Marya, Schlumberger Technology Corporation; Kuo-Chiang Chen, Schlumberger; Partha Ganguly, Schlumberger; Richard Lewis, Schlumberger; Suveen Mathaudhu, U.S. Army Research Office; Nitin Chopra, The University of Alabama; Xinghang Zhang, Texas A&M University; Greg Kusinski, Chevron; John Meng, BP America Inc.; Jefferson Rodrigues, Petrobras; Justin Cheney, Scoperta

Tuesday PM Room: Lone Star Salon AMarch 5, 2013 Location: Grand Hyatt

Session Chairs: Brajendra Mishra, Colorado School of Mines; Heidi Maupin, U.S. Army Research Office

2:00 PM Introductory Comments Brajendra Mishra, Colorado School of Mines

2:10 PM KeynoteNanostructuring High-Strength Molybednum Alloys for Unprecedented Tensile Ductility: Evan Ma1; 1Johns Hopkins University

2:40 PMNanostructured Nitride-based Thin Films with Enhanced Multifunctionalities: Haiyan Wang1; Fauzia Khatkhatay1; Ichchan Kim1; Liang Jiao1; Xinghang Zhang1; 1Texas A&M University

3:00 PMThin Films for Gas Sensing at Extreme Temperatures and in Harsh Environments for Advanced Fossil Energy Applications: Paul Ohodnicki1; Thomas Brown1; Congjun Wang1; John Baltrus1; Michael Buric1; 1National Energy Technology Laboratory

3:20 PMNovel Precipitation Hardened Aluminum Alloys for Oilfield Applications: From Research to Commercialization: Manuel Marya1; Timothy Dunne1; Tatiana Reyes Hernandez1; 1Schlumberger

3:40 PM Break

3:55 PM KeynoteOxides as Energy Materials in Extreme Environments: Shriram Ramanathan1; 1Harvard University

4:25 PMCatalytic Rare Earth Nanostructure Coatings for Extreme Environments: Sudipta Seal1; Virendra Singh; 1University of Central Florida

4:45 PMEvolution of Microstructure of NiCrBSi-WC Overlays for Enhancement of Wear Resistant Properties: Tonya Wolfe1; Gary Fisher1; Hani Henein2; 1Alberta Innovates - Technology Futures; 2University of Alberta

5:05 PMHigh Strain Rate Deformation of Al-Si-Mg Matrix Composites: Nikhil Gupta1; Dung Luong1; Dinesh Pinisetty1; Atef Daoud2; 1Polytechnic Institute of New York University; 2Central Metallurgical R&D Institute


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Advanced Materials for Power Electronics, Power Conditioning, and Power Conversion: Advanced Materials for High Power, High Temperature, and High Frequency Power ElectronicsSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Energy Conversion and Storage Committee, TMS: Magnetic Materials CommitteeProgram Organizers: Paul Ohodnicki, National Energy Technology Laboratory; Clive Randall, Penn State University; Michael Lanagan, Penn State University; Michael McHenry, Carnegie Mellon University; Rachel Myers-Ward, Naval Research Laboratory

Tuesday PM Room: 007AMarch 5, 2013 Location: Henry B. Gonzalez Convention Center

Session Chair: Paul Ohodnicki, National Energy Technology Laboratory


2:05 PM KeynotePower Magnetic Materials: Ayman El-Refaie; Satish Prabhakaran; Vijay Srivastava; Francis Johnson1; 1GE Global Research

2:50 PM InvitedCapacitors for Wide Operating Temperatures: Erik Brandon1; Marshall Smart1; Linda Del Castillo1; Harish Manohara1; Mohammad Mojarradi1; Elizabeth Kolawa1; Keith Chin1; 1Caltech/JPL

3:20 PM Break

3:40 PM InvitedComponents for Advanced Power Conditioning Techniques: William Reass1; 1Los Alamos National laboratory

4:10 PM InvitedOptimization of Amorphous and Nanocrystalline Soft Magnetic Materials for High Frequency Inductors: Christian Polak1; Giselher Herzer1; 1Vacuumschmelze GmbH & Co. KG

4:40 PM InvitedNanocomposite Magnets for Power Electronic Applications: IEEE Distinguished Lecture: Michael McHenry1; Samuel Kernion1; Alex Leary1; Vincent DeGeorge1; Matthew Lucas1; Paul Ohodinicki1; 1Carnegie Mellon University

5:10 PMTexture and Magnetic Property of Rolled Fe-6.5%Si Thin Sheets: Yongchuang Yao1; Yuhui Sha1; Jinlong Liu1; Fang Zhang1; Liang Zuo1; 1Northeastern University

Advances in Surface Engineering: Alloyed and Composite Coatings II: Laser Processing and Hard CoatingsSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Surface Engineering CommitteeProgram Organizers: Srinivasa Bakshi, Indian Institute of Technology Madras; Graham McCartney, University of Nottingham; Arvind Agarwal, Florida International University; Sandip Harimkar, Oklahoma State University

Tuesday PM Room: Bowie BMarch 5, 2013 Location: Grand Hyatt



2:00 PM InvitedLaser Melt Injection of Ceramic Particles in Metals: Processing, Microstructure and Properties: Jeff De Hosson1; Vasek Ocelik1; 1University of Groningen

2:25 PMLaser Surface Modifications of Iron-Based Bulk Amorphous Alloys: Ashish Singh1; Sameer Paital2; Narendra Dahotre2; Sandip Harimkar1; 1Oklahoma State University; 2University of North Texas

2:40 PMLaser Welding of Low Carbon Steel Using Fe-based Metallic Glass Filler: Seyyed Habib Alavi1; Hitesh Vora2; Narendra Dahotre2; Sandip Harimkar1; 1Oklahoma State University; 2University of North Texas

2:55 PMLaser Alloying of Ta on Al 1100 for Improved Corrosion Protection: Ravi Rajamure1; Hitesh Vora1; Santhanakrishnan S1; Srinivasan Srivilliputhur1; Narendra Dahotre1; 1University of North Texas

3:10 PMCharacteristics of H13 Tool Steel Coatings by Pulsed Nd:YAG Laser Cladding: Shaodong Wang1; Jianyin Chen1; Lijue Xue1; 1National Reseach Council Canada

3:25 PMLaser Surface Powder Alloying of Titanium with Nb and Cu Powders: João Fogagnolo1; Adilson Rodrigues1; Milton Lima2; Rubens Caram1; 1University of Campinas; 2Instituto de Estudos Avançados

3:40 PM Break

3:55 PMExperimental Evaluation of Subsurface Damage Due to Rolling Contact Fatigue in Case Hardened Bearing Steel via Micro-Indentation Mapping: Abir Bhattacharyya1; Nagaraj Arakere1; Ghatu Subhash1; 1University of Florida

4:10 PMNumerical Evaluation of Surface and Subsurface Damage Due to Rolling Contact Fatigue in Case Hardened M50-NiL Bearing Steel: Nagaraj Arakere1; anup Pandkar1; Ghatu Subhash1; 1University of Florida

4:25 PMWear Analysis of D.C. Pulsed Plasma Nitriding of AISI 4340 Low Alloy Steel for Crankshaft Application: Arul Varman1; M Balasubramanian1; 1Indian Institute of Technology-Madras


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4:40 PMAtom Probe Tomography Characterization of CrN Precipitation in Low Temperature Plasma Nitrided 316L Austenitic Stainless Steel: Frederic Danoix1; Andrius Martinavicius1; Raphaële Danoix1; Michel Drouet2; Gintas Abrasonis3; Béatrice Hannoyer1; 1CNRS - Université de Rouen; 2Institut PPRIME, UPR 3346, CNRS, Université de Poitiers; 3Helmholtz-Zentrum Dresden Rossendorf

4:55 PMCharacteristics and Wear Performance of Nitrided Ti6Al4Va: Farid Siyahjani1; 1Istanbul Technical University

Alloys and Compounds for Thermoelectric and Solar Cell Applications: Solar CellsSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Alloy Phases Committee, TMS: Energy Conversion and Storage CommitteeProgram Organizers: Sinn-wen Chen, National Tsing Hua University; Yoshisato Kimura, Tokyo Institute of Technology; Chih-Huang Lai, National Tsing-Hua University; CW Nan, Tsinghua University; G. Jeffrey Snyder, California Institute of Technology; Hubert Scherrer, Ecole des Mines

Tuesday PM Room: 007CMarch 5, 2013 Location: Henry B. Gonzalez Convention Center

Session Chairs: Albert Wu, National Central University; Sinn-Wen Chen, National Tsing Hua University

2:00 PMEffects of Selenizaiton Pressure on CIGS Thin Films by Two-step Process: Wei-Hao Ho1; Chia-Hao Hsu1; Shih-Yuan Wei1; Chuan Chang1; Chih-Huang Lai1; 1Department of Materials Science and Engineering, National Tsing Hua University

2:20 PMSimple and Economical Paste Coating of CIGS Based Solar Cell’s Absorber Layer Deposition: Muhammad Aftab Akram1; Mohammad Islam2; Sofia Javed1; Mohammad Mujahid1; 1National Uiversity of Sciences and Technology Pakistan; 2Center of Excellence for Research in Engineering Materials (CEREM), King Saud University

2:40 PMFabrication and Characterization of CGS/n-Si Heterojunction for Photovoltaic Application: Uwadiae Obahiagbon1; Hudu Mohammed1; Burcu Ozden2; Tamara Isaac-Smith2; Okechukwu Akpa1; Micheal Awaah1; Minseo Park2; Kalyan Das1; 1Tuskegee University; 2Auburn University

3:00 PMSegregation of Ge Nano-crystals in Amorphous SiGe Matrix: Yao Tsung Ouyang1; Albert T. Wu1; 1National Central Universuty, Department of Chemical and Materials Engineering

3:20 PM Break

3:35 PMSurface Area Enhancement of Titania Nanopowders Using Instant Microwave Treatment for DSSC Applications: Sofia Javed1; Muhammad Aftab Akram1; Mohammad Mujahid1; 1National University of Sciences and Technology Pakistan

3:55 PMExperimental and Computational Analysis of New Photoelectric Materials GaNXAs1-X Properties: Shi Zhou1; Huimin Lu1; Lian Zhou1; 1Beihang University

4:15 PM InvitedMaterials Genome Approach to Computational Design of Nanostructured Thermoelectrics: J. Doak1; S. Hao1; Chris Wolverton1; 1Northwestern University


Alumina and Bauxite: Red MudSponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizer: Pat Clement, Alcoa


Session Chair: Scott Moffatt, Cytec Industries


2:10 PMAutomatic Control of Drum Filters Operation: Aline Sampaio1; 1Alunorte - Alumina do Norte do Brasil S.A.

2:30 PMA New Technology for Dry Disposal of Alunorte’s Bauxite Residue: Marcelo Castro1; Roberto Trindade1; Ronaldo Pantoja1; Eduardo Queiroz1; 1Hydro Alunorte

2:50 PMPilot Test of Bauxite Residue Carbonation With Flue Gas: Luis Venancio1; José Antonio Souza2; Emanuel Macedo2; Fernando Botelho2; Gláucia César2; 1Federal University of Para ; 2Federal University of Para

3:10 PM Break

3:25 PMManagement of Industrial Waste: The Case of Effective Utilization of Red Mud and Fly Ash at Vedanta Aluminium Limited - Lanjigarh: Mukesh Kumar1; Bimlananda Senapati1; C. Sateesh Kumar1; 1Vedanta Aluminium Limited

3:45 PMIron Recovery from Red Mud by Reduction Roasting-Magnetic Separation: Mingjun Rao1; Jinqiang Zhuang1; Guanghui Li1; Jinghua Zeng1; Tao Jiang1; 1School of Minerals Processing and Bioengineering, Central South University

4:05 PMRemoval of Methylene Blue from Aqueous Solutions Using a Novel Granular Red Mud Mixed with Cement: Lu Shuaidan1; L. T. Q. Xuan1; Ju Shaohua1; Peng Jinhui1; Zhang Libo1; 1Key Laboratory of Unconventional Metallurgy, Kunming University of Science and Technology


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Aluminum Alloys: Fabrication, Characterization and Applications: Casting and SolidificationSponsored by:TMS Light Metals Division, TMS: Aluminum Processing CommitteeProgram Organizers: Zhengdong Long, Kaiser Aluminum; Subodh Das, Phinix LLC; Tongguang Zhai, University of Kentucky; William Golumbfskie, Naval Surface Warfare Center


Session Chair: Nagaumi Hiromi, Suzhou Research Institute for Nonferrous Metals

2:00 PMAtom Probe Analysis of Sr Distribution in AlSi Foundry Alloys: Jenifer Barrirero1; Michael Engstler1; Frank Mücklich1; 1Saarland University

2:20 PMThe Role of Sr on Microstructure Formation and Mechanical Properties of Al-Si-Cu-Mg Casting Alloy: Mohammadreza Zamani1; Salem Seifeddine1; 1Jonkoping University

2:40 PMModification of the Eutectic Mg2Si-Phase of AlMgSi-Cast Alloys: Thomas Pabel1; Tose Petkov1; Christian Kneissl1; Peter Schumacher2; 1Austrian Foundry Research Institute; 2University of Leoben

3:00 PMThe Influence of Casting Speed in the as Cast Strip Mechanical Properties of 8079 and 8006 Alloys: Dionisios Spathis1; John Tsiros1; 1Hellenic Aluminium Industry (ELVAL SA)

3:20 PMEffect of Cooling Rate on Iron-Rich Intermetallic Phases in 206 Cast Alloys: Kun Liu1; Xinjin Cao1; X. Grant Chen1; 1University of Quebec at Chicoutimi

3:40 PM Break

4:00 PMContinuous Casting of Aluminum Clad Ingot by Electromagnetic Stirring: Jong Ho Kim1; 1Research Institute of Industrial Science and Technology

4:20 PMEffect of the Thermal Modulus and Mould Type on the Grain Size of AlSi7Mg Alloy: Ibon Lizarralde1; Andrea Niklas1; Ana Fernández-Calvo1; Jacques Lacaze2; 1IK4-AZTERLAN; 2Université de Toulouse

4:40 PMEffect of Iron in Al-Mg-Si-Mn Ductile Diecast Alloy: Shouxun Ji1; 1Brunel University

5:00 PMOxidation Behavior of Al2Ca Added Al-5Mg Alloy in the Liquid State: Young-Ok Yoon1; Hyun Kyu Lim1; Shae K. Kim1; 1Korea Institute of Industrial Technology

5:20 PMSteel-Cast-Alloy-Composite-Castings for High-Performance Die Cooling Applications: Heiner Michels1; Andreas Bührig-Polaczek1; Uwe Vroomen1; David Becker2; 1RWTH Aachen University, Foundry Institute; 2Fraunhofer-Institut für Lasertechnik ILT

5:40 PMAlloy AlSi30 Cast in the Process of Rapid Solidification and Consolidated in the Process of Plastic Forming: Wojciech Szymanski1; Marcin Szymanek2; Janusz Zelechowski2; Mariusz Bigaj2; Maciej Gawlik2; Bartlomiej Plonka2; 1Institute of Non-Ferrous Metals ; 2Institute of Non-Ferrous Metals

Aluminum Reduction Technology: Cell Operations and Process ControlSponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizer: Mark Cooksey, CSIRO

Tuesday PM Room: Grand Ballroom C2March 5, 2013 Location: Henry B. Gonzalez Convention Center

Session Chair: Pascal Lavoie, Light Metals Research Centre


2:05 PMImprovement of Alumina Dissolution Rate through Alumina Feeder Pipe Modification: Jayson Tessier1; Gary Tarcy1; Eliezer Batista1; Xiangwen Wang1; Patrice Doiron1; 1Alcoa

2:30 PMReduction Cell Restart Method Influence on Cell Life Evolution: Mikhail Lukin1; Richard Jeltsch2; 1Kubikenborg Aluminium AB; 2Jeltsch Consulting

2:55 PMStart of an Aluminum Reduction Cell without Liquid Bath: Kayron Lalonde1; Brian Audie1; Willy Kristensen1; Timothy Snyder1; 1Century Aluminum

3:20 PMA MIMO Modeling Strategy for Bath Chemistry: Fabio Soares1; Roberto Limao1; 1UFPA

3:45 PM Break

3:55 PMCumulative Distributions of Metallic Impurities: Stephen Lindsay1; 1Alcoa, Inc.

4:20 PMSodium Content in Aluminum and Current Efficiency - Correlation Through Multivariate Analysis: Lukas Dion1; László Kiss1; Gilles Dufour2; François Laflamme2; Patrice Chartrand3; 1Université du Québec à Chicoutimi; 2Aluminerie Alouette Inc.; 3Polytechnique de Montréal

4:45 PMGas-Solid Flow Applications for Powder Handling in Aluminum Smelters Processes: Paulo Douglas Vasconcelos1; Andre Mesquita2; 1Albras Alumínio Brasileiro S.A; 2Federal University of Para

5:10 PMOperational Experience of Advanced Alumina Handling Technology in a Russian Smelter: Jan Paepcke1; Arne Hilck1; Sergey Marshalko2; 1Claudius Peters Projects GmbH; 2Rusal


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Aluminum Reduction Technology: Environment ISponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizer: Mark Cooksey, CSIRO


Session Chair: Stephan Broek, Hatch Ltd


2:05 PMReduction in HF Emission Through Improvement in Operational Practices: Gregory Meintjes1; Ali Al Zarouni1; Maryam Al Jallaf1; Devadiga H. R.1; Ali Jassim1; Kamel Al Aswad1; Sharana Gowda1; Milton Khan1; Arvind Kumar1; 1Dubal

2:30 PMTrace Element Concentration in Particulates from Pot Exhaust and Depositions in Fume Treatment Facilities: Heiko Gaertner1; Arne Petter Ratvik1; Thor Anders Aarhaug2; 1NTNU; 2SINTEF

2:55 PMThe Study and Applications of Modern Potline Fume Treatment Plant (FTP): Deng Xiang1; Lv Weining1; Liu Xun1; Deng Qiyi1; Yi Xiaobing2; 1CHALIECO; 2CHALIECO

3:20 PMF&GTC: Combined Treatment of Pot Gases and Anode Baking Furnace Fumes: Bassam Hureiki1; Chin Lim1; Fabienne Virieux2; 1SOLIOS ENVIRONNEMENT SA; 2FIVES SOLIOS

3:45 PM Break

3:55 PMCompact Filter Design for Gas Treatment Centers: Peter Verbraak1; Peter Klut1; Travis Turco1; Erik Dupon2; Edo Engel2; 1Danieli Corus BV; 2Danieli Corus Technical Services

4:20 PMAn Innovative Compact Heat Exchanger Solution for Aluminium Off-Gas Cooling and Heat Recovery: El Hani Bouhabila1; Erling Naess2; Victoria Kielland Einenjord3; Fabienne Virieux4; 1Solios Environnement SA; 2Norwegian University of Science and Technology; 3HYDRO; 4Fives Solios

4:45 PMLatest Filter Developments Increasing Existing Aluminium Smelter Gas Treatment Centre Capacity and Reducing Emissions: Michael Neate1; Bradley Currell1; 1Advancetex International

5:10 PMReduced Ventilation of Upper Part of Aluminum Smelting Pot: Potential Benefits, Drawbacks, and Design Modifications: Ruijie Zhao1; Louis Gosselin1; Mario Fafard1; Donald Ziegler2; 1University Laval and Aluminium Research Centre-REGAL; 2Alcoa Canada Primary Metals

5:35 PMLatest Developments in Potroom Building Ventilation CFD Modelling: Nathalie Menet1; Guillaume Girault1; Nicolas Monnet1; Catherine Turpin2; Lionel Soulhac3; 1Rio Tinto Alcan; 2Sillage Environnement; 3Université de Lyon, CNRS, Ecole Centrale de Lyon, INSA Lyon, Université Claude Bernard Lyon I

Biological Materials Science Symposium: Bioinspired Material Science and ProcessingSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Structural Materials Division, TMS: Biomaterials CommitteeProgram Organizers: Candan Tamerler, University of Washington; Molly Gentleman, Texas A & M University; Po-Yu Chen, National Tsing Hua University; Kajal Mallick, University of Warwick; Rajendra Kumar Kasinath, Unversity of Montana; Paul G. Allison, US Army Corp of Engineers



Session Chairs: Paul Allison , US Army Engineer Research and Development Center; Ryan Roeder, University of Notre Dame

2:00 PM KeynoteMicropatterned Artificial Gecko Surfaces: A Path to Switchable Adhesive Function: Eduard Arzt1; 1INM – Leibniz Institute for New Materials

2:40 PMMechanics without Muscles: The Fast Motion of the Venus Flytrap and Bio-Mimetic Robotics: Qiaohang Guo1; Huang Zheng2; Wei Li3; Yiting Ding4; Guangyou Hao5; Guiping Su1; Junjie Lin1; Wenzhe Chen3; Zi Chen6; 1FuJian University of Technology; 2Fujian Radio and Television University; 3Fuzhou University; 4Tsinghua University; 5Arnold Arboretum of Harvard University; 6Washington University in St. Louis

3:00 PMShape Memory Effects in Moisture-Induced Twisting of Wood Slivers: Nayomi Plaza1; Joseph Jakes2; Donald Stone1; Samuel Zelinka2; 1UW Madison; 2Forest Products Laboratories

3:15 PM InvitedBioinspired Materials Derived from Butterfly Wing: Tongxiang Fan1; 1Shanghai Jiaotong University

3:45 PM Break

4:00 PM KeynoteBioinspired Materials Processing and Forming: Mohan Edirisinghe1; 1University College London

4:40 PM InvitedIce-templated Biomaterials: Ulrike Wegst1; 1Thayer School of Engineering. Dartmouth College

5:10 PMBiomimetic Synthesis and AC-conductivity Studies of Crystalline Bone Graft Material: Pradyumnan P P1; Binitha M P1; 1University of Calicut

5:25 PM InvitedMaterials by Design: Silk and Silk-Like Protein Materials: Markus Buehler1; David Kaplan2; Joyce Wong3; 1Massachusetts Institute of Technology; 2Tufts University; 3Boston University

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Bulk Metallic Glasses X: Structures and Mechanical Properties IISponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Peter Liaw, The University of Tennessee; Hahn Choo, The University of Tennessee; Yanfei Gao, The University of Tennessee; Gongyao Wang, University of Tennessee

Tuesday PM Room: Lone Star Salon DMarch 5, 2013 Location: Grand Hyatt


Session Chairs: J. Eckert, IFW Dresden; Marios Demetriou, California Institute of Technology

2:00 PM KeynoteEffects of Deformation on the Properties of Metallic Glasses: A. L. Greer1; 1University of Cambridge

2:30 PMUsing Artificial Microstructures to Understand Microstructure Property Relationships in Metallic Glasses: Wen Chen1; Baran Sarac1; Jan Schroers1; 1Yale University

2:45 PM InvitedMechanistic and Thermodynamic Origins of Toughness in Metallic Glasses: Marios Demetriou1; Bernd Gludovatz2; William Johnson1; Robert Ritchie2; 1California Institute of Technology; 2Materials Sciences Division, Lawrence Berkeley National Laboratory

3:05 PMImproved Mechanical Behavior of Ni-free Ti-based Bulk Glassy Alloys by Minor Substitution of “Soft” Atoms: Mariana Calin1; Na Zheng1; Annett Gebert1; Jürgen Eckert1; 1IFW Dresden

3:20 PM InvitedFlow and Fracture Studies on Metallic Glasses: John Lewandowski1; 1Case Western Reserve University

3:40 PM Break

3:55 PMInfluence of Bonding and Processing on the Mechanical Properties of Pd–Si–Cu-Based Bulk Metallic Glasses: Davide Granata1; Erwin Fischer1; Victor Wessels1; Jörg Löffler1; 1ETH Zürich

4:10 PM InvitedDeformation Mechanisms in Metastable CuZrAl Composites: J. Eckert1; K.K. Song2; S. Pauly2; Y. Zhang2; R. Li3; 1University of Tennessee; 2IFW Dresden; 3Beihang University

4:30 PMInfluence of Chemical Composition on Mechanical Properties and Glass Forming Ability of LM1b Alloy: Joseph Stevick1; James Yurko2; Ryan Coniam3; Edgar Vidal2; 1Liquidmetal Technologies; 2Materion Brush Inc.; 3Visser Precision Cast LLC

4:45 PM InvitedStructural Origins Underlying the Varying Fragility, Excess Specific Heat and Plasticity of Different Glassy Alloys: Evan Ma1; 1Johns Hopkins University

5:05 PMInfluence of Severe Plastic Deformation in Different Temperature Regimes on Zr-Based Bulk Metallic Glasses: Denise Beitelschmidt1; Sergio Scudino1; Steffen Kaiser1; Konrad Kosiba1; Mihai Stoica1; Matthias Hockauf1; Uta Kuehn1; Juergen Eckert1; 1IFW Dresden

5:20 PM InvitedMaking Metallic Glasses Plastic by Control of Stress Gradient: Zhitao Wang1; Yi Li1; 1National University of Singapore

5:40 PM InvitedControlled Shear Band and Fracture in Bulk Metallic Glasses: Chun-Hway Hsueh1; 1National Taiwan University

6:00 PMCrystallization of Phase Separated Pd41.5Ni41.5P17.5 BMGs: Zhenduo Wu1; Si Lan1; Hin Wing Kui1; 1Chinese University of Hong Kong

Bulk Metallic Glasses X: Structures and ModelingSponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Peter Liaw, The University of Tennessee; Hahn Choo, The University of Tennessee; Yanfei Gao, The University of Tennessee; Gongyao Wang, University of Tennessee

Tuesday PM Room: Bowie AMarch 5, 2013 Location: Grand Hyatt


Session Chairs: Dong Ma, ORNL; Tao Yuan, Ohio University

2:00 PM InvitedIn-Situ Diffraction Studies of Crystallization in Bulk Metallic Glasses: Dong Ma1; Alexandru Stoica1; Xun-Li Wang1; 1ORNL

2:20 PMPrediction of Amorphous Forming Ability by Thermodynamic Approach in Ferrous Amorphous Alloys: Seungmun Jung1; Jeonghyeon Do1; Byeong-Joo Lee1; Sunghak Lee1; 1Pohang University of Science and Technology

2:35 PM InvitedStatistical Modeling of Size Effects on the Bending-Fatigue Life of a Zirconium-Based Bulk-Metallic Glass: Tao Yuan1; Gongyao Wang2; Qingming Feng2; Peter Liaw2; Yoshihiko Yokoyama3; Akihisa Inoue3; 1Ohio University; 2The University of Tennessee, Knoxville; 3Tohoku University

2:55 PMNumerical Simulations of High-Strain-Rate Plate Impact of an Iron-Based Bulk Metallic Glass: Gauri Khanolkar1; Veronica Eliasson1; 1University of Southern California

3:10 PM InvitedStudies of the Local Atomic Packing in a Metallic Glass: Cang Fan1; C. T. Liu2; P. Liaw3; 1Nanjing University of Science and Technology; 2City University of Hong Kong; 3University of Tennessee

3:30 PM InvitedMolecular Dynamics Simulation of Solidification and Vitrification in Al-Sm Alloys: Mikhail Mendelev1; Matthew Kramer1; 1Ames Laboratory

3:50 PM Break

4:05 PM InvitedMolecular Dynamics Study on a Thermal Rejuvenation of Amorphous Metals: Masato Wakeda1; Junji Saida2; Shigenobu Ogata1; 1Osaka University; 2Tohoku University

4:25 PM InvitedPolytetrahedral Packing in Metallic Glasses: Yongqiang Cheng1; Evan Ma2; 1Oak Ridge National Laboratory; 2Johns Hopkins University


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4:45 PMAnalysis System (NSYS)-Based Simulation and Optimization on the Temperature Field of Amorphous Ingots Made by Water Quenching: Gong Li1; Wei Zhao2; Zhiqian Sun1; P. Liaw1; Riping Liu2; 1UTK; 2Yanshan University

5:00 PM InvitedMicroyielding Mechanisms Study of Polycrystalline Dendrites Embedded in a Bulk-Metallic Glass within Engineering Elastic Limit: E-Wen Huang1; Junwei Qiao2; Peter Liaw3; 1National Central University; 2Taiyuan University of Technology; 3University of Tennessee

5:20 PMAn Early-Stage Spinodal Decomposition Microstructural Ti36.2Zr30.3Fe4Cu8.3Be21.2 Bulk Metallic Glass with Exceptional Glass-Forming Ability: Long Zhang1; Haifeng Zhang1; Zhengwang Zhu1; 1Institute of Metal Research, Chinese Academy of Sciences

Cast Shop for Aluminum Production: Aluminum Cast Shop IIISponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizer: Gyan Jha, Tri-Arrows Aluminum


Session Chair: Randall Bowers, SECAT Inc.

2:00 PMOptimisation of Grain Refinement: John Courtenay1; Rein Vainik1; Bader Saglam2; 1MQP Limited; 2Eti Aluminium Co.Inc.

2:20 PMGrain Refiner for Al-Si Alloys: Hari Babu Nadendla1; Magdalena Nowak1; Leandro Bolzoni1; 1Brunel University

2:40 PMAlTi5B1 Grain Refiners on the Casting of DIN 226 Aluminum Alloys: Onuralp Yucel1; Ceyhun Yapici1; Ahmet Turan1; 1Istanbul Technical University

3:00 PMProduction of Al–Ti–B Grain Refining Master Alloys from B2O3 and K2TiF6 by Microwave Irradiation: Zhou Cai1; 1Chongqing University of Science and Technology

3:20 PMThe Mechanism of Grain Refinement of Aluminium by Zirconium: Feng Wang1; Dong Qiu1; Zhilin Liu1; John Taylor1; Mark Easton2; Mingxing Zhang1; 1School of Mechanical and Mining Engineering, The University of Queensland; 2School of Physics and Materials Engineering, Monash University

3:40 PM Break

4:00 PMEffects of Yb Additions on Refinement of Eutectic Si in Al-5Si Alloys: Jiehua Li1; Peter Schumacher1; 1The University of Leoben

4:20 PMDevelopment of Al-TiC Alloys Using Powder Metallurgy as Grain Refiners for Aluminum and Its Alloys: Abdel-Nasser Omran1; 1Mining and Metallurgical Department, Faculty of Engineering-Al-Azhar University

4:40 PMInfluence of Vanadium on the Microstructure of A356 Foundry Alloy: Thomas Ludwig1; Paul Schaffer2; Lars Arnberg1; 1NTNU Trondheim; 2Hydro Aluminium

Characterization of Minerals, Metals and Materials 2013: Characterization of Inorganic Materials Sponsored by:TMS Extraction and Processing Division, TMS: Materials Characterization CommitteeProgram Organizers: Jiann-Yang Hwang, Michigan Technological University; Chen-Guang Bai, Chongqing University; John Carpenter, DOE LANL; Shadia Ikhmayies, Al Isra University; Bowen Li, Michigan Technological University; Mingming Zhang, ArcelorMittal Global R&D; Sergio Monteiro, State University of North Rio de Janeiro; Zhiwei Peng, Michigan Technological University


Session Chairs: John Aveson, University of Cambridge; Lei Zhang, WISCO R&D

2:00 PMDissolution Mechanism of Lime in FeOx-SiO2-V2O3-TiO2 Slag: Rui Tang1; Yu Wang1; Shuo Wang1; Kun Wen1; Hong-Yi Li1; Bing Xie1; 1Chongqing University

2:20 PMEstimation of Slag in Ferrochromium: Robert Kozicki1; Eric Graham1; George Wrightson1; 1Andrew S. McCreath & Son, Inc.

2:40 PMExperimental Characterization of Heterogeneous Phase Blast Furnace Slag Bearing Titania: Lu Zhang1; Tao Jiang1; Xiangxin Xue1; 1Northeastern University

3:00 PMImproved Thermal Shock Resistance of Shaped Alumina-Chromia Products: Sonja Breyner1; Klaus Santowski1; Thomas Prietl1; 1RHI AG

3:20 PMSolidification Characteristics of Fe-Mn Alloy during Near-Rapid Solidification: Yuanyi Guo1; Ke Xie1; Wenbin Xia1; Shichao Zhao1; Changjiang Song1; Qijie Zhai1; 1Shanghai Key Laboratory of Modern Metallurgy & Materials Processing, Shanghai University

3:40 PMThe Effect of Work-Hardening and Heat Treatment of Mild-Carbon Steel on Cyclic Deformation Behavior: Gerhard Tober1; Christian Ruback1; Maria Kuttig1; Petra Maier1; 1University of Applied Sciences Stralsund

4:00 PMThermal Stability and Mechanical Properties of nanocrystalline Fe-Ni-Zr Alloys: Hasan Kotan1; Mostafa Saber1; Carl Koch1; Ronald Scattergood1; 1North Carolina State University

4:20 PMPrediction of Ductility Parameter and Its Correlation with Electrical Resistivity of Microwave Annealed TiAl Intermetallics: Debesh Mishra1; Amarpreet Bir1; Tula Ram1; Vijaya Agarwala1; Ramesh Agarwala1; 1IIT Roorkee

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4:40 PMExperimental Investigation on Oxidation Modification of Granulated Copper Slag at Intermediate Temperature: Bo Zhang1; Shuai Niu1; Zengli Liao1; Pu Tang1; Jienan Liu1; Huaiwei Zhang1; Xin Hong1; 1Shanghai University

5:00 PMResearch on the Process of Alkaline Pressure Oxidation for Pretreating Anode Slime: Weifeng Liu1; Tianzu Yang1; Lin Chen1; Wanda Bin1; Shu Bin1; 1Central South University

5:20 PMExperimental Study on Optimization of Slag Splashing Modifiers with Magnesite Tailings: Jing Li1; XiaoFeng Qi1; 1Liaoning University of Science&Technology

Characterization of Minerals, Metals and Materials 2013: Characterization TechnologiesSponsored by:TMS Extraction and Processing Division, TMS: Materials Characterization CommitteeProgram Organizers: Jiann-Yang Hwang, Michigan Technological University; Chen-Guang Bai, Chongqing University; John Carpenter, DOE LANL; Shadia Ikhmayies, Al Isra University; Bowen Li, Michigan technological University; Mingming Zhang, ArcelorMittal Global R&D; Sergio Monteiro, State University of North Rio de Janeiro; Zhiwei Peng, Michigan Technological University


Session Chair: John Carpenter, DOE LANL

2:00 PMAn Iterative Approach to the 3D Reconstruction of Magnetic Vector Fields Using Lorentz Electron Tomography: Emma Humphrey1; Charles Bouman2; Marc De Graef1; 1Carnegie Mellon University; 2Purdue University

2:20 PMApplication of Precession Electron Diffraction in Density Calculations of Geometrically Necessary Dislocations: Yue Liu1; Iman Ghamarian1; P. Collins1; 1University of North Texas

2:40 PMApplying Precession Electron Diffraction (PED) to Study the Effect of Deformation by High Pressure Torsion (HPT) on the Texture Evolution in Copper-Niobium Nanostructured Multilayers Fabricated by Accumulative Roll Bonding (ARB): Subhasis Sinha1; Elvan Ekiz2; Nathan Mara3; Anthony Rollett1; Pascal Bellon2; Robert Averback2; Mohsen Pouryazdan4; Horst Hahn4; 1Carnegie Mellon University; 2University of Illinois Urbana Champaign; 3Los Alamos National Laboratory; 4Karlsruhe Institute of Technology

3:00 PMAutomated Quantification of SiC-Particles in Solidified A356 Aluminum Using Image Pro-Plus 7.0: Robert Fritzsch1; Behzad Mirzaei1; Mark Kennedy2; Ragnhild Aune1; 1Norwegian University of Science and Technology; 2Norwegian University of Science and Technology

3:20 PMDevelopment of a High-Pressure Scanning Probe Microscope Used to Study In Situ Corrosion Mechanisms: Christophe Harder1; Lilian Berlu1; Benoît Reneaume1; 1CEA

3:40 PMFractography as a Tool to Assess the Occurrence of Fatigue Fractures in Complex-Microstructure Structural Components: Donato Firrao1; Paolo Matteis1; 1Politecnico di Torino

4:00 PMHigh Capacity Mechanical Testing System for In-Situ Investigations in a Large (1.5 Meter) Chamber Scanning Electron Microscope (SEM): Robin Woracek1; Stephen Young1; Dayakar Penumadu1; Jason Leszczewicz2; Edward Kintzel3; 1University of Tennessee, Knoxville; 2Western Kentucky University ; 3Western Kentucky University

4:20 PMHigh Resolution Electron Backscatter Diffraction: T Ben Britton1; Jun Jiang1; Angus Wilkinson1; 1Department of Materials, University of Oxford

4:40 PMQuantitative X-Ray Fluorescence Determination of Elemental Composition of Micro-Constituents Smaller than the Electron Probe Volume: Adam Gesing1; Paul Marchwica2; Sharon Lackie2; Jerry Sokolowski2; 1GCI; 2University of Windsor

5:00 PMThree-Dimensional Duplex Morphology of MnS-AlN and Thermodynamic Analysis: Yue Gong1; ChuanJie Cai1; Jing Chen1; ShaoBo Zheng1; HuiGai Li1; 1Shanghai University

5:20 PMYield Maps and Texture Analysis of Pure Copper: Joel House1; Erica Cosmutto2; Richard Harris1; Joseph Chason2; Michael Nixon1; Pavol Stofke3; 1Air Force Research Laboratory; 2Florida State University; 3US Army ARDEC

5:40 PMCombinational TEM and APT Characterization of ODS Alloys by SPS: Y. Wu1; Kerry Allahar1; Jatuporn Burns1; Brian Jaques1; Indrajit Charit1; Darryl Butt1; James Cole1; 1Boise State University

Computational Thermodynamics and Kinetics: Molecular Dynamics Simulations IISponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Materials Processing and Manufacturing Division, TMS: Alloy Phases Committee, TMS: Chemistry and Physics of Materials Committee, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Phase Transformations Committee, TMS: Process Technology and Modeling CommitteeProgram Organizers: Jörg Neugebauer, Max-Planck-Institut für Eisenforschung GmbH; Carelyn Campbell, NIST; Dongwon Shin, Oakridge National Lab; Zi Kui Liu, Penn State; Michael Demkowicz, Massachusetts Institute of Technology; Raymundo Arroyave, Texas A & M University; Shenyang Hu, Pacific Northwest National Laboratory


Session Chairs: Yunfeng Shi, Rensselaer Polytechnic Institute; Brian Wirth, University of Tennessee

2:00 PM InvitedReaxFF Reactive Force Field: Applications to Atomistic-Scale Simulations of Reactions and Properties of Complex Alloys And Mixed-Metal Oxides: Adri van Duin1; Osvalds Verners1; Chenyu Zou1; Yun-Kyung Shin1; Karthik Vishnu1; 1Penn State


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2:25 PMMolecular Dynamics Simulations of Vacancy and Oxygen Diffusion in Pure Ni and NiAl Alloys Using ReaxFF Reactive Force Fields: Karthik Guda Vishnu1; Adri C.T. van Duin1; 1Penn State University

2:40 PMDevelopment of ReaxFF Reactive Force Fields for Fe/Al/Ni/O/S Alloy and the Study of Oxidation Behavior on the Ordered Metallic Alloy Surface in Sulfurous Environment: Yun Kyung Shin1; Adri vdn Duin1; Hyunwook Kwak2; Alex Vasenkov2; 1Pennsylvania State University; 2CFD Research Corporation

2:55 PMFormation of Intermetallic Phase during Reactive Wetting of Al on Ni: Ying Sun1; Edmund Webb2; 1Drexel University; 2Lehigh University

3:10 PMHigher-Order Interface Stiffness Measurements via Molecular Dynamics Simulation: S. R. Wilson1; 1Ames Laboratory, USDOE

3:25 PM Break

3:50 PM InvitedGas Diffusion in Disordered Nanoporous Carbon: Yunfeng Shi1; 1Rensselaer Polytechnic Institute

4:15 PMEffect of Grain Boundary Structural Transformation on Grain Boundary Diffusion: A Molecular Dynamic Study: Y. Mishin1; Mark Asta2; Timofey Frolov; 1George Mason University; 2University of California Berkeley

4:30 PMMolecular Dynamics Simulations of the Structure Transformation during the Cu Heating process under Vacuum: Sun Shu-Hong1; Chen Xiu-Min1; Zhang Feng-Xia2; Yang Bin1; 1Kunming University of Science and Technology; 2Faculty of Metallurgy and Materials, Kunming Metallurgy College

4:45 PMDiffusion of Lithium Ions in Lithium Lanthanum Titanate Crystals and Amorphous Grain Boundaries: A Molecular Dynamics Simulation Study: Chao-hsu Chen1; Jincheng Du1; 1University of North Texas

Cost Affordable Titanium IV: Low Cost Processing: Fundamentals Sponsored by:TMS Structural Materials Division, TMS: Titanium CommitteeProgram Organizers: M. Ashraf Imam, Naval Research Lab; Sam Froes, University of Idaho (Retired); Ramana Reddy , The University of Alabama


Session Chairs: Deepak Kapoor, US Army, ARDEC; Deliang Zhang, The University of Waikato

2:00 PM InvitedResearch and Development of Low-cost Titanium Alloys for Biomedical Applications: Mitsuo Niinomi1; Masaaki Nakai1; Junko Hieda1; Ken Cho1; Toshikazu Akahori2; Tomokazu Hattori2; Masahiko Ikeda3; 1Tohoku University; 2Meijo University; 3Kansai University

2:20 PMPhase Transformation and Orientation in Direct Consolidation of TiH2 Powder and Their Effects on Tensile Behavior of P/M Extruded Ti Material: Takanori Mimoto1; Katsuyoshi Kondoh1; Junko Umeda1; 1Osaka University

2:40 PM InvitedPhase Constitution and Heat Treatment Behavior of Low Cost Ti-Mn System Alloys: Masahiko Ikeda1; Masato Ueda1; Kaoru Imaizumi2; Mitsuo Niinomi3; 1Kansai University; 2Daido Steel Co. Ltd.; 3Tohoku University

3:00 PMParameters Optimization of the Process of Ti-46.6Al-1.4Mn-2Mo Alloy by Hot-press Sintering Based on GA and BP Neural Network: Xuguang Li1; Huimin Lu1; Panpan Wang1; 1Beihang University

3:20 PMSimulation of Powder Compact Forging Process for Producing a Titanium Component: Navaneeth Velluvakkandi1; Deliang Zhang1; Mingtu Jia1; 1University of Waikato

3:40 PM Break

4:00 PMMicrostructure Evolution and Phase Transformations during Sintering Titanium Hydride in Controlled Hydrogen Atmosphere: Pei Sun1; Zhigang Fang1; 1The University of Utah

4:20 PMNovel Use of Cold and Hot Isostatic Pressing in Manufacturing Low Cost Ti-6Al-4V Forge Preforms: Fatos Derguti1; Nicholas Jones2; Martin Jackson1; 1University of Sheffield; 2Cambridge University

4:40 PMManufacturing Affordability Associated with an Innovative High-Strength Titanium Alloy: Luis Ruiz1; 1ATI

5:00 PMPrecipitation Behaviour in Severe Plastic Deformed Beta-type Titanium Alloy: Wei Xu1; Xiaolin Wu1; Darren Edwards2; Mihai Stoica3; Mariana Calin3; Eckert Jürgen3; Kenong Xia1; 1University of Melbourne; 2Defence Science and Technology Organisation; 3IFW Dresden

5:20 PMComposition Design of Multi-Component β-Ti Alloys Based on a Cluster Model: Qing Wang1; Xiaona Li1; Jianbing Qiang1; Yingmin Wang1; Chuang Dong1; 1Dalian University of Technology

Deformation, Damage, and Fracture of Light Metals and Alloys: Deformation, Damage, and Fracture of Light Metals and Alloys Session IIISponsored by:TMS Light Metals Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Ke An, Oak Ridge National Laboratory; Qizhen Li, University of Nevada, Reno


Session Chair: Bjorn Clausen, Los Alamos National Laboratory

2:00 PMDeformation Characteristics of Bulk Ultra-Fine Grained Titanium with Varying Impurity Levels: Guney Yapici1; Ibrahim Karaman2; Hans Maier3; 1Ozyegin University; 2Texas A&M University; 3University of Paderborn

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2:15 PMDwell Sensitive Fatigue of Ordered Ti-6Al-4V: Ananthi Sankaran1; Trevor Lindley1; David Dye1; 1Imperial College

2:30 PMEffect of Al,V,Fe,O Content on Dynamic Properties of Ti-Al-V Titanium Alloys: Rui Liu1; Song-xiao Hui1; Wen-jun Ye1; 1General Research Institute for Nonferrous Metals

2:45 PMEffect of Rolling Process on the Texture and Mechanical Properties of Ti-15V-3Cr-3Sn-3Al Alloy Sheet: Xiaoyun Song1; Guangshan Hu1; Yang Yu1; Rui Liu1; Wenjun Ye1; Songxiao Hui1; 1General Research Institute of Nonferrous Metals

3:00 PMHeat Treat Study to Improve Damage Tolerance of Titanium Alloy Ti-6Al-2Sn-2Zr-2Mo-2Cr for Aerospace Applications: Sesh Tamirisa1; Ernie Crist1; Pat Russo1; 1RTI International Metals, Inc.

3:15 PM Break

3:25 PMIn-Situ Scanning Electron Microscopy (SEM) Observations of Tensile and Tensile-Creep Deformation of Ti-3Al-2.5V(wt.%): Hongmei Li1; Carl Boehlert1; Thomas Bieler1; Martin Crimp1; 1Michigan State Univeristy

3:45 PMMechanical Properties of UFG Ti-15Mo-(0.35-0.5) O: Herbert Boeckels1; Henry Rack1; 1Clemson University

4:00 PMTexture Development of Aluminum in Multilayered Ti/Al/Nb Sheets Produced by Accumulative Roll-Bonding: Liming Zhou1; Viola Acoff1; 1The University of Alabama

4:15 PMOxidation of Titanium Alloys: David Brice1; Peyman Samimi1; R. Banerjee1; J. Cotton2; M. Kaufman3; P. Collins1; 1University of North Texas; 2Boeing; 3Colorado School of Mines

4:30 PMModeling the Effects of Orientation, Microstructure, and Interaction Stress on Local Schmid Factor in Two-Phase Titanium Alloys: William Joost1; Sreeramamurthy Ankem1; 1University of Maryland

4:45 PMHigh Temperature Deformation and Microstructural Evolution of TiAlNbCrMo Alloys: Glenn Bean1; Hans Seifert2; Fereshteh Ebrahimi1; Michele Manuel1; 1University of Florida; 2Karlsruhe Institue of Technology

Electrode Technology for Aluminium Production: Bake Furnace Design and OperationSponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizers: Les Edwards, Rain CII Carbon; Hans Darmstadt, Rio Tinto Alcan; Sunil Bhajun, Qatalum; Juraj Chmelar, Hydro; Matvey Golubev, Rusal; Pretesh Patel, Light Metals Research Centre; Elaine Sum, Rio Tinto Alcan; Marc Gagnon, Aluminerie Alouette


Session Chair: Juraj Chmelar, Hydro Aluminium AS


2:05 PMHydro Aluminium’s Historical Evolution of Closed Type Anode Baking Furnace Technology: Michal Tkac1; Anders Ruud1; Inge Holden2; Hogne Linga1; 1Primary Metal Technology; 2Årdal Carbon

2:30 PMUse of Mathematical Modelling to Study the Behavior of a Horizontal Anode Baking Furnace: Yasar Kocaefe1; Noura Oumarou1; Mounir Baiteche1; Duygu Kocaefe1; Brigitte Morais2; Marc Gagnon2; 1University of Quebec at Chicoutimi; 2Aluminerie Alouette inc.

2:55 PMStudy on Anode Baking Parameters in Open-Top and Closed-Type Ring Furnaces: Mohsen Ameri1; Borzu Baharvand2; Mohammad Nabi Batoei2; Saeb Sadeghi2; 1Almahdi-Hormozal Aluminum Corporation; 2Almahdi-hormozal Aluminum Corporation

3:20 PMEnergy Efficiency Improvement in Anode Baking Furnaces: Cassio Linhares1; 1Alcoa

3:45 PM Break

3:55 PMAnode Baking Process Optimization at ALRO: Pierre Mahieu1; Nicolas Fiot1; Arnaud Trillat1; Ovidiu Balu2; Cristian Stanescu2; Fabienne Virieux3; 1Solios Carbone; 2ALRO; 3Fives Solios

4:20 PMOperational and Environmental Benefits on the New Baking Furnace at Boyne Smelter by Use of an Advanced Firing Technology: Detlef Maiwald1; Domenico Di Lisa1; Andreas Himmelreich1; Glenn Cordon2; Sathya Moodley2; 1Innovatherm; 2Boyne Smelters Limited

4:45 PMLaser Mapping of Carbon Bake Furnaces: Ashley Tews1; Michael Bosse1; Robert Zlot1; Paul Flick1; Meaghan Noonan2; 1CSIRO; 2Pacific Aluminium


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Energy Technologies and Carbon Dioxide Management: Waste Heat Recovery and Furnace TechnologySponsored by:TMS Extraction and Processing Division, TMS Light Metals Division, TMS: Energy Committee, TMS: Education CommitteeProgram Organizers: Soobhankar Pati, MOxST Inc.; Animesh Jha, University of Leeds; Jaroslaw Drelich, Michigan Technological University; Neale Neelameggham, Ind LLC; Cong Wang, Saint-Gobain High Performance Materials; Leon Prentice, CSIRO


Session Chairs: Jarek Drelich, MTU; Cong Wang, Saint Gobain


2:05 PMWaste Heat Recovery Opportunities in a Magnesium Silicothermic Reduction Plant: James Sever1; 1Nevada Clean Magnesium, Inc.

2:25 PMEffect Of Batch Charging Equipment On Glass Furnace Efficiency: Nasim Soleimanian1; Mark Jolly1; 1Cranfield University

2:45 PMThermodynamic Properties of ORC System with Zeotropic Mixed Working Fluids for Low Temperature Waste Heat Recovery: Xin Zhang1; Hao Bai1; Ning Li1; Mengqi Li1; Xinrong Zhang1; Hongxu Li1; Daqiang Cang1; 1University of Science and Technology Beijing

3:05 PMEnergy Saving in a Crude Distillation Unit by a Retrofit Design of Heat Exchanger Networks: Hossein Rezaei1; Farhad Shahraki1; Farhad Fazlollahi1; Majid Sarkari1; 1University of Sistan and Baluchestan

3:25 PM Break

3:45 PMThe Optimization of Gases and Thermal Energy in the Upper Zone of Electric Furnaces in Drenas: Ahmet Haxhiaj1; Egzon Haxhiaj1; 1University of Prishtina

4:05 PMEconomical Energy Responsive Housing with the Lowest Environmental Effects (Focus on Semi- Arid Climate): Roya Faghaninia1; 1University of Trento

Fatigue and Fracture of Thin Films and Nanomaterials: Advanced Indentation-based TechniquesSponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials Committee, TMS: Nanomechanical Materials Behavior CommitteeProgram Organizers: Megan Cordill, Erich Schmid Institute of Materials Science; Daniel Kiener, Montanuniversitaet Leoben; Xinghang Zhang, Texas A &M University ; Daniel Gianola, University of Pennsylvania ; Corinne Packard, Colorado School of Mines

Tuesday PM Room: Bowie CMarch 5, 2013 Location: Grand Hyatt

Funding support provided by: Hysitron, Inc. and Nanomechanics, Inc.

Session Chairs: Megan Cordill, Erich Schmid Institute of Materials Science; Daniel Kiener, Montanuniversiaet Leoben

2:00 PM InvitedTime and Temperature Dependent Mechanical Properties of Materials at Nanometer Length Scale: Syed Asif Syed Amanulla1; Jeremiah Vieregge1; Richard Nay1; 1Hysitron Inc.

2:20 PM InvitedHigh Temperature Mechanical Behaviour of Nanoscale Multilayers: Jon Molina-Aldareguia1; Saeid Lotfian1; Miguel Monclus1; Javier Llorca1; Nikhilesh Chawla2; Irene Beyerlein3; Nathan Mara3; 1IMDEA Materials Institute; 2Arizona State University; 3LANL

2:40 PM InvitedElastic and Plastic Properties of Combinatorial Thin Films Determined by Nanoindentation: Stephanie Reeh1; Tetsuya Takahashi1; Jochen Schneider1; Ude Hangen2; 1Materials Chemistry RWTH Aachen University; 2Hysitron Inc.

3:00 PM InvitedSmall Scale Mechanical Testing on Oxide Layers: Peter Hosemann1; Marisa Rebelo de Figueiredo1; David Frazer1; Scott Parker1; Kenji Kikuchi2; Christian Mitterer3; 1UC Berkeley; 2Ibaraki University; 3Montanuniversitaet Leoben

3:20 PM Break

3:40 PM InvitedNovel Techniques for Measuring the Piezoelectric Properties of Thin Films with a Nanoindenter: Esteban Broitman1; Lars Hultman1; 1Linköping University

4:00 PM InvitedElectric Contact Measurements during Indentation of Compliant Carbon Nanotube Turfs: David Bahr1; Anqi Qiu1; 1Washington State University

4:20 PM InvitedMEMS-Enabled In-Situ Nanomechanical Testing in Electron Microscopes: Oden Warren1; Yunje Oh1; Zhiwei Shan1; Douglas Stauffer1; Sanjit Bhowmick1; Ryan Major1; S.A. Syed Asif1; 1Hysitron, Inc.

4:40 PM InvitedMicrobeam Bend Tests for Fracture and Fatigue Studies in (Pt,Ni)Al Bond Coats: Nagamani Jaya1; Kaustubh Venkatraman1; Vikram Jayaram1; Sanjay Biswas1; 1Indian Institute of Science

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Fatigue in Materials: Microstructure-Driven Modeling and In-Situ Fatigue Characterization: Microstructure-Property-Fatigue Deformation & Damage RelationshipsSponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Michael Sangid, Purdue University; Tongguang Zhai, University of Kentucky; Antonios Kontsos, Drexel University


Session Chair: Antonios Kontsos, Drexel University

2:00 PM KeynoteMulti-Time Scaling Image Based Crystal Plasticity FE Models Dwell Fatigue Initiation in Polycrystalline Ti Alloys: Somnath Ghosh1; 1Johns Hopkins University

2:35 PM InvitedThe Role of Elastic Anisotropy, Length Scale and Crystallographic Slip in Fatigue Crack Nucleation, with Application to Stent Fatigue: Caoimhe Sweeney1; Willem Vorster2; Sean Leen1; Eisaku Sakurada3; Peter McHugh1; Fionn Dunne4; 1National University of Ireland, Galway; 2Oxford University; 3Nippon Steel Corporation; 4Imperial College London

3:00 PMCombining DIC and Ultrasonic Fatigue to Investigate the Very High Cycle Fatigue Behavior of Ti-6242: Jason Geathers1; J. Wayne Jones1; Samantha Daly1; 1University of Michigan

3:20 PM Break

3:40 PM InvitedIntegrating Computational Materials Engineering into Probabilistic Damage Tolerance Analysis for Component Design: Craig McClung1; Michael Enright1; Wei-Tsu Wu2; Ravi Shankar2; 1Southwest Research Institute; 2Scientific Forming Technologies Corporation

4:05 PMMicrostructurally Small Fatigue Cracking in an Al-Mg-Si Alloy: Experiments and Modeling: Ashley Spear1; S.F. Li; J. Lind; Robert Suter; Albert Cerrone1; Jacob Hochhalter2; Anthony Ingraffea1; 1Cornell University; 2NASA Langley Research Center

4:25 PM InvitedThe Quantification of Resistance of Grain Boundaries to Short Fatigue Crack Propagation in Three-Dimensions in High Strength Al Alloys: Wei Wen1; Alfonso Ngan2; Tongguang Zhai1; 1University of Kentucky; 2The University of Hong Kong

4:45 PMHigh Temperature Tensile and Fatigue Deformation Behavior of Al-1wt%Mg-1.1wt%Si Alloy Hardened by New Cu-Mn based Solid Solution Phase: Kyu-Sik Kim1; Si-Young Sung2; Bum-Seok Han2; Jung-Cheol Park3; Kee-Ahn Lee1; 1Andong National University; 2KATECH; 3RIST

Friction Stir Welding and Processing VII: Friction Stir Welding: High Temperature Materials IISponsored by:TMS Materials Processing and Manufacturing Division, TMS: Shaping and Forming CommitteeProgram Organizers: Rajiv Mishra, University of North Texas; Murray Mahoney, Retired from Rockwell Scientific; Yutaka Sato, Tohoku University; Yuri Hovanski, Pacific Northwest National Laboratory; Ravi Verma, General Motors


Session Chairs: Yuri Hovanski, Pacific Northwest National Laboratory; Hidetoshi Fujii, Osaka University; Jennifer Wolk, Naval Surface Warfare Center

2:00 PM InvitedEnhanced Friction Stir Welding of Titanium Using Elemental Foils: Richard Fonda1; Keith Knipling1; 1Naval Research Laboratory

2:20 PM InvitedFast Diffusers in Friction Stir Welding of Titanium Alloys: Jennifer Wolk1; Richard Everett2; Stephen Szpara1; Marc Zupan3; Sal Nimer3; 1Naval Surface Warfare Center; 2Naval Research Laboratory; 3University of Maryland Baltimore County

2:40 PMMicrostructural and Mechanical Investigations of Friction Stir Welded Ti/Ti- and Ti-alloy/Ti-Alloy-Joints: Nico Buhl1; Guntram Wagner1; Dietmar Eifler1; Markus Gutensohn2; Frank Zillekens2; 1University of Kaiserslautern; 2PFW Aerospace

3:00 PMMicrostructural Evolution in Commercially Pure Titanium Thermal Stir Welds: Richard Fonda1; Keith Knipling1; Adam Pilchak2; 1Naval Research Laboratory; 2Air Force Research Laboratory

3:20 PMLongitudinal and Transverse Microsample Characterization of Friction Stir Welded Ti-5111: Salahudin Nimer1; Jennifer Wolk2; Richard Everett3; Marc Zupan1; 1University of Maryland Baltimore County; 2Naval Surface Warfare Center Carderock Division; 3U.S. Naval Research Laboratory

3:40 PM Break

3:55 PMFabrication and Mechanical Properties of WC-TiC-Co Hard Materials by Spark Plasma Sintering Method for FSW Tool Application: JungHan Ryu1; Hyun-Kuk park1; Jun-Ho Jang1; Ik-Hyun Oh1; Han-Sur Bang2; Hee-Seon Bang2; 1Korea Institute of Industrial Technology; 2Chosun University

4:15 PM InvitedStudies on Additive Friction Stir In-625 Coating on HY80 Steel: Kumar Kandasamy1; Liam Renaghan1; Zachary Morrey1; Jeffrey Schultz1; 1Aeroprobe Corporation

4:35 PMInvestigation of Microstructure and Mechanical Properties of Friction Stir Lap Jointed Monel 400 and Inconel 600: Kuk Hyun Song1; Won Yong Kim1; Kazuhiro Nakata2; 1Korea Institute of Industrial Technology; 2Joining and Welding Research Institute


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4:55 PMFatigue Behavior of Friction Stir Spot Welds in Lap-Shear Specimens of Dissimilar Advanced High Strength Steels: Seung-Hoon Hong1; Katherine Avery1; Jwo Pan1; Tsung-Yu Pan2; Zhili Feng2; Michael Santella2; 1University of Michigan; 2Oak Ridge National Laboratory

5:15 PMMicrostructure and Mechanical Properties of Oxide Dispersion Strengthened Copper Produced by Friction Stir Processing: Aude Simar1; Marie-Noëlle Avettand-Fènoël2; Rajashekhara Shabadi2; Roland Taillard2; 1Universite catholique de Louvain; 2Université Lille 1

5:35 PMMechanical Propeties and Fabrication of WC-Binderless and WC-Binder Hard Materials for Friction Stir Welding Tool Application by Rapid Sintering Method: Hyun-Kuk Park1; Jung-Han Ryu1; Jun-Ho Jang1; In-Jin Shon2; Ik-Hyun Oh1; 1KITECH / Automotive Components Center; 2Chonbuk National University / Division of Advanced Materials

5:50 PMMicrostructure and Mechanical Properties of FSW Lap Joint between Pure Copper and 1018 Mild Steel Using Refractory Metal Pin Tools: Md Shamsujjoha1; Bharat Jasthi2; Michael West1; Christian Widener2; 1South Dakota School of Mines and Technology; 2Arbegast Advanced Materials Processing and Joining Laboratory

6:05 PMEffect of Tool Pin Profile on Microstructure and Mechanical Properties of Friction Stir Welded Pure Copper Joints: Hamid Khodaverdizadeh1; Akbar Heidarzadeh1; Abbas Mahmoudi1; 1Sahand University of Technology

Frontiers in Solidification Science: In-situ Observations and X-ray ImagingSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Solidification CommitteeProgram Organizers: Andre Phillion, University of British Columbia; Silvere Akamatsu, Institut des Nanosciences de Paris; Christoph Beckermann, The University of Iowa; Michel Rappaz, Ecole Polytechnique Federale de Lausanne

Tuesday PM Room: Lone Star Salon FMarch 5, 2013 Location: Grand Hyatt


Session Chairs: Andre Phillion, University of British Columbia; Peter D. Lee, The University of Manchester

2:00 PM InvitedDilatancy during Semi-Solid Deformation: Christopher Gourlay1; Tomoya Nagira2; Catherine O’Sullivan1; Hideyuki Yasuda2; 1Imperial College London; 2Osaka University

2:30 PM InvitedAnalysis by Synchrotron X-Ray Imaging of the Equiaxed Grain Evolution during Columnar-to-Equiaxed Transition in Directional Solidification: Guillaume Reinhart1; Henri Nguyen-Thi1; Nathalie Mangelinck-Noël2; Bernard Billia2; 1IM2NP - Aix-Marseille Univ; 2IM2NP - CNRS

3:00 PMThe Influence of Thermo-Solutal Convection on Freckle Formation and Dendritic Growth: Natalia Shevchenko1; Stephan Boden1; Gunter Gerbeth1; Sven Eckert1; 1Helmholtz-Zentrum Dresden-Rossendorf

3:20 PMDynamic In-Situ Imaging during Al-Cu Alloy Solidification: Joseph McKeown1; Andreas Kulovits2; Thomas LaGrange1; Bryan Reed1; Jörg Wiezorek2; Geoffrey Campbell1; 1Lawrence Livermore National Laboratory; 2University of Pittsburgh

3:40 PM Break

3:50 PMA Newly Designed Experiment for High-Pressure Solidification of Transparent Materials: Severine Boyer1; Charles-Andre Gandin2; Jean-Marc Haudin3; 1CNRS/ISAE-ENSMA; 2CNRS/MINES ParisTech; 3MINES ParisTech

4:10 PM InvitedExperimental Aspects of Microstructure Formation during Solidification Transients: Ulrike Hecht1; Victor Witusiewicz1; Anne Drevermann1; Gerhard Zimmermann1; 1Access e.V.

4:40 PMAnisotropy Effects in Al-Zn Alloys Revealed by X-Ray Tomographic Microscopy and Phase-Field Simulation: Paolo Di Napoli1; Jonathan Dantzig2; Jonathan Friedli1; Julie Fife3; Michel Rappaz1; 1EPFL; 2University of Illinois at Urbana-Champaign; 3Paul Scherrer Institut

5:00 PMIn Situ and Real Time Characterization of 3D Patterns in Directional Solidification: Comparison between Experiments in Microgravity Aboard the International Space Station and Terrestrial Ones, Convection Influence: Nathalie Bergeon1; Liang Chen1; Bernard Billia1; Rohit Trivedi2; Damien Tourret3; Alain Karma3; Rahma Guérin1; Jean-Marc Debierre1; 1IM2NP (CNRS - Aix Marseille Université); 2Iowa State University; 3Northeastern University

5:20 PMQuasi-Periodic Recalescence Behaviour in Undercooled Eutectic Alloys: Andrew Mullis1; Caroline Clopet1; Robert Cochrane1; 1University of Leeds

5:40 PMDendritic Growth Velocities in Undercooled Melts of B20-Type Intermetallic Compounds: Jianrong Gao1; Lianghua Zhang1; Chao Yang1; 1Northeastern University

High Temperature Electrochemistry: Nuclear MaterialsSponsored by:TMS Extraction and Processing Division, TMS: Pyrometallurgy CommitteeProgram Organizers: Prabhat Tripathy, Idaho National Laboratory; Guy Fredrickson, Idaho National Laboratory

Tuesday PM Room: 006DMarch 5, 2013 Location: Henry B. Gonzalez Convention Center

Session Chairs: Steven Herrmann, Idaho National Laboratory; Carsten Schwandt, University of Cambridge

2:00 PMPyroprocessing of Used Light Water Reactor Fuel -- A Study of Integrated Unit Operations at Laboratory Scale: Steven Herrmann1; Brian Westphal1; Guy Fredrickson1; Sung Bin Park2; Si Hyung Kim2; 1Idaho National Laboratory; 2Korea Atomic Energy Research Institute

2:30 PMPurity of Uranium Product from Electrochemical Recycling of Used Metallic Fuel: Ken Marsden1; Brian Westphal1; Mike Patterson1; Batric Pesic1; 1Idaho National Laboratory

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3:00 PMAssessment of Mass Balance of the Electrorefining System for Spent LWR Nuclear Fuel Cycle: Sungbin Park1; Jeong-Guk Kim1; Sung-jai Lee1; Hansoo Lee1; 1Korea Atomic Energy Research Institute

3:30 PM Break

3:50 PMElectrochemical Impedance Spectroscopy of Uranium Chloride in Molten LiCl-KCl Eutectic: Kerry Allahar1; Michael Shaltry1; Mark Orazem2; Darryl Butt1; Supathorn Phongikaroon3; Michael Simpson4; 1Center for Advanced Energy Studies; 2University of Florida; 3University of Idaho; 4Idaho National Laboratory

4:20 PMElectrochemical Studies and Analysis of Uranium Chloride in Molten LiCl-KCl Eutectic: Robert Hoover1; Michael Shaltry1; Supathorn Phongikaroon1; Sean Martin2; Kumar Sridharan2; Michael Simpson3; 1University of Idaho; 2University of Wisconsin-Madison; 3Idaho National Laboratory

4:50 PMElectrochemistry of LiCl-Li2O-H2O Molten Salt Systems: Natalie Gese1; Batric Pesic2; 1Idaho National Laboratory; 2Department of Chemical & Materials Engineering

Hume-Rothery Award Symposium: Electronic Structure Theory of Stability and Bonding in Alloys: Materials Genome Approaches IISponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Alloy Phases CommitteeProgram Organizer: Chris Wolverton, Northwestern University


Session Chairs: Vidvuds Ozolins, UCLA; Richard Hennig, Cornell

2:00 PM InvitedAdaptive Genetic Algorithm Method for Crystal Structure Prediction: Kai Ming Ho1; Manh Cuong Nguyen1; Xin Zhao1; Feng Zhang1; Ian McBrearty1; Shunqing Wu2; Min Ji1; Cai Zhuang Wang1; 1Iowa State University; 2Xiamen University

2:30 PM InvitedSolving the Global Space-Group Optimization Problem by Evolutionary Algorithms: Giancarlo Trimarchi1; 1Northwestern University

3:00 PM InvitedHigh-Temperature/High-Strength Intermetallic Compounds – Property Correlations and Systematics: John R. Rodgers1; 1Innovative Materials Technologies

3:30 PM Break

3:50 PM InvitedAtomistic Calculations of Thermodynamic and Electronic Structure Properties in Chemical Compound Space: O. Anatole von Lilienfeld1; 1Argonne National Laboratory

4:20 PM InvitedHigh-throughput Approach for Predicting Thermodynamic Stability of Solids: Vladan Stevanovic1; 1National Renewable Energy Laboratory

4:50 PM InvitedThe Quest for Descriptors in High-Throughput Searches: Robustness and Fragility of Topological Insulators: Stefano Curtarolo1; Kesong Yang1; Shidong Wang1; Marco Buongiorno Nardelli1; 1Duke University

Hybrid and Hierarchical Composite Materials: Modeling and DesignSponsored by:TMS Structural Materials Division, TMS/ASM: Composite Materials CommitteeProgram Organizers: Tomoko Sano, US Army Research Laboratory; Charles Randow, US Army Research Laboratory; Chang Soo Kim, University of Wisconsin -Milwaukee


Session Chairs: Charles Randow, U.S. Army Research Laboratory; Mark Pankow, North Carolina State University

2:00 PMFEA Modeling of Stress Distribution in the Drug-Polymer Coating Composites of Drug-Eluting Stent (DES) Medical Devices.: Sol Ki Lee1; Chang-Soo Kim1; 1University of Wisconsin - Milwaukee

2:20 PMOptimal Topology for 3D Woven Lattice Materials: Seung-Hyun Ha1; Yong Zhang1; Longyu Zhao1; Keith Sharp1; Timothy Weihs1; Kevin Hemker1; James Guest1; 1Johns Hopkins University

2:40 PMTransient Analysis of Thermo-Mechanical Loads and Elastic Behaviour of Double Contact Functionally Graded Brake Disks with Temperature-Dependent Material Properties: Ramesh Kumar Lalwani1; 1DBIT

3:00 PMMicromechanical Investigation of Impact on Fluid-Filled Auxetic and Honeycomb Aluminum Cores: Ryan Karkkainen1; Jerome Tzeng1; 1U.S. Army Research Laboratory

3:20 PMApplication of ALE3D in Modeling Mechanical Properties of Freeze Cast Components: John Densmore1; Albert Nichols1; Rose McCallen1; Octavio Cervantes1; Alexander Gash1; John Molitoris1; Luke Brewer2; Joseph Hooper2; 1Lawrence Livermore National Laboratory; 2Naval Postgraduate School

3:40 PM Break

3:55 PMModeling and Simulation of the Failure Mechanism of Ceramics during Low Velocity Impact Used in Protective Systems: Costas Fountzoulas1; Raymond Brennan1; 1U.S. Army Research Laboratory

4:15 PMMultilength Scale Characterization of Additively Manufactured Hybrid Nickel-Copper Fused Deposition Model Sandwich Cores: Steven Storck1; Marc Zupan1; 1UMBC

4:35 PMMechanical Properties and Failure Mechanisms in Microtruss Materials With Nanocrystalline Hollow Struts: Eral Bele1; Chandra Veer Singh1; Glenn Hibbard1; 1University of Toronto


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Integrated Computational Modeling of Materials for Nuclear Energy: Future DirectionsSponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS/ASM: Computational Materials Science and Engineering Committee, TMS/ASM: Nuclear Materials CommitteeProgram Organizers: Remi Dingreville, Sandia National Laboratories; Koenraad Janssens, Paul Scherrer Institute; Timothy Bartel, Sandia National Laboratories



2:00 PM Panel Discussion: Future Directions for Integrated Computational Modeling of Materials for Nuclear Energy

Panelists:

• Dr. Marius Stan, Senior Scientist, Argonne National Laboratory

• Dr. Diana Farkas, Program Director, National Science Foundation

• Dr. Simone Massara, Nuclear Science Section of the OECD Nuclear Energy Agency (NEA)Moderators:

• Remi Dingreville and Timothy J. Bartel, Sandia National Laboratories

Magnesium Technology 2013: Corrosion

Sponsored by:TMS Light Metals Division, TMS: Magnesium CommitteeProgram Organizers: Norbert Hort, Helmholtz-Zentrum Geesthacht; Suveen Mathaudu, US Army Research Office; Neale Neelameggham, IND LLC; Martyn Alderman, Magnesium Elektron


Session Chairs: Liming Peng, Shanghai Jiaotong University; Carlos Caceres, The University of Queensland

2:00 PMEfficiency of a New Hexavalent Chromium-Free Chemical Pickling Process Based on Organic and Inorganic Acids on Magnesium Alloys Mg-Y-RE-Zr and Mg-Zn-RE-Zr: Helene Ardelean1; Antoine Seyeux1; Sandrine Zanna1; Philippe Marcus1; Sophie Pettier2; Nathalie Le Pottier2; Daniel Lecuru2; 1LPCS UMR 7045 Chimie Paristech; 2Eurocopter Marignane

2:20 PMGalvanic Corrosion of Mg-Zr Alloy and Steel or Graphite in Mineral Binders: David Lambertin1; Adrien Rooses1; Fabien Frizon1; 1CEA/DEN

2:40 PMThe Influence of Mg-Zr Master Alloy Microstructure on the Corrosion of Mg: Darren Gandel1; Mark Easton2; Nick Birbilis1; Mark Gibson3; Trevor Abbott4; 1Monash University; 2CAST CRC; 3CSIRO; 4Magontec Ltd

3:00 PMCorrosion of Ultrasonic Spot Weldbonds of Magnesium to Steel: Tsung-Yu Pan1; Zhili Feng1; Michael Santella1; Jian Chen1; 1Oak Ridge National Laboratory

3:20 PM Break

3:40 PMA Superior Corrosion Resistant Conversion Coating for Mg-Alloys: Xiaobo Chen1; Trevor Abbott2; Mark Easton1; Nick Birbilis1; 1Monash University; 2Magontec Pty Ltd

4:00 PMCorrosion and Adhesion Properties of Cerium-Based Conversion Coatings on Mg Alloys: Surender Maddela1; Matthew O’Keefe1; 1Missouri University of Science and Technology

4:20 PMCorrosion Behavior of Cerium-Based Conversion Coatings on Magnesium Alloys Exposed to Ambient Conditions: Carlos Castano1; Surender Maddela1; Matthew O’Keefe1; 1Missouri University of Science and Technology

4:40 PMFormation of Vanadate Conversion Coating on AZ31 Magnesium Alloy: S. Salman1; K. Kuroda1; M Okido1; 1Nagoya University

Magnetic Materials for Energy Applications -III: MagnetoCaloric and Magnetostrictive Materials Sponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Energy Committee, TMS: Energy Conversion and Storage Committee, TMS: Magnetic Materials CommitteeProgram Organizers: Sivaraman Guruswamy, University of Utah; Thomas Woodcock, IFW Dresden; Yongmei Jin, Michigan Technological University; Raju Ramanujan, Nanyang Technological University; Frank Johnson, GE Global Research; Oliver Gutfleisch, Technische Universität Darmstadt


Session Chairs: Oliver Gutfleisch, Technische Universität Darmstadt; Matthew Willard, Naval Research Laboratory

2:00 PM Invitedγ-FeNi Alloy Nanostructures for Magnetocaloric Applications: Michael McHenry1; Huseyin Ucar1; David Laughlin1; 1Carnegie Mellon University

2:30 PM InvitedCrystallographic Alignment Effects on the Magnetocaloric Effect of near-Ni2MnGa Alloys: Anit Giri1; Brigitte Paterson2; Michael McLeod3; Cindi Dennis2; Bhaskar Majumdar3; Kyu Cho1; Robert Shull2; 1U.S. Army Research Laboratory; 2National Institute of Standards and Technology; 3New Mexico Institute of Mining and Technology

3:00 PM InvitedLaFeCoSi- and GdFeAl-Based Composites with Enhanced Refrigerant Capacity and Table-Like Magnetocaloric Effect: Ivan Skorvanek1; Jozef Marcin1; Bogdan Idzikowski2; Piotr Gebara3; Piotr Pawlik3; 1Institute of Experimental Physics; 2Institute of Molecular Physics; 3Czestochowa University of Technology

3:30 PM Break

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3:40 PM InvitedMagnetostriction of Permendur: T Ren1; Harsh Chopra; A Lisfi2; Armen Khachaturyan; Manfred Wuttig3; 1University of Maryland; 2Morgan State University; 3Univ of Maryland

4:10 PM InvitedMagnetization and Magnetostriction of Terfenol-D near Spin Reorientation Boundary: Yongmei Jin1; Ben Wang1; 1Michigan Technological University

4:40 PMModeling of Magnetic and Structural Phase Transformations in Co-Ni-Al and Co-Ni-Ga Ferromagnetic Shape Memory Alloys FSMA’s: Hassan Thawabi1; Navdeep Singh1; Raymundo Arroyave1; 1Texas A&M University

5:00 PMThe Effect of Annealing on Magneto-Caloric Effect in Ni43Mn42Co4Sn11 Magnetic Shape Memory Alloys: Nickolaus Bruno1; C. Yegin1; I. Karaman1; J. Ross1; J. Liu2; 1Texas A&M University; 2Ningbo Institute of Material Technology and Engineering

Materials and Fuels for the Current and Advanced Nuclear Reactors II: Fuels IISponsored by:TMS Structural Materials Division, TMS/ASM: Corrosion and Environmental Effects Committee, TMS/ASM: Nuclear Materials CommitteeProgram Organizers: Ramprashad Prabhakaran, Idaho National Laboratory; Dennis Keiser, Idaho National Laboratory; Raul Rebak, GE Global Research


Session Chairs: Ramprashad Prabhakaran, Idaho National Laboratory; Dennis Keiser, Idaho National Laboratory

2:00 PMRelease Behavior of Silver in TRISO fuel: Comparison of Experimental Data with Predictions for the AGR-1 Irradiation Experiment: Paul Demkowicz1; Jason Harp1; Blaise Collin1; David Petti1; 1Idaho National Laboratory

2:20 PMCharacterization of Irradiated of Metal Waste from the Pyrometallurgical Treatment of Used EBR-II Fuel: Brian Westphal1; Ken Marsden1; William McCartin1; Steve Frank1; Dennis Keiser1; Tae Yoo1; DeeEarl Vaden1; Dan Cummings1; Ken Bateman1; 1Idaho National Laboratory

2:40 PMIn Situ TEM Study of Xe Implantation in U-Mo and U-Zr Alloys: Di Yun1; Marquis Kirk1; Abdellatif Yacout1; 1Argonne National Laboratory

3:00 PMUranium-Zirconium Alloy Simulation by Diffusion Couple: Daniel Koury1; Andrew Conant2; Katie Cook2; Gerald Egeland1; 1Harry Reid Center, University of Nevada - Las Vegas; 2Georgia Institute of Technology

3:20 PMInvestigation of Freeze-Cast Scaffolds as an Advanced Reactor Fuel Form: Clarissa Yablinsky1; Philipp Hunger2; Amanda Lang1; Shih-Feng Chou2; Thomas Gage1; Ulrike Wegst2; Todd Allen1; 1University of Wisconsin; 2Dartmouth College

3:40 PM Break

4:00 PMInteraction of Cd with Ce and Nd in Nuclear Fuel Recycling: Thermochemistry and Phase Equilibria: Barbara Skolyszewska-Kühberger1; Rajesh Ganesan2; Herbert Ipser1; 1University of Vienna; 2Indira Gandhi Centre for Atomic Research

4:20 PMPhase Equilibria in the Systems Cd-Pr and Cd-Gd Relevant for Recycling of Nuclear Fuels: Thomas Reichmann1; Rajesh Ganesan2; Herbert Ipser1; 1University of Vienna; 2Indira Gandhi Centre for Atomic Research

4:40 PMEvolution of U-Mo Alloy Microstructures During Irradiation: Dennis Keiser1; Jan-Fong Jue1; Jian Gan1; Brandon Miller1; Adam Robinson1; Pavel Medvedev1; 1Idaho National Laboratory

5:00 PMInterdiffusion between Uranium and Iron: Assel Aitkaliyeva1; Chao-Chen Wei2; Di Chen2; Bulent Sencer1; J. Kennedy1; Lin Shao2; 1Idaho National Laboratory; 2Texas A&M University

Materials Processing Fundamentals: Metallurgy of Non-Ferrous MetalsSponsored by:TMS Extraction and Processing Division, TMS: Process Technology and Modeling CommitteeProgram Organizers: Lifeng Zhang, University of Science and Technology Beijing; Antoine Allanore, Massachusetts Institute of Technology; Cong Wang, Saint-Gobain High Performance Materials; James Yurko, Materion Brush Beryllium and Composites; Justin Crapps, ExxonMobil


Session Chair: Antoine Allanore, Massachusetts Institute of Technology

2:00 PMAnnealing of Oxide Dispersion Strengthened Alloys Consolidated by Spark Plasma Sintering: Kerry Allahar1; Jatuporn Burns1; Brian Jaques2; Y.Q. Wu1; Indrajit Charit3; Darryl Butt1; James Cole4; 1Center for Advanced Energy Studies; 2Boise State University; 3University of Idaho; 4Idaho National Laboratory

2:20 PMCorrosion Resistance of Zn-Sn Alloys Horizontally Directionally Solidified: Claudia Mendez1; Miriam Parra1; Carlos Schvezov2; Alicia Ares2; 1FCEQyN-UNaM; 2CONICET/FCEQyN-UNaM

2:40 PMControlling Plasticity in Nanometer-Scale Accumulative Roll Bonded Cu/Nb Lamellar Composites through Processing Conditions: John Carpenter1; Rodney McCabe1; Sven Vogel1; Shijian Zheng1; Irene Beyerlein1; Nathan Mara1; 1Los Alamos National Laboratory

3:00 PMHigh Speed Twin Roll Casting of Al-33 wt. % Cu Strips with Layered Structure -Inspired by Mathematical Modeling: Seshadev Sahoo1; Sudipto Ghosh1; 1IIT Kharagpur

3:20 PMLorentz Force Velocimetry (LFV) Based on an Electromagnet System: Fatoumata Santara1; André Thess1; 1Institute of Thermodynamics and Fluid Mechanics/Ilmenau University of Technology

3:40 PM Break


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3:50 PMFinite Element Modeling of Material Removal Rate in Powder Mixed Electrical Discharge Machining of Al-SiC Metal Matrix Composites: Umesh Vishwakarma1; Akshay Dvivedi1; Pradeep Kumar1; 1Indian Institute of Technology Roorkee

4:10 PMMulticriteria Optimization of Rotary Tool Electric Discharge Machining on Metal Matrix Composite: Manjot Cheema1; Akshay Dvivedi1; Apurbba Sharma1; Sudeep Biswas1; 1IIT Roorkee

4:30 PMStructural Modifications during Linear Heating of a Bulk Ultrafine-Grained Al-Cu-Mg Alloy Produced by High-Pressure Torsion: Ying Chen1; Marco Starink1; Nong Gao1; 1University of Southampton

4:50 PMCharacterization of Pore Formation in A356 Alloy with Different Oxide Levels during Directional Solidification: Hengcheng Liao1; Wan Song1; Qigui Wang2; 1Southeast University; 2GM Global Powertrain Engineering

Mesoscale Computational Materials Science of Energy Materials: Irradiation and DefectsSponsored by:TMS Materials Processing and Manufacturing Division, TMS/ASM: Computational Materials Science and Engineering CommitteeProgram Organizers: Pascal Bellon, University of Illinois; Alfredo Caro, LANL; Long Qing Chen, Penn State University; Anter El-Azab, Florida State University; Ming Tang, Lawrence Livermore National Laboratory


Session Chairs: Fei Gao, Pacific Northwest National Laboratory; Alfredo Caro, Los Alamos National Laboratory

2:00 PM InvitedA Cellular Monte Carlo Code for the Prediction of Phase Separation and Radiation Induced Segregation in Alloys: Maylise Nastar1; Thomas Garnier1; 1CEA

2:30 PMAn Atomistic Toolkit for the Calculation of Free Energy Functions of Materials: Daniel Schwen1; Enrique Martinez1; Alfredo Caro1; 1Los Alamos National Laboratory

2:50 PM InvitedMultiscale Modeling of He Effects on Microstructure Evolution in Alpha-Fe: Fei Gao1; Li Yang2; Shenyang Hu1; Howard Heinisch1; Richard Kurtz1; 1Pacific Northwest National Laboratory; 2University of Electronic Science and Technology of China

3:20 PM Break

3:40 PMAtomic Scale Modeling of Point Defects in Materials: Coupling Ab Initio and Elasticity Approaches: Celine Varvenne1; Emmanuel Clouet1; 1CEA Saclay DEN/DMN/SRMP

4:00 PM InvitedMesoscopic Modeling of Dislocation-Defect Interactions and Flow Localization in Irradiated BCC Metals: Anirban Patra1; David McDowell1; 1Georgia Institute of Technology

4:30 PMMicrostructure and Defect Disorder in UO2: Abdel-Rahman Hassan1; Jianguo Yu2; Anter El-Azab1; 1Purdue University; 2Idaho National Laboratory

4:50 PMA Continuum Model for Dynamics of Dislocation Arrays and Applications to Low Angle Grain Boundaries: Yang Xiang1; Xiaohong Zhu2; Shuyang Dai1; 1Hong Kong University of Science and Technology; 2Jinan University

5:10 PMHydrogen-Dislocation Interactions and Cross-Slip Inhibition in FCC Ni: Yizhe Tang1; Satish Rao2; Jaafar El-Awady1; 1Johns Hopkins University; 2UES Inc.

Microstructural Processes in Irradiated Materials: Ferritic & RPV Steels Sponsored by:TMS Structural Materials Division, TMS/ASM: Nuclear Materials CommitteeProgram Organizers: Thak Sang Byun, Oak Ridge National Laboratory; Dane Morgan, University of Wisconsin-Madison; Yasuyoshi Nagai, Tohoku University; Zhijie Jiao, University of Michigan-Ann Arbor; Christine Guéneau, CEA-Saclay


Session Chairs: Takuya Yamamoto, Univ. California Santa Barbara; Jonathan Hyde, National Nuclear Laboratory

2:00 PM InvitedUncertainties and Assumptions Associated with APT and SANS Characterisation of Irradiation Damage in RPV Steels: Jonathan Hyde1; Colin English1; Paul Styman2; Keith Wilford3; 1National Nuclear Laboratory; 2Oxford University; 3Rolls-Royce

2:30 PMEvaluation of the Presence of Vacancies in Irradiation Induced Solute Clusters in Ferritic Model Alloys by Combination of Atom Probe Tomography and X Ray Absorption Spectroscopy: Sebastiano Cammelli1; Bertrand Radiguet1; Philippe Pareige1; Yves Serruys2; 1GPM UMR CNRS 6634 - Université et INSA de Rouen; 2SRMP - CEA

2:50 PMUse of APT, EFTEM, HRTEM and STEM to Search for ‘Slow-Blooming Phases’ in High Dose Reactor Pressure Vessel Steels: Joven Lim1; Jonathan Hyde1; Sergio Lozano-Perez1; Keith Wilford2; Chris Grovenor1; 1The University of Oxford; 2Rolls Royce

3:10 PMNi-Si-Mn Dominated Late Blooming Phases in RPV Steels at High Fluence and Flux: Peter Wells1; G. Odette1; Nicholas Cunningham1; Tim Milot1; Yuan Wu1; Takuya Yamamoto1; Doug Klingensmith1; James Cole2; Brandon Miller2; 1UC Santa Barbara; 2Idaho National Laboratory

3:30 PMEffects of Post-Irradiation Annealing and Re-Irradiation on Microstructure in Surveillance Test Specimens of RPV Steel Studied by 3D-AP and Positron Annihilation: Takeshi Toyama1; Akira Kuramoto1; Yasuko Nozawa1; Yoshitaka Matsukawa1; Masayuki Hasegawa1; Matti Valo2; Yasuyoshi Nagai1; 1Tohoku University; 2VTT Technical Research Centre of Finland

3:50 PM Break

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4:00 PMMicrostructural Characterization of Test Reactor Irradiated RPV Steels by Post-Irradiation Annealing and State-of-the-Art Characterization Tools: Takuya Yamamoto1; Takeshi Toyama2; Peter Wells1; Akira Kuramoto2; Yasuyoshi Nagai2; G. Robert Odette1; 1Univ. California Santa Barbara; 2Tohoku University

4:20 PMAPT Characterizations of High Nickel, Low Copper Welds from the Ringhals Surveillance Program: Michael Miller1; Randy Nanstad1; 1Oak Ridge National Laboratory

4:40 PMRelationship between Microstructural Change and Hardening by Thermal Aging in Stainless Steel Weld Overlay Cladding of Nuclear Reactor Pressure Vessels: Yasuyoshi Nagai1; Yuta Kakubo1; Tomoaki Takeuchi2; Yoshitaka Matsukawa1; Takeshi Toyama1; Jun Kameda1; Yutaka Nishiyama2; Jinya Katsuyama2; Kunio Onizawa2; 1Tohoku University; 2JAEA

5:00 PMCrystal Structure Analysis of Nanometer-Sized G-Phase Precipitates in a d/γ Duplex Stainless Steel Weld Overlay Cladding of Light-Water Reactor Pressure Vessel Steels: Yoshi Matsukawa1; Tomoaki Takeuchi2; Yuta Kakubo1; Naoki Ebisawa1; Yasuko Nozawa1; Takeshi Toyama1; Yoshihito Yamaguchi2; Jinya Katsuyama2; Yutaka Nishiyama2; Yasuyoshi Nagai1; 1Tohoku University; 2Japan Atomic Energy Agency

5:20 PMNeutron Irradiation Effect on ECAP’ed Steel: Ahmad Alsabbagh1; Ruslan Valiev2; K. Murty1; 1North Carolina State University; 2Ufa State Aviation Technical University

5:40 PMExamination of Factors Influencing the Simulation of Neutron-Induced Void Swelling in ODS Ferritic-Martensitic Steels Using Self-Ion Irradiation: Frank Garner1; Victor Voyevodin2; Mychailo Toloczko3; Stuart Maloy4; Valery Pechenkin5; 1Radiation Effects Consulting; 2Kharkov Institute of Physics and Technology; 3Pacific Northwest National Laboratory; 4Los Alamos National Laboratory; 5Institute of Physics and Power Engineering

Modeling and Experimental Validation of Multiscale Mechanical Behavior from Atomic Scale to Macro Scale: Interfaces at Low Length ScalesSponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Mechanical Behavior of Materials Committee, TMS: Nanomechanical Materials Behavior Committee, TMS: Process Technology and Modeling Committee, TMS: Shaping and Forming CommitteeProgram Organizers: Nathan Mara, Los Alamos National Laboratory; Jian Wang, Los Alamos National Laboratory; Brad Boyce, Sandia National Laboratories; Jennifer Carter, Case Western Reserve University; Anthony Rollett, Carnegie Mellon University; Jonathan Zimmerman, Sandia National Laboratories


Session Chairs: Irene Beyerlein, Los Alamos National Laboratory; Stephen Foiles, Sandia National Laboratories

2:00 PM Invited3D Grain Boundary Networks for Integrated Computational Materials Engineering: Alexis Lewis1; David Rowenhorst1; 1Naval Research Laboratory

2:30 PMStudy of the Relationships between Local Stress State and Slip Activity in Heterogeneous Deformation of Polycrystalline Ti-5Al-2.5Sn with CPFE Simulation: Chen Zhang1; Hongmei Li1; Philip Eisenlohr2; Thomas Bieler1; Martin Crimp1; Carl Boehlert1; 1Michigan State University; 2Max-Planck-Institut für Eisenforschung

2:50 PM InvitedMulti-Scale Model for Bi-Metal Interface Evolution: Irene Beyerlein1; Jason Mayeur1; Curt Bronkhorst1; Nathan Mara1; Jian Wang1; Hashem Mourad1; 1Los Alamos National Laboratory

3:20 PMInterface Controlled Plastic Flow Modeled by Strain Gradient Plasticity Theory: Thomas Pardoen1; Thierry Massart2; 1UCL; 2ULB

3:40 PM Break

3:50 PMDeformation Twinning in Cu/Nb Nanolamellar Composites Fabricated by Accumulative Roll Bonding (ARB) Measured Using Electron Backscatter Diffraction(EBSD): Rodney McCabe1; John Carpenter1; Nathan Mara1; 1Los Alamos National Laboratory

4:10 PM InvitedA Predictive Model for Microstructure Evolution in Metallic Multilayers with Immiscible Constituents: Yao Shen1; Haibo Wan1; Xuejun Jin1; Jian Wang2; 1Shanghai Jiao Tong University; 2Los Alamos National Laboratory

4:40 PM InvitedExperimental Observations of the Interactions between Dislocations and Twin Boundaries in Nanocrystalline Face-Centred Cubic Metallic Materials: Yang Cao1; Song Ni1; Yanbo Wang1; Xiaozhou Liao1; 1The University of Sydney

5:10 PMSurface Groove Induced Strain Relaxation and Strengthening of Fivefold-Twinned Silver Nanowire: Chuang Deng1; 1University of Manitoba


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5:30 PM InvitedMolecular Dynamics Simulation of Grain Growth and Plastic Deformation during Surface Indentation of Nanocrystalline Nickel: Garritt Tucker1; Stephen Foiles1; 1Sandia National Laboratories

Modeling of Multi-Scale Phenomena in Materials Processing - III: Microstructure EffectsSponsored by:TMS Materials Processing and Manufacturing Division, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Process Technology and Modeling Committee, TMS: Integrated Computational Materials Engineering CommitteeProgram Organizers: Adrian Sabau, Oak Ridge National Laboratory; Anthony Rollett, Carnegie Mellon University; Laurentiu Nastac, The University of Alabama; Jonathan Madison, Sandia National Laboratories; Mei Li, Ford Motor Company


Session Chairs: Anthony Rollett, Carnegie Mellon University; Wei Cai, Stanford University


2:05 PM InvitedBCC Crystal Plasticity Model Incorporating Non-Schmid Effect: Hojun Lim1; Christopher Weinberger1; Corbett Battaile1; Thomas Buchheit1; 1Sandia National Laboratories

2:45 PMStudy on Effect of Interfacial Anisotropy and Elastic Interaction on Morphology Evolution and Growth Kinetics of a Single Precipitate in Mg-Al Alloy by Phase Field Modeling: Guomin Han1; Zhiqiang Han1; Alan Luo2; Anil Sachdev2; Baicheng Liu1; 1Tsinghua University; 2General Motors Global Research and Development Center

3:05 PMParametric Study of a Cellular Automata Recrystallization Model: David Rule1; Jon Madison2; Veena Tikare2; Liz Holm2; 1University of Florida; 2Sandia National Laboratories

3:25 PM Break

3:55 PMComparison of the Conventional Gravity Sand Casting Process with the Novel CRIMSON Casting Process: Binxu Zeng1; Mark Jolly1; Xiaojun Dai1; Carl Reilly2; 1Cranfield University; 2The University of British Columbia

4:15 PMSimulation of Electromagnetic Vibration on the Inclusions Agglomeration Behavior in Aluminum Melt: Leyuan Qiu1; Qiulin Li2; Wei Liu2; 1Tsinghua University, China; 2Tsinghua University

4:35 PMPredicting the Rate of Dislocation Cross Slip: Wei Cai1; Jie Yin1; 1Stanford University

4:55 PMSimulation of Microstructural Morphology Evolution of Ni-45wt.%Mo Droplets during Rapid Solidification Process: Ma Jie1; Zhang Jie-Yu2; Zhao Shun-Li3; Zhao Jian2; 1Shanghai University Key Laboratory of Modern Metallurgy & Materials Processing; 2Shanghai University Key Laboratory of Modern Metallurgy & Materials Processing; 3Baosteel research institute,Baoshan Iron&Steel Co.,Ltd.

5:15 PMMicrostructure Evolution of a Nb Bicrystal Subjected to Equal Channel Angular Extrusion- Experiment and Modeling: Shreyas Balachandran1; Arun Srinivasa1; Zu Sung2; Peter Lee2; Karl Hartwig1; 1Texas A&M university; 2National High Magnetic Field Laboratory

Nanostructured Materials for Lithium Ion Batteries and for Supercapacitors: Nanostructured Materials for Lithium Ion Batteries and for Supercapacitors Session IVSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Energy Conversion and Storage CommitteeProgram Organizer: David Mitlin, University of Alberta and NINT NRC



2:00 PM InvitedToward a Na-Ion Battery: Long Wang1; Maowen Xu; Jie Song; Yuhao Lu; John Goodenough; 1Univ of Texas at Austin

2:20 PM InvitedNew Type of Nanostructured Battery Electrode Materials: Robert Huggins1; 1Stanford University

2:40 PM InvitedMultiple-Stripe Lithiation of Individual SnO2 Nanowires: Scott Mao1; Jianyu Huang2; Li Zhong1; 1Department of Mechanical Engineering and Materials Science, Univ. of Pittsburgh; 2Center for Integrated Nanotechnologies, Sandia National Laboratories

3:00 PM InvitedHigh Energy Density Lithium Capacitors Using Carbon-Carbon Electrodes: Jim Zheng1; Wanjun Cao1; 1Florida State University

3:20 PM InvitedIn Situ and In Operando Studies of High Capacity Cathodes: Jason Graetz1; Sung-Wook Kim2; Feng Wang1; Xiaoya Wang2; 1Brookhaven National Laboratory; 2Stony Brook University

3:40 PM Break

4:00 PM InvitedThe Important Role of Nanostructure in Material and Electrode Design on Electrochemical Performance: Esther Takeuchi1; Amy Marschilok1; Kenneth Takeuchi1; 1Stony Brook University

4:20 PM InvitedNanostructured Vanadium Pentoxides as Cathodes for Lithium-Ion Batteries: Guozhong Cao1; 1University of Washington

4:40 PM InvitedLight-Metal Hydrides as Novel Conversion Mateirals for Li-ion Battery Anodes: Eric Majzoub1; Tim Mason1; Alyssa McFarlane1; 1University of Missouri - St. Louis

5:00 PM InvitedPressure-Gradient Dependent Diffusion and Crack Propagation in Lithiated Silicon Nanowires: Vivek Shenoy1; 1University of Pennsylvania

5:20 PM InvitedUltrathin Multifunctional Surface Coatings for Lithium Ion Batteries: Xingcheng Xiao1; 1General Motors Global R&D Center

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5:40 PM InvitedLaser Created Nanostructured Aluminum Current Collector for Supercapacitor Applications: Dongfang Yang1; 1National Research Council Canada

6:00 PMCyclability Study of Si/TiN/C Composite Anode with High Rate Capability for Lithium-Ion Batteries: Jiguo Tu1; Shuqiang Jiao1; Jungang Hou1; Hongmin Zhu1; 1University of Science and Technology Beijing

Neutron and X-Ray Studies of Advanced Materials VI: Centennial and Beyond: In Honor of Prof. T. Ungar: “Advanced Line Profile Analysis”Sponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Rozaliya Barabash, Oak Ridge National Laboratory; Xun-Li Wang, City University of Hong Kong; Jaimie Tiley, US Air Force Research Laboratory; Gernot Kostorz, ETH Zurich; Brent Fultz, California Institute of Technology; Peter Liaw, Univ of Tennessee


Session Chairs: Andras Borbely, EMSE, France; Lavente Balogh, LANL


2:05 PM InvitedAsymmetric X-Ray Line Broadening: From the Composite Model to the Dislocation Polarization Induced by External Stress: Istvan Groma1; Peter Ispanovity1; Daniel Tuzes1; 1Eotvos University Budapest

2:25 PM InvitedHigh-Resolution EBSD and X-Ray Diffraction Analysis of Dislocation Structures in Deformed Copper Single Crystals: Claire Maurice1; Andras Borbely1; 1Ecole des Mines de Saint-Etienne

2:45 PM InvitedCharacterisation of Deformation Induced Microstructures by In-Situ X-ray Synchrotron Bragg Profile Analysis: Erhard Schafler1; Michael Kerber1; Roman Schuster1; Florian Spieckermann1; Harald Wilhelm1; Gerald Polt1; Sigrid Bernstorff1; Michael Zehetbauer1; Tamas Ungar2; 1University of Vienna, Faculty of Physics; 2Eötvös University Budapest, Department of Material Physics

3:05 PM InvitedAsymmetric X-Ray Line Profiles Revisited: Dissecting Dislocation Structures by High Resolution Reciprocal Space Mapping: Wolfgang Pantleon1; 1Technical University of Denmark

3:25 PM InvitedElasto-Plastic Transition of a Duplex Steel from Combined X-Ray Diffraction, Neutron Diffraction, and Micromechanical Modeling: Christophe Le Bourlot1; Olivier Castelnau2; Brigitte Bacroix1; Damien Faurie1; 1LSPM, Univ. Paris Nord; 2PIMM-CNRS

3:45 PM Break

3:55 PM InvitedExtracting Dislocation Densities from Peak Broadening Analysis: A Multiscale Analysis of Predicted and Experimental Diffraction Peak Profiles: Carlos Tome1; Levente Balogh1; Laurent Capolungo2; Anand Kanjarla1; Ricardo Lebensohn1; 1Los Alamos National Laboratory; 2Georgia Institute of Technology

4:15 PM InvitedPhenomenological and Physically Based Approaches to Line-Broadening Analysis: Davor Balzar1; 1University of Denver

4:35 PM InvitedThe Role of Orientation Factors in XRD Analysis of Microstructure: Radomir Kuzel1; 1Charles University in Prague, Faculty of Mathematics and Physics

4:55 PM InvitedUnderstanding Physical Properties of Nanomaterials from Parameters Obtained by X-Ray Bragg Profile Analysis: Michael Zehetbauer1; Erhard Schafler1; Michael Kerber1; 1University of Vienna

5:15 PM InvitedTexture Evolution in NiAl Deformed by High Pressure Torsion Studied with Synchrotron Radiation: Werner Skrotzki1; Christine Traenkner1; Robert Chulist1; Benoit Beausir2; Thomas Lippmann3; Jelena Horky4; Michael Zehetbauer4; 1TU Dresden; 2Univ. Metz; 3Helmholtz-Zentrum Geesthacht; 4Univ. Wien

5:35 PM InvitedDevelopment of the Dislocation Structure of Ferritic Steel during Quenching, Cold Rolling and Annealing: Peter Szabó1; 1Budapest University of Technology and Economics

5:55 PM InvitedApplication of Line Profile Analysis for the Study of Dislocations in Deep Earth Minerals: Sebastien Merkel1; Carole Nisr1; Gábor Ribárik2; Tamás Ungár2; Gavin Vaughan3; Patrick Cordier1; 1Universite Lille 1; 2Eötvös University; 3ESRF

6:15 PMMicrostructure of B2 CoTi and CoZr Determined by 3D X-Ray Diffraction: Gabor Ribarik1; Tamas Ungar1; Levente Balogh2; Rupalee Mulay3; Sean Agnew3; Ulrich Lienert4; 1Eotvos Lorand University, Institute of Physics, Budapest, Hungary; 2Materials Science and Technology Division, Los Alamos National Laboratory; 3Materials Science and Engineering, University of Virginia; 4DESY Photon Science, Deutsches Elektronen-Synchroton

Ni-Co 2013: Pyrometallurgy - Solid-State ProcessingSponsored by:The Minerals, Metals and Materials Society, Metallurgical Society of the Canadian Institute of Mining Metallurgy and Petroleum, Chinese Society for Metals, GDMB Society for Mining, Metallurgy, Resource and Environmental Technology, Society for Mining Metallurgy and Exploration, Mining and Materials Processing Institute of Japan, Associacao Brasileira de Metalurgia, Materiais e Mineracao, Southern African Institute of Mining and Metallurgy (SAIMM), Minerals Engineering International Online, Cobalt Development Institute, Societe Francaise de Metallurgie et de Materiaux, TMS Extraction and Processing Division, TMS: Hydrometallurgy and Electrometallurgy Committee, TMS: Pyrometallurgy CommitteeProgram Organizer: Thomas Battle, Midrex Technologies


Session Chair: Shijie Wang, Rio Tinto Kennecott Utah Copper Corp

2:00 PMCobalt Recovery through Sulphating Roast of Cu/Co Concentrate of Katanga Mining: Kamal Adham1; 1Hatch Ltd.


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2:25 PMDirect Reduction of Transition Metal (Ni, Co, Cr) Oxides with Carbon in the Presence of Calcium Sulphate: Animesh Jha1; Yotamu Hara1; 1University of Leeds

2:50 PMFe and Ni Enriched and Concentrated from Laterite by Coal Base Pre Reduction Followed with Magnetic Separation: Hongxu Li1; Yu Chen1; Chao Wu1; Peng Zhang1; Chao Li1; 1University of Science and Technology

3:10 PMEffect of Refractory Materials on Preparation of Ferronickel Nugget by Rotary Hearth Furnace: Donghai Li1; Cheng Pan1; Xuewei Lv1; Enguang Guo1; Pan Chen1; 1Chongqing University

3:35 PM Break

3:55 PM Experimental Study on Reduction-Magnetic Separation Process of Low-Grade Nickel Laterite Ore: Fatao Chen1; Bo Zhang1; Wencai Li1; Qiang Wang1; Xin Hong1; 1Shanghai University

4:20 PMNew Route for Nano-Structured Ni-Co Alloy Preparation: D. de Macedo; Eduardo Brocchi1; F. Moura; 1PUC-Rio

4:40 PMSolid State Selective Reduction of Nickel from Nickel Laterite Ores: Manuel Zamolla; Nagendra Tripathi1; 1Koniambo Nickel SAS

5:00 PMState of the Art Refractory Corrosion Test Work for the Nonferrous Metals Industry: Dean Gregurek1; Angelika Ressler; Viktoria Reiter1; Anna Franzkowiak1; Alfred Spanring1; Bob Drew1; Dayle Flynn1; 1RHI AG

Novel Synthesis and Consolidation of Powder Materials : Nanostructured or Nanocrystalline MaterialsSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Powder Materials CommitteeProgram Organizers: Ma Qian, The University of Queensland; Iver Anderson, The Ames Laboratory

Tuesday PM Room: Lone Star Salon CMarch 5, 2013 Location: Grand Hyatt

Session Chairs: Eugene Olevsky, San Diego State University; Young Do Kim, Hanyang University

2:00 PM KeynoteNanostructured Materials Based on Powder Metallurgy Route: Bernd Kieback1; Thomas Weissgaerber2; Thomas Schubert2; Lars Röntzsch2; 1Technische Universitaet Dresden; 2Fraunhofer Institute for Manufacturing and Advanced Materials IFAM

2:40 PMConsolidation of Nanocrystalline Si by Shock Waves: Nikoloz Chikhradze1; Akaki Gigineishvili2; Mikheil Chikhradze2; Bagrat Godibadze1; 1Mining Institute/Georgian Technical University; 2Georgian Technical University

3:00 PMSynthesis and Properties of Amorphous and Nanocrystalline W-Based Alloys and Composites: Steven Livers1; Megan Beck1; Kosette Leperi1; Zachary Cordero2; Hyon-Jee Voigt2; Emily Huskins3; Daniel Casem4; Brian Schuster3; Lee Magness3; Michael Hurley1; Christopher Schuh2; Megan Frary1; 1Boise State University; 2Massachusetts Institute of Technology; 3Army Research Laboratory; 4Army Research Laboratory

3:20 PM Break

3:40 PM InvitedNew Class of High Strength Nanostructured Steel for Large Scale Industrial Components: Daniel Branagan1; Jason Walleser1; Brian Merkle1; Patrick Mack1; Alla Sergueeva1; Brian Meacham1; 1The NanoSteel Company

4:10 PM InvitedBulk Nanostructured Materials from Consolidation of Particles by Severe Plastic Deformation: Understanding and Opportunities: K. Xia1; 1University of Melbourne

4:40 PMNanostructured Al-7wt%Si-0.3wt%Mg Alloy Powders Prepared by High Energy Ball Milling of A356 Aluminium Casting Alloy Machining Chips: Jiamiao Liang1; Deliang Zhang1; 1Shanghai Jiao Tong University

5:00 PMMicrostructural Characterization of a Powder-Processed Quasicrystal-Reinforced Al-Cr-Mn-Co-Zr Alloy: Mauricio Gordillo1; Iuliana Cernatescu2; Thomas Watson2; Mark Aindow1; 1University of Connecticut; 2Pratt and Whitney Aircraft

Pb-free Solders and Emerging Interconnect and Packaging Technologies: Mechanical Behavior IISponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Electronic Packaging and Interconnection Materials CommitteeProgram Organizers: Nikhilesh Chawla, Arizona State University; Srinivas Chada, Whirlpool; Darrel Frear, Freescale Semiconductor; John Elmer, LLNL; Tae-Kyu Lee, Cisco Systems; Yan Li, Intel; Laura Turbini, Research In Motion; Kwang-Lung Lin, National Cheng Kung University; Sohoon Yoo, Korea Institute of Industrial Technology



2:00 PMEvaluation of Impact Property of Low-Melting-Point Solder Joints on Cu Pad: Hiroshi Nishikawa1; Terumasa Yamamoto1; 1Osaka University

2:20 PMAssessment of Impact Reliability of Sn-Ag-Cu/Cu-xZn Solder Joints in Consideration with Microstructural Evolution Via EBSD Analysis: Chi-Yang Yu1; Jenq-Gong Duh1; 1National Tsing Hua University

2:40 PMDevelopment of Solidification Microstructure and Tensile Mechanical Properties of Sn-0.7Cu and Sn-0.7Cu-2.0Ag Xolders: José Spinelli1; Amauri Garcia2; 1Federal University of São Carlos; 2University of Campinas

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3:00 PMImpact of Cooling Rate on Low Silver Sn-Ag-Cu Solder Interconnect Board Level Mechanical Shock and Thermal Cycling Performance: Tae-Kyu Lee1; Choong-Un Kim2; Thomas Bieler3; 1Cisco Systems; 2University of Texas, Arlington; 3Michigan State University

3:20 PM Break

3:40 PMIsothermal Fatigue Properties and Their Relation to the Reliability of Lead Free Solder Joints in BGA Assembly: Huili Xu1; Choong-Un Kim1; Tae-Kyu Lee2; 1University of Texas at Arlington; 2Cisco

4:00 PMA Microstructurally Adaptive Composite Model for Steady State Creep of Two-phase Sn-Ag-Cu based Solders: Babak Talebanpour1; Uttara Sahaym1; Praveen Kumar2; Indranath Dutta1; 1Washington State University; 2Indian Institute of Sciences

4:20 PMStudy on Solder Grain Orientation and Texture Effect on the Mechanical Reliability: Fay Hua1; K. Lee1; 1Intel Corporation

Phase Stability, Phase Transformations, and Reactive Phase Formation in Electronic Materials XII: General Issues in MicroelectronicsSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Alloy Phases CommitteeProgram Organizers: Chao-hong Wang, National Chung Cheng University; Chih-Ming Chen, National Chung Hsing University; Jae-Ho Lee, Hongik University; Ikuo Ohnuma, Tohoku University; Clemens Schmetterer, TU Bergakademie Freiberg; Yee-Wen Yen, National Taiwan University of Science and Technology; Shien-Ping Feng, The University of Hong Kong; Shih-Kang Lin, National Cheng Kung University


Session Chairs: Shih-Kang Lin, National Cheng Kung University; Jae-Ho Lee, Hongik University

2:00 PM InvitedSynthesis, Characterization and Applications of Cu, Cu2O and CuO Nanoparticles: Hyuck Mo Lee1; Chung Seok Choi1; Na Rae Kim1; Yun Hwan Jo1; Inyu Jung1; 1KAIST

2:20 PMEffects of Bath Conditions and Operating Parameters on Electroless Nickel-Iron Alloy Plating for Microelectronic Applications: Myung-Won Jung1; Jae-Ho Lee1; Sung Kang2; 1Hongik University; 2IBM Watson Research Center

2:35 PMInfluence of Bath Composition and Operating Parameters on the Composition of Ni-Fe Alloy Deposits: Ju-Hwan Kim1; Ho-Kyung Um2; Tai-Hong Yim3; Ildong Choi4; Jae-Ho Lee1; 1Hongik University; 2Korea Institute of Industrial Technology; 3Korea Institute of Industrial Technology; 4Korea Maritime University

2:50 PMEvaluating the Stability of Barrierless Cu-Alloy Film as a Buffer Layer in Microelectronic Devices: Chon-Hsin Lin1; 1Asia-Pacific Institute of Creativity

3:05 PMStudy of Wetting Behavior of Gold-Tin Solder on the Gold, Silver Bi-Layer: Yu-Jin Hu1; 1National Central University

3:20 PMSynthesis and Characterization of Sn/SnO2 Coated Multi-Walled Carbon Nanotubes: Chien-I Lin1; Mohanty Udit Surya1; Kwang-Lung Lin1; 1National Cheng Kung University

3:35 PM Break

3:50 PM InvitedCharacteristics of Plasma-Treated Amorphous Ta-Si-C Film as a Diffusion Barrier for Copper Interconnection: Jau-Shiung Fang1; Wu-Jia Su1; Meng-Shuo Huang1; Tsung-Shune Chin2; 1National Formosa University; 2Feng Chia University

4:10 PMPreparation of AgCu Alloy Nanoparticles Using Thermal Decomposition Process for the Printed Electronics: Na Rae Kim1; Inyu Jung1; Yun Hwan Jo2; Hyuck Mo Lee1; 1KAIST; 2Samsung Display

4:25 PMOptical Properties of AlxOy/Ni/AlxOy Multilayer Absorber Coatings Prepared by Reactive Magnetron Sputtering: Ting-Kan Tsai1; Shun-Jen Hsueh1; Jau-Shiun Fang1; 1Nation Formosa University

4:40 PMElectron Transport and Magnetic Performance of Ni-Nb-Zr Metallic Glass: Haibing Wang1; Jin Chen1; Chuang Dong1; Chonglin Chen2; 1Dalian Univ of Technology; 2University of Texas at San Antonio

4:55 PMThe Preparation and Properties of Hexadecanoic Acid/Polyaniline Phase Change Materials: Zhang Ling1; Zhu Furong1; Zeng Julan1; Zheng Shuanghao1; Yan Wenpei1; Deng Guangrong1; 1Changsha University of Science and Technology

5:10 PMInvestigation of GaN Nucleation on Various Powder Compounds through Hydride Vapor Phase Epitaxy: Seongki Hong1; Hyo-Jong Lee1; Jun-Seok Ha2; Soon-Ku Hong3; Seog Woo Lee4; Meoung Whan Cho4; Takafumi Yao4; 1Dong-A University; 2Chonnam National University; 3Chungnam National University; 4Tohoku University

Phase Transformation and Microstructural Evolution: General Phase Transformations - Non-Ferrous: Part IIISponsored by:TMS Materials Processing and Manufacturing Division, TMS: Chemistry and Physics of Materials Committee, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Phase Transformations Committee, TMS: Process Technology and Modeling Committee, ASM: Alloy Phase Diagrams CommitteeProgram Organizers: Amy Clarke, Los Alamos National Laboratory; Sudarsanam Suresh Babu, Ohio State Univ; Rajarshi Banerjee, Univ of North Texas; John Morral, Ohio State Univ; Brian Gleeson, University of Pittsburgh; Carelyn Campbell, National Institute of Standards & Tech; Yongho Sohn, Univ of Central Florida; Yunzhi Wang, Ohio State University


Session Chairs: Matthew Kramer, Ames Laboratory; Greg Thompson, University of Alabama

2:00 PMMetastable Phases in a Powder Processed Al-Ce-Mn Alloy: Mauricio Gordillo1; Iuliana Cernatescu2; Thomas Watson2; Mark Aindow1; 1University of Connecticut; 2Pratt and Whitney Aircraft


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2:20 PMNanoscale Precipitation-Strengthened Al-Sc-(V,Nb,Ta) Alloys: Keith Knipling1; Nhon Vo2; David Dunand2; David Seidman2; 1Naval Research Laboratory; 2Northwestern University

2:40 PMOptimization of a Dilute Al-Er-Sc-Zr-Si Alloy for High-Temperature Applications: Nhon Vo1; David Dunand1; David Seidman1; 1Northwestern University

3:00 PMPrediction of the Critical Resolved Shear Stress of an Al-Cu-Sn Alloy Containing Shear-Resistant Precipitate Plates: Hong Liu1; Yipeng Gao2; Yunzhi Wang2; Jian-Feng Nie1; 1Monash University; 2The Ohio State University

3:20 PMThe Influence of Sr on Primary Silicon Morphology in Al-Si Hypereutectic Alloys: Anilajaram Darlapudi1; Sofiane Terzi2; Arne Dahle2; David StJohn2; 1CAST CRC, Materials Engineering, University of Queensland; 2University of Queensland

3:40 PMThermo -Dynamic & -Kinetic Modeling to Quantify the Evolution of Primary Intermetallics and Dispersoid Phases during Casting and Homogenization in 6xxx Al-Alloys: Kerem Öksüz1; Wu Jun1; Erwin Povden-Karadeniz2; Ahmad Falahati1; Carsten Melzer3; Ernst Kozeschnik4; 1Vienna University of Technology; 2Vienna University of Technology,Christian Doppler Laboratory; 3Austria Metall GmbH; 4Vienna University of Technonlogy & Christian Doppler Laboratory

4:00 PMNormal Grain Growth in Cu-Al-Mn Shape Memory Alloy: Takashi Saito1; Tomoe Kusama2; Toshihiro Omori1; Ikuo Ohnuma1; Ryosuke Kainuma1; 1Tohoku University; 2Furukawa Electric Co., Ltd.

4:20 PMThe Effect of Vitrification Method on the Phase Selection Dynamics of Cu-Zr Alloys: Tim Cullinan1; Ralph Napolitano1; 1Iowa State University / Ames Laboratory

4:40 PMThe Study of Transformations in Titanium and Ti Alloys by Electrical Resistivity Measurement: Petr Harcuba1; Michal Hájek1; Jana Šmilauerová1; Josef Stráský1; Irina Semenova2; Miloš Janecek1; 1Charles University in Prague; 2Ufa State Aviation Technical University

5:00 PMThe Interrelationship of Phase Crystallography on Microstructures in Tantalum Carbides: Gregory Thompson1; Robert Morris1; Billie Wang1; Christopher Weinberger2; 1University of Alabama; 2Sanida National Laboratories

5:20 PMThermal Stability of Nanotwinned Thin Films: Eun Soo Park1; Matthew Besser1; Matthew Kramer1; Ryan Ott1; 1Ames Laboratory

5:40 PMThermodynamic Reassessment of the La-Mg-Ni System and Its Application to Hydrogen Storage System: Xuehui An1; Kong-Bao Wu1; Jie-Yu Zhang1; Shuang-Lin Chen1; Qian Li1; 1Shanghai University

Phase Transformation and Microstructural Evolution: Non-conventional Phase Transformation Paths: Part IISponsored by:TMS Materials Processing and Manufacturing Division, TMS: Chemistry and Physics of Materials Committee, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Phase Transformations Committee, TMS: Process Technology and Modeling Committee, ASM: Alloy Phase Diagrams CommitteeProgram Organizers: Amy Clarke, Los Alamos National Laboratory; Sudarsanam Suresh Babu, Ohio State Univ; Rajarshi Banerjee, Univ of North Texas; John Morral, Ohio State Univ; Brian Gleeson, University of Pittsburgh; Carelyn Campbell, National Institute of Standards & Tech; Yongho Sohn, Univ of Central Florida; Yunzhi Wang, Ohio State University


Session Chairs: Gregory Olson, Northwestern University; Jian Nie, Monash University


2:10 PMMicrostructure Evolution of Cu – 15 wt.%Sn Alloy in Semisolid Remelting Processing: Huseyin Lus1; Gokhan Ozer1; Caglar Yuksel1; 1Yildiz Technical University

2:30 PMOn the Formation of Hierarchically Structured L21-Ni2TiAl Precipitates in a Ferritic Alloy: Christian Liebscher1; Velimir Radmilovic2; Ulrich Dahmen3; Mark Asta1; Gautam Ghosh4; 1UC Berkeley; 2University of Belgrade; 3Lawrence Berkeley National Laboratory; 4Northwestern University

2:50 PMPseudospinodal Nucleation in Beta-Ti Alloys: Andrew Boyne1; Soumya Nag1; Rajarshi Banerjee1; Yunzhi Wang1; 1University of North Texas

3:10 PM Break

3:30 PMSolidification of Al-Pb Alloy in a Static magnetic field: Hai-Li Li1; Jiu-Zhou Zhao2; 1Patent Examination Cooperation Center of the Patent Office, SIPO; 2Institute of Metal Research, CAS

3:50 PMThe Influence of Pressure and Temperature on the High Pressure Phase Transformation in Zirconium: Ellen Cerreta1; Juan Escobedo1; Paulo Rigg1; Frank Addessio1; Turab lookman1; Curt Bronkhorst1; Carl Trujillo1; Donald Brown1; George Gray1; 1Los Alamos National Laboratory

4:10 PMTransmission Electron Microscopy of Rapid Solidification of AlxCu100-x Thin Films: Andreas Kulovits1; Jorg Wiezorek1; Thomas LaGrange1; Bryan Reed1; Joseph Mckeown1; Geoffrey Campbell1; 1University of Pittsburgh

4:30 PMEffect of Cooling Rate on Phase Transformation of Continuous Casting Strand: Mujun Long1; Dengfu Chen1; Zhihua Dong1; Xing Zhang1; 1Chongqing University

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4:50 PMIn-Situ Identification of Phase Transformation During Material Synthesis Processes: Lijun Song1; Cunshan Wang1; Jyotirmoy Mazumder1; 1University of Michigan

5:10 PMNon-Classical Mechanism of Gamma Prime Precipitation in Nickel Base Alloys: Tanaporn Rojhirunsakool1; Subhashish Meher1; Soumya Nag1; Junyeon Hwang2; Jaimie Tiley3; Rajarshi Banerjee1; 1University of North Texas; 2Korea Institute of Science and Technology; 3Air Force Research Laboratory

5:30 PM InvitedExperimental Study and Simulation of Reverse Spinodal Decomposition: Jacques Lacaze1; Eric Andrieu1; 1Université de Toulouse

Physical and Mechanical Metallurgy of Shape Memory Alloys: High Temperature Shape Memory AlloysSponsored by:TMS/ASM: Phase Transformations CommitteeProgram Organizers: Haluk Karaca, University of Kentucky; Ibrahim Karaman, Texas A&M University; Othmane Benafan, NASA Glenn Research Center; Ryosuke Kainuma, Tohoku University; Hans Jurgen Maier, Univ of Paderborn

Tuesday PM Room: Lone Star Salon BMarch 5, 2013 Location: Grand Hyatt

Session Chairs: Michael Kaufman, Colorado School of Mines; Ruben Santamarta, University of the Balearic Islands

2:00 PMShape Memory Response of NiTiHfPd High Strength and High Hysteresis Shape Memory Alloys: Emre Acar1; Haluk Karaca1; Hirobumi Tobe1; Fan Yang2; Michael Mills2; Ron Noebe3; 1University of Kentucky; 2The Ohio State University; 3NASA Glenn Research Center

2:20 PMEffect of Precipitation on the Martensitic Transformation Characteristics of a Ni-Rich NiTiZr Alloy: Alper Evirgen1; Ibrahim Karaman1; Ronald Noebe2; Ruben Santamarta3; Jaume Pons3; 1Texas A&M University; 2NASA Glenn Research Center; 3Universitat de les Illes Balears

2:40 PMThe Effect of Aluminum Additions on the Shape Memory Behavior of NiTiHf Alloys: Derek Hsen Dai Hsu1; Hunter Henderson1; B. Hornbuckle1; Gregory Thompson1; Michele Manuel1; 1University of Florida

3:00 PMEffect of Alloy Composition on the Phase Transformation and the Shape Memory Behavior of TiPd Alloys: Yoko Yamabe-Mitarai1; Raju Arockiakumar1; Toru Hara1; Mamiko Kawakita1; Madoka Takahashi2; Satoshi Takahashi2; Hideki Hosoda3; 1National Institute for Materials Science; 2IHI Co.; 3Tokyo Institute of Technology

3:20 PMEffect of Alloying and Hot Rolling on the Shape Memory Behavior of Ti-Pd Alloys: Arockiakumar R.1; H. Maheshwari1; M. Kawakita1; M. Takahashi2; S. Takahashi2; Yoko-Yamabe Mitarai1; 1NIMS; 2IHI.Co.

3:40 PM Break

4:00 PMStudy of Phase Transformations in the Ti-Pt System for High Temperature SMAs: Karem Tello1; Michael Kaufman1; Ronald Noebe2; 1Colorado School of Mines; 2NASA Glenn Research Center

4:20 PMEffect of Cr Addition on Phase Transformation of AuTi and AuTiCo Shape Memory Alloys: Hyunbo Shim1; Toshiyuki Kawamura1; Masaki Tahara1; Tomonari Inamura1; Kenji Goto2; Hiroyasu Kanetaka3; Yoko Yamabe-Mitarai4; Hideki Hosoda1; 1Tokyo Institute of Technology; 2Tanaka Kikinzoku Kogyo K.K.; 3Tohoku University; 4National Institute for Materials Science

4:40 PMMicrostructural Influence on the Load Biased Response of Two Ti-lean, Ni-Ti-Pt High Temperature Shape Memory Alloys: Grant Hudish1; Ronald Noebe2; Glen Bigelow2; Michael Kaufman1; 1Colorado School of Mines; 2NASA Glenn Research Center

5:00 PMImprovement of Mechanical and Shape Memory Properties in Near-Equiatomic Ti-Pt High Temperature Shape Memory Alloys by Addition of Group IV Elements: Abdul Wadood1; M. Takahashi2; S. Takahashi2; Hideki Hosoda3; Yoko Yamabe-Mitarai1; 1National Institute for Materials Science; 2IHI Co.; 3Tokyo Institute of Technology

Recent Developments in Biological, Electronic, and Functional Thin Films and Coatings: Biological, Electronic, and Functional Thin Films and Coatings IVSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Thin Films and Interfaces CommitteeProgram Organizers: R. Narayan, UNC/NCSU Joint Department of Biomedical Engineering; Choong-Un Kim, University of Texas at Arlington; Jian Luo, Clemson University; Nancy Michael, University of Texas at Arlington; Nuggehalli Ravindra, New Jersey Institute of Technology; Adele Carradò, IPCMS


Session Chairs: Terry Alford, Arizona State University; Nancy Michael, UT Arlington

2:00 PMEffects of Surface Roughness and Surface Energy on Ice Adhesion Strength: Carol Ellis-terrell1; Michael Miller1; Ronghua Wei1; 1Southwest Research Institute

2:20 PMProtection of Magnesium Alloy Sheets by Hot Cladding of Aluminium: Heinz PalkowskiI1; Rudolph Kai-Michael2; 1Clausthal University of Technology; 2Arcelor Mittal Duisburg

2:40 PMEffect of Low Temperature Microwave Processing and Copper Content on the Properties of Ag-Cu Thin Film Alloys: Sayantan Das1; Terry Alford1; 1Arizona State University

3:00 PMSol-Gel Derived Electrochromic Tungsten Trioxide (WO3) Film: Huige Wei1; Xingru Yan1; Shijie Wu2; Suying Wei1; Zhanhu Guo1; 1Lamar University; 2Agilent Technologies, Inc

3:20 PM Break

3:45 PMInfluence of Si Addition on the Microstructures and Mechanical Properties of CrZrSiN Thin Films: Jyh-Wei Lee1; Tzu-Chin Tseng1; Sung-Hsiu Huang2; Tsung-Eong Hsieh2; Jenq-Gong Duh3; Yu-Chen Chan3; Hsien-Wei Chen3; 1Ming Chi University of Technology; 2National Chiao Tung University; 3National Tsing Hua University


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4:05 PMInfluence of Si Addition on the Microstructures and Mechanical Properties of CrZrSiN Thin Films: Jyh-Wei Lee1; 1Ming Chi University of Technology

REWAS 2013: Enabling Materials Resource Sustainability: Enabling Sustainability through Life Cycle Management, LCA and Industrial EcologySponsored by: Chinese Society for Metals, The Mining and Materials Processing Institute of Japan (MMIJ), TMS Extraction and Processing Division, TMS: Recycling and Environmental Technologies CommitteeProgram Organizers: Christina Meskers, Umicore Precious Metals Refining; Anne Kvithyld, SINTEF; Markus Reuter, Outotec Oyj; Randolph Kirchain, Massachusetts Institute of Technology; Mark Schlesinger, Missouri University of Science and Technology; Gregory Krumdick, Argonne National Laboratory; Cong Wang, Saint-Gobain High Performance Materials; Gabrielle Gaustad, Rochester Institute of Technology; Diana A. Lados, Worcester Polytechnic Institute; Brajendra Mishra, Colorado School of Mines; Jeffrey S. Spangenberger, Argonne National Laboratory

Tuesday PM Room: 006BMarch 5, 2013 Location: Henry B. Gonzalez Convention CenterFunding support provided by: Xstrata; SINTEF; Outotec; Umicore, and CR3, the Center for Resource Recovery and Recycling Session Chairs: Gabrielle Gaustad, Rochester Institute of Technology; Jeffrey S. Spangenberger, Argonne National Laboratory


2:05 PMStock Dynamics and Emission Pathways for the Global Aluminum Cycle: Daniel Müller1; Gang Liu1; Colton Bangs2; 1NTNU; 2Umicore

2:30 PMLifecycle and System Perspectives on the Recycling of Paper and Packaging from the Solid Waste Stream: Adam Gesing1; Jiyoun Chang2; Elsa Olivetti2; Gabrielle Gaustad2; Randolph Kirchain2; Subodh Das3; 1GCI; 2MIT; 3Phinix LLC

2:55 PMSustainable Production of c-Si Solar Cell Materials – A Competitive Advantage?: Gabriella Tranell1; 1Norwegian University of Science & Technology

3:20 PM Break

3:40 PMPhosphorus Flow Analysis for Food Production and Consumption: Kazuyo Matsubae1; Kenichi Nakajima2; Keisuke Nansai2; Tetsuya Nagasaka1; 1Tohoku University; 2National Institute for Environmental Studies

4:05 PMQuantifying the Export Flow of Used Electronics from the United States: The Case of Laptop Computers: Huabo Duan1; T. Miller1; Jeremy Gregory1; Randolph Kirchain1; 1MIT

4:30 PMLife Cycle Assessment of NdFeB Rare Earth Magnet Recycling: Brent Dolan1; Can Erdem1; Zhou Lin1; David Dornfeld1; Fiona Doyle1; 1University of California, Berkeley

REWAS 2013: Enabling Materials Resource Sustainability: Enabling Sustainability through Process Design, Modeling & SimulationSponsored by: Chinese Society for Metals, The Mining and Materials Processing Institute of Japan (MMIJ), TMS Extraction and Processing Division, TMS: Recycling and Environmental Technologies CommitteeProgram Organizers: Christina Meskers, Umicore Precious Metals Refining; Anne Kvithyld, SINTEF; Markus Reuter, Outotec Oyj; Randolph Kirchain, Massachusetts Institute of Technology; Mark Schlesinger, Missouri University of Science and Technology; Gregory Krumdick, Argonne National Laboratory; Cong Wang, Saint-Gobain High Performance Materials; Gabrielle Gaustad, Rochester Institute of Technology; Diana A. Lados, Worcester Polytechnic Institute; Brajendra Mishra, Colorado School of Mines; Jeffrey S. Spangenberger, Argonne National Laboratory

Tuesday PM Room: 006AMarch 5, 2013 Location: Henry B. Gonzalez Convention CenterFunding support provided by: Xstrata; SINTEF; Outotec; Umicore, and CR3, the Center for Resource Recovery and Recycling Session Chairs: Yongxiang Yang, TU Delft; Juergen Antrekowitsch, University of Leoben


2:10 PMMoving Equipment and Workers to a Mine Construction Site at a Logistically Challenged Area: Laszlo Tikasz1; Dennis Biroscak2; Scheale Duvah Pentiah1; Robert McCulloch1; 1Bechtel Canada Co.; 2BECHTEL Co.

2:35 PMPreparation and Characterization of Fibrous Copper Powder Used for Conductive Filler: Youqi Fan1; Yongxiang Yang2; Yanping Xiao2; Zhuo Zhao1; 1Anhui University of Technology; 2Delft University of Technology

3:00 PMSilver Selenide Thermodynamics for Copper Anode Slime Refining: Dawei Feng1; Pekka Taskinen1; 1Aalto University

3:25 PM Break

3:45 PMMeasurement of Thermodynamic Properties of Tellurium in Molten Iron by Transpiration Method: Shumpei Suzuki1; Takeshi Yoshikawa1; Takayuki Nishi2; Kazuki Morita1; 1University of Tokyo; 2Sumitomo Metals Intustries, Ltd

4:10 PMThermodynamic Model for Acidic Metal Sulfate from Solubility Data: Petri Kobylin1; Hannu Sippola1; Pekka Taskinen1; 1Aalto University

4:35 PMPractical Thermodynamic Model for Acidic Sulfate Solutions: Hannu Sippola1; Petri Kobylin1; Pekka Taskinen1; 1Aalto University

5:00 PMThermodynamic Analysis of Lead-Fluoride Ion-Water System: Jiayuan Li1; Tianzu Yang1; Lin Chen1; Weifeng Liu1; 1Central South University

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Synergies of Computational and Experimental Materials Science II: Mechanical Behavior: PlasticitySponsored by:TMS Materials Processing and Manufacturing Division, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering CommitteeProgram Organizers: Katsuyo Thornton, University of Michigan; Thomas Buchheit, Sandia National Laboratories; Anthony Rollett, Carnegie Mellon University; David Rowenhorst, Naval Research Laboratory


Session Chairs: Thomas Buchheit, Sandia National Laboratories; David Rowenhorst, Naval Research Laboratory


2:05 PM InvitedDeformation Mechanisms in Nanocrystalline Metals: In-Situ Diffraction Experiments and Atomistic Simulations: Helena Van Swygenhoven1; 1Paul Scherrer Institut

2:35 PMSize-Affected Behavior in Pure Compression of Micron-Sized Metallic Crystals: Satish Rao1; Dennis Dimiduk2; Michael Uchic2; Triplicane Parthasarathy1; Jaafar El-Awady3; Ahmed Hussein3; Christopher Woodward2; 1UES Inc.; 2Air Force Research Laboratory; 3Johns Hopkins University

2:55 PMTwinning Dominated Texture Evolution in Bulk Cu-Nb Nano-Lamellar Composites: Shijian Zheng1; John Carpenter1; Jian Wang1; Weizhong Han1; Robert Dickerson1; Irene Beyerlein1; Nathan Mara1; 1Los Alamos National Laboratory

3:15 PMBuilding Metrological Foundations for Nanoindentation: Coupled Experiments and Modeling: Lyle Levine1; Chandler Becker1; Ron Dixson1; Joseph Fu1; Yvonne Gerbig1; Li Ma1; Boon Ng1; Bartosz Nowakowski1; Ndubuisi Orji1; William Osborn1; Douglas Smith1; Francesca Tavazza1; Maureen Williams1; 1National Institute of Standards and Technology

3:35 PM Break

3:50 PM InvitedOrientation Fragmentation in Polycrystals Subjected to Large-Strain Deformations: Paul Dawson1; Romain Quey2; 1Cornell University; 2Ecole des Mines de Saint Etienne

4:20 PMMicrostructural Effects on Ductile Damage of Polycrystalline Materials: Ricardo Lebensohn1; 1Los Alamos National Laboratory

4:40 PMEvaluating Raman and Electron Diffraction Nanoscale Strain-Mapping Techniques Via AFM and Finite Element Modeling: Lawrence Friedman1; Mark Vaudin1; Stephan Stranick1; Gheorghe Stan1; Yvonne Gerbig1; William Osborn1; Robert Cook1; 1National Institute of Standards and Technology

5:00 PM InvitedMicrostructure Effects on Local Plasticity: Closing the Loop Between Experiment and Simulation: Michael Groeber1; Paul Shade1; Michael Uchic1; Yoon-Suk Choi1; Todd Turner1; 1AFRL

Three-Dimensional Materials Science VII: From 3D-4: New Data Representation Paradigms and Advanced Characterization in Four DimensionsSponsored by:TMS Structural Materials Division, TMS: Advanced Characterization, Testing, and Simulation CommitteeProgram Organizers: Jonathan Madison, Sandia National Laboratories; Nikhilesh Chawla, Arizona State University; Michael Groeber, Air Force Research Laboratory


Session Chairs: Michael Groeber, AFRL, Wright Patterson AFB; Alexis Lewis, Naval Research Laboratory

2:00 PM InvitedFour-Dimensional Measurement of Interfacial Morphology: John Gibbs1; Chal Park2; Begum Gulsoy1; Julie Fife3; Katsuyo Thornton2; Peter Voorhees1; 1Northwestern University; 2University of Michigan; 3Paul Scherrer Institut

2:30 PMTemporal Evolution of Gamma Prime Precipitates in a Co-Al-W-Ni Quaternary Superalloy: Daniel Sauza1; Peter Bocchini1; Ronald Noebe2; David Seidman1; David Dunand1; 1Northwestern University; 2NASA Glenn Research Center

2:50 PMTemporal Evolution of Three Dimensional Microstructure and Associated Chemical Partitioning in Cobalt Base Superalloys: Subhashish Meher1; Soumya Nag1; Jaimie Tiley2; Rajarshi Banerjee1; 1University of North Texas; 2Air Force Research Laboratory

3:10 PM Break

3:25 PM InvitedChallenges in Data Intensive Science at Synchrotron Based 3D X-Ray Imaging Facilities: Francesco De Carlo1; Nicholas Schwarz2; XIanghui Xiao2; Kamel Fezzaa2; Steve Wang2; Chris Jacobsen2; Nikhilesh Chawla3; Florian Fusseis3; 1Sandia National Laboratories; 2Argonne National Laboratory; 3Arizona State University; 4Ruhr-Universität Bochum

3:55 PMDesign and Construction of a High-Resolution, Lab-Scale X-Ray Computed Tomography (XCT) System for Four Dimensional (4D) Materials Science: James Mertens1; Jason Williams1; Nikhilesh Chawla1; 1Arizona State University

4:15 PM Break

4:30 PM InvitedModeling Heterogeneous Materials via Statistical Microstructural Descriptors: Yang Jiao1; Nikhilesh Chawla1; 1Arizona State University

5:00 PMCoarsening of Complex Microstructures Simulated Via Phase-Field Method: Chal-Lan Park1; Peter Voorhees2; Katsuyo Thornton1; 1University of Michigan; 2Northwestern University

5:20 PMSpherical Images of Faces, Edges and Corners in Grain Structures: Veena Tikare1; Robert DeHoff2; Burton Patterson2; David Rule2; 1Sandia National Laboratories, New Mexico; 2University of Florida

5:40 PMTopological Paths in Grain Growth: David Rule1; Burton Patterson1; Robert DeHoff1; Veena Tikare2; 1University of Florida; 2Sandia National Laboratories, New Mexico


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2013 Functional Nanomaterials: Synthesis, Properties and Applications: Nanomaterials General IISponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Nanomaterials CommitteeProgram Organizers: Seong Jin Koh, University of Texas at Arlington; Nitin Chopra, University of Alabama; Jiyoung Kim, University of Texas at Dallas; Yuanbing Mao, University of Texas-Pan American; Ashwin Ramasubramaniam, University of Massachusetts; Gregory Thompson, University of Alabama

Wednesday AM Room: 201March 6, 2013 Location: Henry B. Gonzalez Convention Center


Session Chairs: Gregory Thompson, University of Alabama; Ashwin Ramasubramaniam, University of Massachusetts Amherst


8:35 AM InvitedFlexoelectricity: Pradeep Sharma1; 1University of Houston

9:10 AMSynthesis and Magnetostrictive Properties of Nanostructured Fe - Tb Alloys: Pekka Ruuskanen1; 1Tampere University of Technology

9:30 AMA Novel Electrochemical Process for Assembling Hierarchically Aligned Carbon Nanotube-Collagen Composite Macrostructures: Vasiliki Poenitzsch1; Xingguo Cheng1; 1Southwest Research Institute

9:50 AMSub-10 nm Cobalt Nanowires Building via Phase Separation: Synthesis, Simulation, and Characterization: Yuan Tian1; Zhanping Xu1; Daniel Schmidt1; Tanjore Jayaraman1; Chad Briley1; Jeffrey Shield1; Mathias Schubert1; Eva Franke-Schubert1; 1University of Nebraska-Lincoln

10:10 AM Break

10:30 AMFluorescence from Polymers in Uniaxially Stretched Melt Spun Scintillation Fiber Mats: Stephen Young1; Rohit Uppal1; Dayakar Penumadu1; David Harper1; 1University of Tennessee, Knoxville

10:50 AMGraphene as an Electron Mediator in Tantalum Oxynitride Based Composites Z-Schem Photocatalytic Water Splitting: Zheng Wang1; Hou Jungang1; Shuqiang Jiao1; Kai Huang1; Hongmin Zhu1; 1University of Science and Technology Beijing

11:10 AMStructural and Magnetic Properties of Pr2Co7-xFex Phase Synthesized by Mechanical Alloying: Lotfi Bessais1; Riadh Fersi1; Najeh Mliki2; 1CNRS; 2University of Tunis

11:30 AMMethodology to Colloid Stability in Aqueous Silver Nanoparticles from Redox Method for Power Electronics Interconnections: Yareni Lara-Rodríguez1; Pedro Quintero1; 1UPRM

11:50 AMTailoring the Third Dimension in Layered Materials: Direct Synthesis of Layered Intercalation Compounds and Colloidal Single-Layer Nanosheets: Jingfang Yu1; Lichen Xiang1; Benjamin Martin1; Cody Gummelt1; Abraham Clearfield2; Zhiping Luo3; Luyi Sun1; 1Texas State University-San Marcos; 2Texas A&M University; 3Fayetteville State University

12:10 PMVacuum Synthesis and Luminescence Properties of Terbium-Activated Gadolinium Oxysulfide Nanophosphor: Fei Wang1; Dachun Liu1; Bin Yang1; Yongnian Dai1; 1Kunming University of Science and Technology

4th International Symposium on High-Temperature Metallurgical Processing: Roasting, Reduction and SmeltingSponsored by:TMS Extraction and Processing Division, TMS: Energy Committee, TMS: Materials Characterization Committee, TMS: Pyrometallurgy CommitteeProgram Organizers: Tao Jiang, Central South University; Jiann-Yang Hwang, Michigan Technological University; Phillip Mackey, Consultant; Onuralp Yücel, ITU; Guifeng Zhou, Wuhan Iron and Steel

Wednesday AM Room: 008BMarch 6, 2013 Location: Henry B. Gonzalez Convention Center

Session Chairs: Jungshin Kang, The University of Tokyo; Jinhui Peng, Kunming University of Science and Technology

8:30 AMCost Benefits of EAF Bottom Purging Systems Due to Metallurgical Improvements: Marcus Kirschen1; Ashraf Hanna1; Karl-M Zettl1; 1RHI AG

8:50 AMReduction Process Of Zinc From Concentrates With CO2 Reduced Emission: Edgar Blanco1; 1FLSmidth Minerals

9:05 AMResearches on Reduction Roasting of Low-grade Manganese Oxide Ores Using Biomass Charcoal as Reductant: Yuanbo Zhang1; Daoxian Duan1; Zhixiong You1; Guanghui Li1; Xiaohui Fan1; Tao Jiang1; 1Central South University

9:25 AMReduction Behavior of Pellets Balled with Bentonite: Tao Jiang1; Guihong Han1; Yanfang Huang1; Guanghui Li1; Yuanbo Zhang1; 1Central South University

9:40 AMVanadium Distribution Between Blast Furnace Slag and Hot Metal: Jia-Rong Yan1; Bing Xie1; Xiao-Yi Zeng1; Qing-Yun Huang1; Hong-Yi Li1; 1Chongqing University

9:55 AM Break

10:05 AMDevelopment of Antimony Smelting Technology in China: Weifeng Liu1; Tianzu Yang1; Lin Chen1; shu Bin1; Wanda Bin1; 1Central South University

10:25 AMEffect of Reduction Conditons on Pre-reduction Behaviors of Self-fluxed Pellets in COREX Process: Deqing Zhu1; Zifu Gao1; Jian Pan1; 1Central South University

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10:45 AMUpgrade of Titanium Ore by Selective Chlorination: Jungshin Kang1; Toru Okabe1; 1The University of Tokyo

11:00 AMCalcination Factors of Rubidium Extraction from Low-grade Muscovite Ore: Shan Zhiqiang1; Shu Xinqian1; 1China University of Mining and Technology

11:20 AMEnhancing the Reduction Ratio of Panzhihua Llmenite Concentrate with Coke and Ferrosilicon: Run Huang1; Xuewei Lv1; Kai Zhang1; Chenguang Bai1; Liangying Wen1; 1College of Materials Science and Engineering, Chongqing University

11:30 AMReduction and Separation of High Iron Content Manganese Ore and iIs Mechanism: Zhucheng Huang1; Bin Chai1; Yi Lingyun1; Tao Jiang1; 1Central South University

11:50 AMSticking of Iron Ore Pellets in Direct Reduction with Coal Gas: Behavior and Prevention: Zhucheng Huang1; Yi Lingyun1; Tiehui Li1; Tao Jiang1; 1Central South University

12:00 PMEnhancement of Carbothermal Reduction of Panzhihua Titanomagnetite Concentrates by Borax Additive: Tu Hu1; Chenguang Bai1; Xuewei Lv; Zhigang Lun1; 1Chongqing University

Advanced Materials and Reservoir Engineering for Extreme Oil & Gas Environments: Advance Materials & Innovative Solutions for Oil and Gas ISponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Nanomaterials CommitteeProgram Organizers: Indranil Roy, Schlumberger; Brajendra Mishra, Colorado School of Mines; Manuel Marya, Schlumberger Technology Corporation; Kuo-Chiang Chen, Schlumberger; Partha Ganguly, Schlumberger; Richard Lewis, Schlumberger; Suveen Mathaudhu, U.S. Army Research Office; Nitin Chopra, The University of Alabama; Xinghang Zhang, Texas A&M University; Greg Kusinski, Chevron; John Meng, BP America Inc.; Jefferson Rodrigues, Petrobras; Justin Cheney, Scoperta

Wednesday AM Room: Lone Star Salon AMarch 6, 2013 Location: Grand Hyatt

Session Chairs: Manuel Marya, Schlumberger; Nitin Chopra, University of Alabama

8:30 AM Introductory Comments and Plenary Overview Lecture: Hani Elshahawi, Deepwater Technology Advisor, Shell Exploration & Production, Co.

8:55 AM KeynoteOilfield Corrosion Overview and Research Collaborations: Brajendra Mishra1; 1Colorado School of Mines

9:25 AMProgress on Nano Fluid-based Enhancement of Transport Phenomena for Enhanced Oil Recovery Applications: M.M. Ohadi1; K.Y. Choo; 1University of Maryland

9:45 AMFluorescent Nanoparticle Tracers for Oil Exploration and Production: Emmanuel Giannelis1; 1Cornell University

10:05 AM Break

10:20 AMEngineered Nanoparticles as Improved Oil Recovery and Flow Assurance Agents Under Harsh Reservoir Conditions: Chun Huh1; Steven Bryant; Keith Johnston; 1University of Texas at Austin

10:40 AM KeynoteAnalysis of Polymer Materials by Compact and Portable NMR: Bernhard Bluemich1; 1RWTH Aachen Univ

11:10 AM InvitedDynamics of Nanoparticle-Based Complex Fluids in Porous Media: Jacinta Conrad1; Kai He1; Firoozeh Babaye Khorasani1; Ramanan Krishnamoorti1; 1University of Houston

11:30 AMAsphaltenes to Valuable to Burn – New Hybrid Materials: Russell Chianelli1; 1Univ of Texas at El Paso

11:50 AMDevelopment of a First Numerical Approach with an Experimental Confrontation for Diffusion Kinetics and Thermo-diffuso Mechanical Behavior of PVDF/CO2 System: Severine Boyer1; Jean-Claude Grandidier2; Gaelle Rambert2; Cedric Baudet2; Marie-Helene Klopffer3; Laurent CANGEMI3; 1CNRS/ISAE-ENSMA; 2P PRIME Institute, ISAE-ENSMA; 3IFP Energies Nouvelles

12:10 PMIn-Service Detection of Damage Severity for Pipeline Steel Inspection: Angelique Lasseigne1; 1Generation 2 Materials Technology, LLC

12:30 PMNovel Reactive Elastomer Composites for Zonal Isolation Packers: On the Swelling Kinetics and Stiffening Mechanism: Meng Qu1; Dingzhi Han1; Travis Hohenberger2; Frederick Lemme2; Agathe Robisson1; 1Schlumberger-Doll Research; 2Schlumberger Reservoir Completions

Advanced Materials for Power Electronics, Power Conditioning, and Power Conversion: Wide Bandgap Semiconductor Material Growth and CharacterizationSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Energy Conversion and Storage Committee, TMS: Magnetic Materials CommitteeProgram Organizers: Paul Ohodnicki, National Energy Technology Laboratory; Clive Randall, Penn State University; Michael Lanagan, Penn State University; Michael McHenry, Carnegie Mellon University; Rachel Myers-Ward, Naval Research Laboratory

Wednesday AM Room: 007AMarch 6, 2013 Location: Henry B. Gonzalez Convention Center

Session Chairs: Jennifer Hite, Naval Research Laboratory; David Meyer, Naval Research Laboratory

8:30 AM InvitedGrowth of Thick 4H-SiC Epilayers and Defect Reduction: Hidekazu Tsuchida1; Tetsuya Miyazawa1; Xuan Zhang1; Masahiro Nagano1; Ryohei Tanuma1; Isaho Kamata1; Masahiko Ito1; 1Central Research Institute of Electric Power Industry (CRIEPI)


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9:00 AMOn-Axis Homoepitaxial Growth of 4H-SiC PiN Structure for High Power Applications: Jawad ul Hassan1; Ian Booker1; Louise Lilja1; Peder Bergman1; Anders Halén2; M Fagerlind3; Erik Janzén1; 1Linköping University; 2Royal Institute of Technology; 3Chalmers University of Technology

9:20 AM InvitedBPD Conversion in a Thin SiC Buffer Layer: Rachael Myers-Ward1; Nadeem Mahadik1; Robert Stahlbush1; Virginia Wheeler1; Luke Nyakiti1; Anindya Nath1; Charles Eddy1; Kurt Gaskill1; 1NRL

9:50 AMSurface Reactions of Nitrogen on SiC: Weijie Lu1; Sorrie Ceesay1; Roland Barbosa2; Xingguang Zhu3; Leonard Feldman3; 1Air Force Research Laboratory; 2Université Libre de Bruxelles; 3Rutgers University

10:10 AM Break

10:30 AM InvitedControlling Gallium Nitride Polarity on Native Substrates: Jennifer Hite1; Mark Twigg1; Jaime Freitas1; Michael Mastro1; Igor Vergaftman1; Jerry Meyer1; Shawn O’Connor1; Nicholas Condon1; Francis Kub1; Steven Bowman1; Charles Eddy1; 1Naval Research Laboratory

11:00 AM InvitedElements of Power Conversion Integration in Group-III Nitride Heterojunctions: Christian Wetzel1; 1Rensselaer Polytechnic Institute

Advances in Surface Engineering: Alloyed and Composite Coatings II: High Temperature, Wear- and Corrosion-Resistant CoatingsSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Surface Engineering CommitteeProgram Organizers: Srinivasa Bakshi, Indian Institute of Technology Madras; Graham McCartney, University of Nottingham; Arvind Agarwal, Florida International University; Sandip Harimkar, Oklahoma State University

Wednesday AM Room: Bowie BMarch 6, 2013 Location: Grand Hyatt



8:30 AM InvitedSurface Engineering of Corrosion, Environmental Fracture, Cavitation & Impingement Resistant Materials: Joseph Farmer1; Alexander Rubenchik1; Sarath Menon2; Terry McNelley2; Lloyd Hackel3; 1Lawrence Livermore National Laboratory; 2United States Naval Postgraduate School; 3Curtis-Wright

8:50 AM InvitedUltrastable Nanoscale Ag Surfaces: A New Paradigm in Surface Oxidation Prevention: Ritesh Sachan1; Vanessa Ramos1; Abhinav Malasi1; Brock Bartley1; Gerd Duscher1; Ramki Kalyanaraman1; 1University of Tennessee

9:10 AMEffect of Adding 0.2%Zr in D-gun Sprayed Cr3C2 - (NiCr) Coating at High Temperature: Deepa Mudgal1; Surendra Singh1; Satya Prakash1; 1Indian Institute of Technology, Roorkee

9:25 AMHot Corrosion Studies of Wire Arc-Spray Coatings on 310S Stainless Steel in an Actual Environment of a Coal Fired Boiler: Vishwambhar Shukla1; R. Jayaganthan1; V K Tewari1; 1Indian Institute of Technology, Roorkee

9:40 AMDevelopment of Ni-P-TiO2 Nano-Composite Coatings to Resist Environmental Degradation: Preeti Makkar1; Ramesh Agarwala1; Vijaya Agarwala1; 1IIT Roorkee

9:55 AM Break

10:10 AM InvitedSpark Plasma Sintering of Cryomilled Al-Si Claddings onto Al Substrates: Mathieu Brochu1; Jason Milligan1; 1McGill University

10:30 AMEffect of Bath Temperature on Corrosion Behavior of Hot-dipped 55%Al-Zn-1.6%Si Coated Steel Sheet in NaCl Solution: Zengpeng Yang1; Qian Li1; Moucheng Li1; Jieyu Zhang1; Xianxia Yuan2; 1Shanghai University; 2Shanghai Jiao Tong University

10:45 AMMicrostructure and Wear Properties of Ni-Cu-Cr-Al Multi-component Coatings Prepared by Plasma Spraying: Gautham Prakash1; Pramod SL1; Prathap Chandran1; Cheng Zhang2; Arvind Agarwal2; Daniel Fabijanic3; Srinivasa Bakshi1; 1Indian Institute of Technology Madras; 2Florida International University; 3Deakin University

11:00 AMElectrochemical Studies of Electroless Nickel Phosphorus Coating on Carbon Steel in NaCl and NaOH Solutions: Cui Lin1; Nazila Dadvand2; Georges Kipouros2; 1Nanchang Hanhkong University; 2Dalhousie University

11:15 AMDeposition of Zinc-Zinc Phosphate Composite Coatings on Steel by Cathodic Electrochemical Treatment: C Kavitha1; Sankara Narayanan TSN2; K Ravichandran 3; 1CSIR-National Metallurgical Laboratory; 2Chonbuk National University; 3University of Madras

11:30 AMImproving Corrosion Resistance by Alodine EC2 Coating on Aluminum Alloys: Jianhui Shang1; Steve Hatkevich1; Larry Wilkerson1; 1American Trim LLC

Alumina and Bauxite: Precipitation and CalcinationSponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizer: Pat Clement, Alcoa


Session Chair: Everett Phillips, Nalco Company


8:40 AMEnvironmentally Safe Operation of Barometric Condensers: Matthew Jacobs1; 1Alcoa, Inc.

9:00 AMHatch - ETI Aluminyum Precipitation Modeling: Evangelo Stamatiou1; David Chinloy1; Bekir Çelikel2; Murat Kayaci2; Esra Savkilioglu2; 1Hatch; 2ETI Aluminyum

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9:20 AMImprove the Classification System in Hydro Alunorte Lines 4/5: Cleto Junior1; Emerson Moraes1; Joaquim Ribeiro1; Hans Haraldsen1; Everton Santos1; José Chartouni1; Darlan Gomes1; Cesar Magro1; 1Hydro Alunorte

9:40 AMIncrease in the Stability of Gravimetric Classification System of Precipitation at Hydro Alunorte: Victor Cruz1; Emerson Moraes1; Cleto Azevedo Junior1; Denise Rodrigues1; Adjane Sousa1; Alex Furtado1; Dauton Silva1; 1Hydro Alunorte

10:00 AM Break

10:15 AMExperience with Commissioning New Generation Gas Suspension Calciner: Benny Raahauge1; Susanne Wind1; 1FLSmidth

10:35 AMBayer Process Efficiency Improvement: Songqing Gu1; 1Chalco

10:55 AMHyClass(TM) Technology for Improvement of Trihydrate Classification in the Bayer Process: Jing Wang1; Jaqueline Herrera1; Shawn Kostelak2; Kody Frederic2; 1Nalco an Ecolab Company; 2Noranda


Aluminum Alloys: Fabrication, Characterization and Applications: Thermal Mechanical ProcessingSponsored by:TMS Light Metals Division, TMS: Aluminum Processing CommitteeProgram Organizers: Zhengdong Long, Kaiser Aluminum; Subodh Das, Phinix LLC; Tongguang Zhai, University of Kentucky; William Golumbfskie, Naval Surface Warfare Center


Session Chair: Xiyu Wen, University of Kentucky

8:30 AM InvitedEffects of Homogenization Treatment Conditions on the Recrystallization Behavior of Al-1.2Mn Aluminum Alloy Sheets: Pizhi Zhao1; Xinglin Chen1; Wei Chen1; Yonghao Zhang1; 1Suzhou Research Institute for Nonferrous Metals

8:50 AMTextures, Particle Structures and Mn Solution in Al Matrix of Continuous Cast AA3004 and AA3003 Al Alloys After Cold Rolling and Annealing: Xiyu Wen1; Jingwu Zhnag2; Shridas Ningileri3; Tongguang Zhai1; 1University of KentuckyY; 2Yanshan University, P. R. China; 3Secat Inc.

9:10 AMToward a Recrystallized Microstructure in Extruded AA6005A Alloy: Abbas Bahrami1; Andrew den Bakker2; Alexis Miroux3; Jilt Sietsma4; 1Materials Innovation Institute (M2i), Technical University of Delft (TuDelft); 2Nedal Aluminium B.V.; 3Materials Innovation Institute (M2i); 4Technical University of Delft (TUDelft)

9:30 AMGrain Subdivision and Its Effect on Texture Evolution in an Aluminum Alloy Under Plane Strain Compression: Q. Ma1; W. Mao2; B. Li1; P.T. Wang1; M.F. Horstemeyer1; 1Mississippi State University; 2University of Science and Technology Beijing

9:50 AM Break

10:10 AMFatigue Analysis of Ultrafine Grained Al 1050 Alloy Produced by Cyclic Forward Backward Extrusion: Hamid Alihosseini1; Mohsen Asle Zaeem1; 1Missouri University of Science and Technology

10:30 AMA Study of Precipitates Formed during Homogenization in Modified AA6061 Aluminum Alloy: Liang Chen1; Wei Wen1; Yi Han2; Hai Zhang2; Tongguang Zhai1; 1University of Kentucky; 2Suzhou Research Institute for Nonferrous Metals

10:50 AMEffect of Overheated Solution Treatment on Microstructure and Room Temperature Tensile Properties of 2218 Peak-Aged Al-Cu Alloy: Wang Po-Han1; Ssu-Ta Chen1; Truan-Sheng Lui1; Li-Hui Chen1; Fei Yi Hung1; 1National Cheng Kung University

11:10 AMEffects of Extrusion Ratios and Isothermal Holding Time on Microstructure Evolution of Al-Mg-Si Semisolid Billet Fabricated by Modified SIMA Process: Yen-Yu Hou1; Fei-Yi Hung1; Truan-Sheng Lui1; Li-Hui Chen1; 1National Cheng Kung University

11:30 AMEffect of Zn Content and Process Parameters on Corrosion Behaviour of Twin-Roll Cast Aluminum Brazing Alloys: Murat Dündar1; Mert Günyüz1; Cemil Isiksaçan1; Anil Pastirmaci1; 1Assan Aluminyum A.S.

11:50 AMDeformation Characteristics of a 2139 Aluminum Alloy: David Snyder1; 1Illinois Institute of Technology

Aluminum Processing: Aluminum Processing ISponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizer: Kai Karhausen, Hydro Aluminium Rolled Products GmbH



8:30 AMStrategic Directions of Aluminum Processing: Adrian Ioana1; 1University Politehnica of Bucharest

8:50 AMExperimental Study on the Nanosecond Laser Ablation of Aluminum Alloy 6111: Parisa Farahmand1; Radovan Kovacevic1; 1Southern Methodist University

9:10 AMMicrostructure Changes in Accumulative Roll-Bonding Processed Twin-Roll Cast AA8006 Aluminium Sheets during Annealing: Miroslav Cieslar1; Michaela Pokova1; 1Charles University in Prague

9:30 AM Break

9:50 AMSurface Crack Characterization of Twin Roll Caster Shells and Its Influence on As-Cast Strip Surface Quality: Murat Dündar1; Baris Beyhan1; Onur Birbasar1; Hatice Mollaoglu Altuner1; Cemil Isiksaçan1; 1Assan Alüminyum A.S


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10:10 AMEffect of Grain Size and Microstructure on Corrosion Resistance of Al-Mg Alloy Processed Through Cryorolling: Dharmendra Singh1; Nageswara rao1; Jayaganthan R1; 1IIT Roorkee

10:30 AMAgeing Behavior and Mechanical Properties of Cryorolled Al 6061-3 Vol. % SiC Composite: Nageswararao Palukuri1; Jayaganthan R1; 1IIT Roorkee

10:50 AMStudy of Wire Fabrication of Aluminum Treated with Diboride Particles: David Florian-Algarin1; O. Marcelo Suarez1; 1University of Puerto Rico Mayaguez(UPRM)

Aluminum Reduction Technology: Potline Operation II: EquipmentSponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizer: Mark Cooksey, CSIRO

Wednesday AM Room: Grand Ballroom C1March 6, 2013 Location: Henry B. Gonzalez Convention Center

Session Chair: Renaud Santerre, Rio Tinto Alcan


8:35 AMSolutions to Address Arc Welding Problems in an Operating Potline: Yann El Ghaoui1; John Anderson2; 1Rio Tinto Alcan; 2Diverse Technologies

9:00 AMReplacement of Damaged Electrical Insulators on Live Cross-Over Busbars Inside a Tunnel: A Methodology Based on Risk Assessment and Numerical Simulation: Daniel Richard1; André Yelle1; Olivier Charette1; Andre Felipe Schneider1; Jean-François Nadeau2; Mickael Glière3; Yannick Drouet3; Philippe Brème3; 1Hatch; 2Aluminerie de Bécancour Inc.; 3Rio Tinto Alcan

9:25 AMA Thermal-Mechanical Approach for the Design of Busbars Details: Andre Felipe Schneider1; Olivier Charette1; Daniel Richard1; Charles Turcotte1; 1HATCH Ltd.

9:50 AM Break

10:00 AMStudy of Technology and Equipment on Magnetic Induction Intensity Weaken for Aluminum Reduction Cells Welding in the Condition of Pot Line Current: Ziqian Wang1; Bin Cao1; Tao Yang1; Jun Huang1; Meng Li1; 1Guiyang Aluminum Magnesium Design Research Institute Company Limited

10:25 AMPotline Shutdown and Restart Secured Solutions: Anne-Gaëlle Hequet1; 1ECL

10:50 AMEffect of Watering and Non-Watering Cooling Rates on the Mechanical Properties of an Aluminum Smelter’s Potshell: Ayoola Brimmo1; Mohamed Hassan1; Mohamed Ibrahiem2; Youssef Shatilla1; 1Masdar Institute; 2Emartes Aluminum

11:15 AMMathematical Model of Cooling of a Stopped Pot and Its Validation: Mohamed Hassan1; Ayoola Brimmo1; Mohamed Ibrahiem2; Youssef Shatilla1; 1Masdar Institute; 2Emartes Aluminum

Biological Materials Science Symposium: Innovative Thin Films and Coating for Biological Interactions (Joint session with Biological, Electrical and Functional Thin Films and Coating Symposium)Sponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Structural Materials Division, TMS: Biomaterials CommitteeProgram Organizers: Candan Tamerler, University of Washington; Molly Gentleman, Texas A & M University; Po-Yu Chen, National Tsing Hua University; Kajal Mallick, University of Warwick; Rajendra Kumar Kasinath, Unversity of Montana; Paul G. Allison, US Army Corp of Engineers

Wednesday AM Room: 214CMarch 6, 2013 Location: Henry B. Gonzalez Convention Center


Session Chairs: Roger Narayan, University of North Carolina at Chapel Hill; Candan Tamerler, University of Washington

8:30 AMInterfacial Fracture Toughness Measurement of Soft Biological Adhesives: Ahmad Khayer Dastjerdi1; Michael Pagano1; Mari T. Kaartinen1; Marc D. McKee1; Francois Barthelat1; 1McGill University

8:50 AMInvestigation of the Microscopic Mineral Content Variation in Bone by Electron Probe Microanalyzer (EPMA): Pei Chun Chou1; Po-Yu Chen1; 1National Tsing Hua University

9:10 AMProcessing, Microstructure Characterization and Biological Performance of Hierarchical Surface Coatings for Titanium: Ellen Sauter1; Grant Crawford1; 1South Dakota School of Mines and Technology

9:25 AMCharacterization of (Ti,Mg)N Thin Film Coatings Produced Via Physical Vapor Deposition: Sakip Onder1; Gamze Torun Kose2; Fatma Nese Kok1; Kursat Kazmanli3; Mustafa Urgen3; 1Istanbul Technical University, MOBGAM; 2Yeditepe University, Genetics and Bioengineering; 3Istanbul Technical University, Metallurgical and Material Engineering

9:45 AMBio-Inspired Multi-Layered Nanocomposites Synthesized with High Volume Fractions of Oriented Inorganic Fillers: Robert Moser1; Kevin Torres-Cancel1; Omar Rodriguez2; Ruth Hidalgo-Hernandez1; Mei Chandler1; Paul Allison1; Charles Weiss1; John Newman1; Oscar Suarez2; Oscar Perales-Perez2; Philip Malone1; 1US Army Engineer Research and Development Center; 2University of Puerto Rico at Mayaguez

10:05 AM Break

10:20 AMBio-inspired Polyelectrolyte Multilayers as Templates for the Deposition of Thin Calcium Phosphate Coatings: Guy Ladam1; Khalil Abdelkebir1; Fabien Gaudière1; Béatrice Labat1; Sandrine Morin-Grognet1; Hassan Atmani1; 1University of Rouen

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10:40 AMEffect of Chemical Treatments on the Mechanical Properties of Poly-lactic Acid (PLA) and Hemp Biocomposites: Shubhashini Oza1; Andrew Carlson1; Na Lu1; 1University of North Carolina at Charlotte

10:55 AMTitanium/Polymer Sandwich for Medical Applications: Heinz Palkowski1; Mohamed Harhash1; Le Van Quang2; Lia Rimondini3; Adele Carradò2; 1Clausthal University of Technology; 2IPCMS; 3Universita’ del Piemonte Orientale “Amedeo Avogadro”

11:15 AMMorphological Study and Cell Viability on Calcium-phosphate Layer on 316L-polyolefin System: Quang Van Le1; Andrea Cochis2; Lia Rimondini3; Geneviève Pourroy1; Vesna Stanic4; Heinz Palkowski5; Adele Carradò1; 1IPCMS, UMR 7504 UDS-CNRS; 2Universita’ del Piemonte Orientale “Amedeo Avogadro”; 3Universita’ del Piemonte Orientale “Amedeo Avogadro”; 4Brookhaven National Laboratory; 5Institute of Metallurgy

11:35 AMParticle Size Effects on the Morphology and Bioactivity of Flame-Sprayed Titanium Alloy-Bioactive Glass Composite Coatings: Greg Nelson1; John Nychka1; Andre McDonald1; 1University of Alberta

11:55 AMStructural Characterization and Mechanical Evaluations of Abalone Nacre-inspired Multilayer Coatings Synthesized by RF Sputtering and Pulsed Laser Deposition: Chang-Yu Sun1; Yu-Chen Chan1; Jyh-Wei Lee2; Jenq-Gong Duh1; Po-Yu Chen1; 1National Tsing Hua University; 2Ming Chi University of Technology

12:10 PM InvitedMicro- and Nanostructured Surfaces for Implants: Cenk Aktas1; Marina Martinez1; JuSeok Lee1; 1INM - Leibniz-Institut für Neue Materialien


Bulk Metallic Glasses X: Fatigue and CorrosionSponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Peter Liaw, The University of Tennessee; Hahn Choo, The University of Tennessee; Yanfei Gao, The University of Tennessee; Gongyao Wang, University of Tennessee

Wednesday AM Room: Lone Star Salon DMarch 6, 2013 Location: Grand Hyatt


Session Chairs: Despina Louca, University of Virginia; Jamie Kruzic, Oregon State University

8:30 AM InvitedThe Effects of Fatigue on the Local Structure and Its Dynamics: Despina Louca1; 1University of Virginia

8:50 AM InvitedA Shear-Band Toughened Monolithic Metallic Glass Under Cyclic Loading: Bernd Gludovatz1; Marios Demetriou2; William Johnson2; Robert Ritchie3; 1Lawrence Berkeley National Laboratory; 2California Institute of Technology; 3University of California Berkeley

9:10 AM InvitedEffect of Loading Frequency on Corrosion Fatigue Crack Growth of Zr-Based Bulk Metallic Glass in the Region Near Threshold: Yoshikazu Nakai1; Toyohiko Koyama1; Bo He1; 1Kobe University

9:30 AM InvitedInvestigation of Shear-Band and Crack Microstructures Induced by Three-point Bending Fatigue Testing in Zr-Cu-Al Bulk Metallic Glass: Pei-Ling Sun1; Gongyao Wang2; Peter Liaw2; 1Feng Chia University; 2The University of Tennessee

9:50 AM InvitedResidual Stress Measurement in Amorphous Materials by the Micro-Slot Cutting Method: Assessment of Stress-Calculation Errors: Bartlomiej Winiarski1; Ken Mingard2; Mark Gee2; Philip Withers1; 1University of Manchester; 2National Physical Laboratory

10:10 AM Break

10:25 AM InvitedA Fracture and Fatigue Resistant Bulk Metallic Glass: Jamie Kruzic1; Steven Naleway1; Bernd Gludovatz2; Robert Ritchie2; 1Oregon State University; 2Lawrence Berkeley National Laboratory

10:45 AMFatigue Mechanisms of Bulk Metallic Glasses Under Bending Load: Gongyao Wang1; P. Sun2; Y. Yokoyama3; P. Liaw1; A. Inoue3; 1University of Tennessee; 2Feng Chia University; 3Advanced Research Center of Metallic Glasses

11:00 AM InvitedElectrochemical Micromachining of Bulk Metallic Glasses: Annett Gebert1; Ralph Sueptitz1; Margitta Uhlemann1; Juergen Eckert1; 1Leibniz-Institute for Solid State and Materials Research IFW Dresden

11:20 AM InvitedBiocompatibility of Zr-Based Bulk Metallic Glasses: An In Vitro Cellular and Biomolecular Investigation: Lu Huang1; Peter Liaw1; Tao Zhang2; Wei He1; 1The University of Tennessee; 2Beihang University

11:40 AMEffects of Ca-Implantation on Surface Properties and Bioactivity of a Zr-Based Bulk Metallic Glass: Lu Huang1; Claudiu Muntele2; Peter Liaw1; Tao Zhang3; Wei He1; 1The University of Tennessee; 2Alabama A&M University; 3Beihang University

11:55 AMElectrochemical Tuning of Metallic Glass Nanostructures: Sundeep Mukherjee1; 1University of North Texas

Bulk Metallic Glasses X: Mechanical and Other PropertiesSponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Peter Liaw, The University of Tennessee; Hahn Choo, The University of Tennessee; Yanfei Gao, The University of Tennessee; Gongyao Wang, University of Tennessee

Wednesday AM Room: Bowie AMarch 6, 2013 Location: Grand Hyatt


Session Chairs: Rainer Hebert, University of Connecticut; Jinn Chu, National Taiwan University of Science and Technology

8:30 AM InvitedR-curve Behavior of Zr-Ti-Cu-Al Bulk Metallic Glass with Extraordinary Fracture Toughness: Jian Xu1; Qiang He1; Evan Ma2; 1Institute of Metal Research, Chinese Academy of Sciences; 2The Johns Hopkins University


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8:50 AMBrazing and Interfacial Reaction of Titanium with Zr-Ti-based Metallic Glass Filler Metal: Duck Hwan Yoon1; Jin Kyu Lee1; 1Kongju National University

9:05 AM InvitedThermal and Thermomechanical Analysis of (Ce0.72Cu0.28)78.5Al10Fe10Si1.5 Bulk Metallic Glass: Arif Mubarok1; Rainer Hebert2; 1University of Massachusetts; 2University of Connecticut

9:25 AMVariable Plasticity in Molded Metallic Glass Nanowires: Daniel Magagnosc1; Golden Kumar2; Roman Ehrbar1; Mo-Rigen He1; Jan Schroers3; Daniel Gianola1; 1University of Pennsylvania; 2Texas Tech University; 3Yale University

9:40 AM InvitedTime-Dependent Mechanical Behavior, Biodegradability, and Cytocompatibility of Amorphous Mg72Zn23Ca5 and Crystalline Mg70Zn23Ca5Pd2 Materials: Eva Pellicer1; Sergio Gonzalez1; Andreu Blanquer1; Leonar Barrios1; Elena Ibañez1; Jordi Sort1; Carme Nogués1; Maria Baro1; 1UAB

10:00 AM Break

10:15 AM InvitedIntrinsic and Extrinsic Effects on the Mechanical Behavior of BMGs: Golden Kumar1; 1Teaxs Tech University

10:35 AM InvitedShear Band Multiplication of Bulk Metallic Glass by Surface Modification: Cut Rullyani1; Jinn Chu1; W. D. Li2; Y. F. Gao2; P. Liaw2; Chia-Chi Yu1; 1National Taiwan University of Science and Technology; 2University of Tennessee

10:55 AMModeling Deformation Behavior of Metallic Glasses Spanning a Wide Range of Temperature and Strain Rate: Pengyang Zhao1; Ju Li2; Yunzhi Wang1; 1The Ohio State University; 2Massachusetts Institute of Technology

11:10 AM InvitedEffects of Alloying Elements on Thermal Stability and Properties of Fe-Based Fe-P-C-B Metallic Glasses: Wei Zhang1; Canfeng Fang1; Yanhui Li1; Shin-ichi Yamaura2; 1School of Materials Science and Engineering, Dalian University of Technology; 2Institute for Materials Research, Tohoku University

11:30 AMCorrelation between Chemical Heterogeneity and Mechanical Properties in Cu-Zr-Al-(Y, Gd) Bulk-Forming Metallic Glasses: Jin Woo Kim1; Chae Woo Ryu1; Eun Soo Park1; Ryan Ott2; 1Seoul National University; 2Ames Laboratory

11:45 AM InvitedEarly Stage Oxidation Behavior of Metallic Glasses: Ka Ram Lim1; Min Young Na1; Kang Chul Kim1; Won Tae Kim2; Do Hyang Kim1; 1Yonsei University; 2Cheongju University

12:05 PMSurface Modification in the Bulk Metallic Glasses by Laser Shock Peening: Xie Xie1; Yunfeng Cao2; James Antonaglia3; Gongyao Wang1; Yung Shin2; Yang Ren4; Karin Dahmen3; Peter Liaw1; 1University of Tennessee; 2Purdue University; 3University of Illinois at Urbana Champaign; 4Argonne National Laboratory

12:20 PM InvitedVariability and Partitioning of Shear Modulus in Metallic Glass: Yong Yang1; Lishan Huo2; Weihua Wang2; C. T. Liu1; 1City University of Hong Kong; 2Key Lab of Extreme Conditions, Institute of Physics, Chinese Academy of Science

Characterization of Minerals, Metals and Materials 2013: Characterization for Environmental ApplicationsSponsored by:TMS Extraction and Processing Division, TMS: Materials Characterization CommitteeProgram Organizers: Jiann-Yang Hwang, Michigan Technological University; Chen-Guang Bai, Chongqing University; John Carpenter, DOE LANL; Shadia Ikhmayies, Al Isra University; Bowen Li, Michigan technological University; Mingming Zhang, ArcelorMittal Global R&D; Sergio Monteiro, State University of North Rio de Janeiro; Zhiwei Peng, Michigan Technological University


Session Chairs: Gaifeng Xue, Wuhan Iron and Steel Corporation; Bowen Li, Michigan Technological University

8:30 AMHydrometallurgical Process for the Separation and Recovery of Product from Waste Serpentine Mine: Zhu Ping1; 1Shanghai University

8:50 AMLaCoO3: The Efficient Catalyst to Purify Pollutant Gases: Farhad Fazlollahi1; Hossein Atashi1; Majid Sarkari1; 1University of Sistan and Baluchestan

9:10 AMCharacteristics and Applications of Copper Stamp Sand: Bowen Li1; Jiann-Yang Hwang1; Domenic Popko2; 1Michigan Technological University; 2Lesktech Ltd

9:30 AMCharacterization of the Clay Soil of the Neighborhood Codin, Located in Campos (RJ), to Produce Soil-Cement Blocks: Afonso Azevedo1; Jonas Alexandre1; Gustavo Xavier1; 1UENF

9:50 AMStudy of Mortars Used in the Projection Mechanized: Afonso Azevedo1; Jonas Alexandre1; Gustavo Xavier1; 1UENF

10:10 AMResearch on Extraction Process of Zinc from Zinc Containing Wastewater: Jiang Tao1; Hou Li-Cheng1; Yang Yong-Bin1; Li Qian1; 1Central South University

10:30 AMStudy on Treatment of Coking Wastewater by Three-Dimensional Fluid Bed Electrode Reactor Combined with Fenton Process: Lei Zhang1; 1WISCO

10:50 AMStudy on Correlation between COD and TOC of Coking Wastewater: Chao Liu1; 1College of Environmental Science & Engineering, Huazhong University of Science &Technology

11:10 AMTreatment Process for Zinc Containing Wastewater by Ammonia: Jiang Tao1; Hou Li-Cheng1; Yang Yong-Bin1; Li Qian1; 1Central South University

11:30 AMPhotocatalytic Activity of TiO2-Doped Diopside: He Yang1; Dong Liu1; Zejian Yang1; Xiangxin Xue1; Tao Jiang1; Yong Yong1; 1Northeastern University

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Characterization of Minerals, Metals and Materials 2013: Green MaterialsSponsored by:TMS Extraction and Processing Division, TMS: Materials Characterization CommitteeProgram Organizers: Jiann-Yang Hwang, Michigan Technological University; Chen-Guang Bai, Chongqing University; John Carpenter, DOE LANL; Shadia Ikhmayies, Al Isra University; Bowen Li, Michigan technological University; Mingming Zhang, ArcelorMittal Global R&D; Sergio Monteiro, State University of North Rio de Janeiro; Zhiwei Peng, Michigan Technological University


Session Chairs: Sergio Monteiro, State University Northern Rio De Janeiro; Shujing Zhu, WISCO R&D

8:30 AMIncorporation of Granite Waste Diamond Wire in Cementitious Matrices: Leonardo Pedroti1; Carlos Maurício Vieira1; Sergio Monteiro1; Jonas Alexandre1; Gustavo Xavier1; 1UENF

8:50 AMStudy on the Hydraulic Ash-Slag Cementitious Composites (HA-SC) Solidification of Dredged Sludge: Zhu Shu Jing1; 1R&D of Wisco

9:10 AMCharacterization of Fluorescent Lamp Glass Waste Powders for Incorporation into Clayey Ceramics: Alline Morais1; Sergio Monteiro1; Jonas Alexandre1; Gustavo Xavier1; Patrícia Pereira1; Carlos Maurício Vieira1; 1State University of the North Fluminense

9:30 AMInvestigation on Mineral, Microstructure and Activity of Coal Gangue in Shanxi Province, China: Yingyi Zhang1; Ling Xu1; Lili Liu1; Xidong Wang1; Zuotai Zhang1; 1Peking University, China

9:50 AMEvaluation of Sisal Fibers Components by Infrared Spectroscopy: Frederico Margem1; Artur Camposo1; Romulo Loiola1; Sergio Monteiro2; 1UENF; 2IME

10:10 AMSimplex Network Modeling for Press-Molded Ceramic Bodies Incorporated with Granite Waste: Leonardo Pedroti1; Carlos Mauricio Vieira1; Sérgio Monteiro1; Jonas Alexandre1; Gustavo Xavier1; 1UENF

10:30 AMTensile Behavior of Epoxy Composites Reinforced with Continuous and Thinner Buriti Fibers: Frederico Margem1; Giulio Altoe1; Romulo Loiola1; Sergio Monteiro2; Noan Simonassi1; 1UENF; 2IME

10:50 AMInfluence of the Red Mud Content In Mechanical Properties of Natural Fiber-Reinforced Polymeric Composites: Mauro OIiveira1; 1Universidade Federal do Pará

11:10 AMFlexural Mechanical Characterization of Polyester Composites Reinforced with Continuous Banana Fibers: Frederico Margem1; Foluke De Assis1; Romulo Loiola1; Sergio Monteiro2; Jean Margem1; 1UENF; 2IME

Characterization of Nuclear Reactor Materials and Components with Neutron and Synchrotron Radiation: Characterization of Nuclear Reactor Materials and Components with Neutron and Synchrotron RadiationSponsored by:TMS Structural Materials Division, TMS/ASM: Nuclear Materials CommitteeProgram Organizers: Meimei Li, Argonne National Laboratory; Jon Almer, Argonne National Laboratory; Donald Brown, Los Alamos National Laboratory; Matthew Kerr, Knolls Atomic Power Laboratory; Paula Mosbrucker, Kinectrics Inc.


Session Chairs: Meimei Li, Argonne National Laboratory; Jonathan Almer, Argonne National Laboratory

8:30 AM InvitedZirconium Hydride Characterization Using Synchrotron X-Ray Diffraction: Miguel Vicente Alvarez1; Javier Santisteban1; Pablo Vizcaino2; Alejandra Flores2; Abraham Banchik2; Jonathan Almer3; 1Centro Atómico Bariloche; 2Centro Atómico Ezieza - CNEA; 3Advanced Photon Source, Argonne National Laboratory


9:05 AMSynchrotron Studies on the Stress Relaxation near a Notch in Zr-2.5Nb: Shuai Wan1; Mark Daymond1; Paula Mosbrucker2; 1Queen’s University; 2Kinectrics Inc.


9:25 AMEffect of Stress on Hydride Precipitation Temperature and Hydride Texture in Zr2.5%Nb Pressure Tubes: Pablo Vizcaino1; Javier Santisteban1; Miguel Vicente-Alvarez1; Abraham Banchik1; Jon Almer2; 1Comision Nacional de Energia Atómica; 2Argonne National Laboratory


9:45 AM Break

10:00 AM InvitedSynchrotron X-Ray Characterizations of Nuclear Materials Using the MARS Beamline: Brief Review of Current Studies: Bruno Sitaud1; Pier Lorenzo Solari1; Sandrine Schlutig1; Isabelle Llorens1; Marc Souilah1; Marie-Laure Lescoat2; Denis Menut2; Jean-Luc Béchade2; Nicolas Jonquères2; Olivier Bouty2; Sylvain Peuget2; Rémi Delorme2; Philippe Martin2; Christophe Valot2; Sebastiano Cammelli1; 1Synchrotron SOLEIL; 2CEA


10:35 AMEffect of Loading Methodology on Internal Strains Measured: Travis Skippon1; Bjørn Clausen2; Mark Daymond1; 1Queen’s University; 2Los Alamos National Laboratory


10:55 AMIn Situ Characterization of Grade 92 Steel during Tensile Deformation Using High Energy X-Ray Diffraction and Small Angle X-Ray Scattering: Leyun Wang1; Meimei Li1; Jonathan Almer1; 1Argonne National Laboratory



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11:15 AMHigh-Energy Synchrotron Radiation Study on Anisotropic Loading Behavior of Alloy 230 for VHTR Applications: Kun Mo1; Hsiao-ming Tung1; Jonathan Almer2; Meimei Li2; Xiang Chen3; Weiying Chen1; James Stubbins1; 1University of Illinois; 2Argonne National Laboratory; 3Oak Ridge National Laboratory


11:35 AMThermo-mechanical Treatment of Ultrafine Grained T91 Alloy: Miao Song1; Xinghang Zhang2; Karl Hartwig2; 1Material Science and Engieering Program,Texas A&M University; 2Department of Mechanical Engineering, Texas A&M University


11:55 AMMonte Carlo and Molecular Dynamics Study of Atomistic Ordering and Properties in Uranium-Zirconium Alloy: Alex Moore1; Chaitanya Deo1; 1Georgia Institute of Technology


Computational Discovery of Novel Materials: Interfaces and MicrostructureSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Materials Processing and Manufacturing Division, TMS: Integrated Computational Materials Engineering CommitteeProgram Organizers: Richard Hennig, Cornell University; Dallas Trinkle, University of Illinois at Urbana-Champaign


Session Chairs: Francesca Tavazza, NIST; Richard Hennig, Cornell University

8:30 AM InvitedDesign of Damage Resistant Glasses Guided by Computer Simulation: Liping Huang1; 1Rensselaer Polytechnic Institute

9:05 AMA Van Der Waals DFT Study of Nano-Decorated Graphene Based Nanostructures for Hydrogen Storage: Janet Wong1; Chandra Veer Singh1; 1University of Toronto

9:25 AMMagnetic Anisotropy of L10-CoPt Thin Ffilm on Piezoelectric Substrate: Heechae Choi1; Kwang-Ryeol Lee1; 1Korea Institute of Science and Technology

9:45 AM Break

10:00 AM InvitedShape Memory Metamaterials with Tunable Thermo-Mechanical Response Via Hetero-Epitaxial Integration: Alejandro Strachan1; Karthik Guda Vishnu2; Keith Morrison1; 1Purdue University; 2Pennsylvania State University

10:35 AMA Genetic Algorithm Approach to Design the Micro-Structure for TRIP-Assisted Steel: Shengyen Li1; Ruixian Zhu1; Ibrahim Karaman1; Raymundo Arroyave1; 1Texas A&M University

10:55 AMModel Based Redesign of MX Carbonitrides Strengthened Austenitic Heat Resistant Steels: Qi Lu1; Wei Xu1; Sybrand van der Zwaag1; 1Delft University of Technology

11:15 AMProperties of Zirconia Gadolinia Ytterbia Yttria Thermal Barrier Coating Studied by First Principles Simulation: Liuxi Tan1; Shengmin Guo2; Ebrahim Khosravi1; Shizhong Yang1; Lei Zhao1; 1Southern University and A&M College; 2Louisiana State University

Cost Affordable Titanium IV: The Production and Processing of Titanium PowderSponsored by:TMS Structural Materials Division, TMS: Titanium CommitteeProgram Organizers: M. Ashraf Imam, Naval Research Lab; Sam Froes, University of Idaho (Retired); Ramana Reddy , The University of Alabama


Session Chairs: Zhigang Fang, University of Utah; Kartik Rao, Metalysis

8:30 AMThe Production of Titanium Alloy Powder: James Withers1; V. Shapovalov1; R. Storm1; R. O. Loutfy1; 1MER Corporation

8:50 AM InvitedProcessing of Titanium Powder into Consolidated Parts & Sheet: Kamal Akhtar1; Damien Mangabhai1; Kerem Araci1; Nigel Stone2; Delphine Cantin2; Yukinori Yamamoto3; Thomas Muth3; 1International Titanium Powder; 2CSIRO; 3Oak Ridge National Laboratory

9:10 AM InvitedEnhancing the Cost Effectiveness of High Performance Titanium Alloy Component Production by Powder Metallurgy: Deliang Zhang1; Mingtu Jia1; Stiliana Raynova1; Fei Yang1; Brian Gabbitas1; 1The University of Waikato

9:30 AM Break

9:50 AM InvitedImpurity Scavenging from Powder Metallurgy Titanium Alloys by Rare Earth Elements: Ma Qian1; Ming Yan1; 1The University of Queensland

10:10 AM InvitedDevelopment and Optimization of Rolled Product Forms Using Blended-Elemental Powder-Based Ti-6AL-4V Alloy: Sami El-Soudani1; Kuang-O (Oscar) Yu2; Ernie Crist2; Fusheng Sun2; Vladimir Moxson3; Vlad Duz3; 1The Boeing Company; 2RTI International Metals, Inc.; 3Advanced Materials, Inc.

10:30 AMRolled Product Form Development and Optimization Using Blended-Elemental Powder-Based Billets of Ti-6AL-4V Alloy: Sami El-Soudani1; John Fanning2; Megan Harper2; Stephen Fox2; Vladimir Moxson3; Vlad Duz3; 1The Boeing Company; 2Timet, Inc.; 3Advanced Materials, Inc.

10:50 AMComparison of Properties and Microstructure of Ti-6Al-7Nb Alloy Processed by Different Powder Metallurgy Routes: Leandro Bolzoni1; Hari Babu Nadendla1; Elisa María Ruiz-Navas2; Elena Gordo2; 1Brunel University; 2Universidad Carlos III de Madrid

11:10 AMEffect of Powder Compact Holding Time on the Microstructure and Properties of Ti-6Al-4V Alloy Produced by Powder Compact Extrusion of a Powder Mixture of HDH Titanium and Al-V Master Alloy: Fei Yang1; Deliang Zhang1; Brian Gabbitas1; Huiyang Lu1; 1The University of Waikato

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11:30 AMSolid State Processing Routes for Low-Cost Titanium Powder to Produce Sheet and Complex Forgings: Nick Weston1; Fatos Derguti1; Martin Jackson1; 1University of Sheffield

Deformation, Damage, and Fracture of Light Metals and Alloys: Deformation, Damage, and Fracture of Light Metals and Alloys Session IVSponsored by:TMS Light Metals Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Ke An, Oak Ridge National Laboratory; Qizhen Li, University of Nevada, Reno


Session Chair: Ke An, Oak Ridge National Laboratory

8:30 AM InvitedThere’s Plenty of Room at the Bottom...for Mg-Alloys: Suveen Mathaudhu1; 1U.S. Army Research Office

9:00 AMDirect Observations and Characterization of Twinning in Magnesium: Benjamin Morrow1; Ellen Cerreta1; Rodney McCabe1; Carlos Tome1; 1Los Alamos National Laboratory

9:20 AMInhomogeneity of Slip Activity in Grains Oriented for Exclusively Non-basal Slip in Polycrystalline AZ31: Ali Khosravani1; Raja K. Mishra2; Surya Kalidindi3; Roger Doherty1; David Fullwood4; 1Materials Science and Engineering Department, Drexel University; 2General Motors Research and Development Centre; 3Materials Science and Engineering Department, Mechanical Engineering and Mechanics, Drexel University; 4Mechanical Engineering Department, Brigham Young University

9:40 AMDeformation Behavior of Nanocrystalline Mg-Y Alloy: Dalong Zhang1; Baolong Zheng1; Yizhang Zhou1; Suveen Mathaudhu2; Enrique Lavernia1; 1University of California-Davis; 2U.S. Army Research Office

10:00 AM Break

10:10 AM InvitedDeformation Behavior of Magnesium Alloys Investigated using Diffraction Measurements and Self-Consistent Modeling: Bjørn Clausen1; Huamiao Wang2; Martin Lentz3; Peidong Wu2; Sean Agnew4; Carlos Tomé1; 1Los Alamos National Laboratory; 2McMaster University; 3Technische Universität Berlin; 4University of Virginia

10:40 AMQuasi-Static and Cyclic Mechanical Behavior of 41-50 Magnesium Single Crystal: Qizhen Li1; 1University of Nevada, Reno

11:00 AMModelling Microplastic Flow in an hpdc Mg-Al Alloy: Bao Zhang1; Carlos Caceres1; 1The University of Queensland

11:20 AMAtomistic Simulations of Deformation Mechanisms in Light-Weight hcp Mg-Li Alloys: Shivraj Karewar1; Niraj Gupta1; Alfredo Caro2; Srinivasan Srivilliputhur1; 1University of North Texas; 2Los Alamos National Laboratory

11:40 AMQuantification of Lattice Defects in Severe-plastic Deformed Metals: Yoji Miyajima1; 1Tokyo Institute of Technology

Electrode Technology for Aluminium Production: Anode Quality and PerformanceSponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizers: Les Edwards, Rain CII Carbon; Hans Darmstadt, Rio Tinto Alcan; Sunil Bhajun, Qatalum; Juraj Chmelar, Hydro; Matvey Golubev, Rusal; Pretesh Patel, Light Metals Research Centre; Elaine Sum, Rio Tinto Alcan; Marc Gagnon, Aluminerie Alouette


Session Chair: Matvey Golubev, Rusal - ITC


8:35 AMPilot Scale Anodes for Raw Material Evaluation and Process Improvement: Lorentz Petter Lossius1; Juraj Chmelar1; Inge Holden2; Hogne Linga1; Michal Tkac1; 1Hydro Primary Metal Technology; 2Hydro Aluminium Årdal Carbon

9:00 AMRelationships between Coke Properties and Anode Properties – Round Robin 19: Lorentz Petter Lossius1; Marvin Lubin2; Les Edwards2; Julien Wyss3; 1Norsk Hydro ASA; 2Rain CII Carbon; 3R&D Carbon

9:25 AMApplication of the Artificial Neural Network (Ann) in Predicting Anode Properties: Dipankar Bhattacharyay1; Duygu Kocaefe1; Yasar Kocaefe1; Brigitte Morais2; Marc Gagnon2; 1University of Quebec at Chicoutimi; 2Aluminerie Alouette Inc.

9:50 AMA Model for Predicting the Electrical Resistivity of Baked Anodes: Dipankar Bhattacharyay1; Duygu Kocaefe1; Yasar Kocaefe1; Brigitte Morais2; Marc Gagnon2; 1University of Quebec at Chicoutimi; 2Aluminerie Alouette Inc.

10:15 AM Break

10:25 AMThe Role of Electrode Quality in Metal Purity: Stephen Lindsay1; 1Alcoa, Inc.

10:50 AMElectrochemical Characterization of Anode Performance: Rebecca Thorne1; Camilla Sommerseth1; Espen Sandnes2; Ole Kjos3; Thor Anders Aarhaug3; Lorentz Lossius2; Hogne Linga2; Arne Ratvik1; 1Norwegian University of Science and Technology (NTNU); 2Hydro Aluminium; 3SINTEF

11:15 AMHigh Capacity Thermobalance Anode Reactivity Testing: Frank Cannova1; Nick Janssen1; Jim Baker1; Barry Sadler2; 1BP; 2Net Carbon Consulting

11:40 AMDiagnosing Changes in Baked Anode Properties using a Multivariate Data-driven Approach: Julien Lauzon-Gauthier1; Carl Duchesne1; Jayson Tessier2; 1REGAL - Université Laval; 2Alcoa


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Electrode Technology for Aluminium Production: Cathode Materials and WearSponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizers: Les Edwards, Rain CII Carbon; Hans Darmstadt, Rio Tinto Alcan; Sunil Bhajun, Qatalum; Juraj Chmelar, Hydro; Matvey Golubev, Rusal; Pretesh Patel, Light Metals Research Centre; Elaine Sum, Rio Tinto Alcan; Marc Gagnon, Aluminerie Alouette


Session Chair: Pretesh Patel, Light Metals Research Center


8:35 AMEvolution of the Thermo-Mechanical Properties of Ramming Paste from Ambient to Operating Temperature in Hall-Heroult Cell: Stephane Tremblay1; Lyne St-Georges1; Laszlo Kiss1; Lyès Hacini2; Daniel Marceau1; Bénédicte Allard3; 1Université du Québec à Chicoutimi; 2Rio Tinto Alcan; 3Carbone Savoie

9:00 AMNew Compaction Method for the Production of Large Ramming Paste Samples for 3d Mechanical Characterization: Pierre-Olivier St-Arnaud1; Donald Picard1; Maxime Noël1; Houshang Alamdari1; Donald Ziegler2; Mario Fafard1; 1Université Laval; 2Alcoa Canada

9:25 AMTechnology for Manufacturing Cathodes Used in Aluminum Reduction in China: Hongjie Yang1; Fengqin Liu1; Xiaopei Yang1; 1Chalco

9:50 AMThe Effect Of Cryolite On The Formation of Aluminum Carbide at the Carbon Aluminum Interface: Bronislav Novak1; Kati Tschöpe2; Arne Petter Ratvik1; Tor Grande1; 1Norwegian University of Science and Technology; 2SINTEF Materials and Chemistry

10:15 AM Break

10:25 AMCritical Reflections on Laboratory Wear Tests for Ranking Commercial Cathode Materials in Aluminium Cells: Kati Tschöpe1; Anne Støre1; Egil Skybakmoen1; Asbjørn Solheim1; Tor Grande2; Arne Petter Ratvik2; 1SINTEF Materials and Chemistry; 2Norwegian University of Science and Technology (NTNU)

10:50 AMModel for Excessive Cathode Wear by a “Carbon Pump” at the Cell Bottom: Asbjorn Solheim1; Kati Tschöpe2; 1SINTEF; 2NTNU

11:15 AMCharacterization of Porous Structure and Its Correlation to Sodium Expansion of Graphite Cathode Materials Using Image Analysis: Xiang Li1; Jilai Xue1; 1Unversity of Science and Technology Beijing

11:40 AMStudies on the Resistance to Alkali Metal Penetration of Binders for TiB2-C Composite Cathode Materials: Fang Zhao1; Zhang Kai2; Lai Yan-qing2; LI Lin-bo1; ZHU Jun1; 1School of Metallurgical Engineering, Xi’an University of Architecture and Technology; 2Central South University

Energy Technologies and Carbon Dioxide Management: Energy Education Sponsored by:TMS Extraction and Processing Division, TMS Light Metals Division, TMS: Energy Committee, TMS: Education CommitteeProgram Organizers: Soobhankar Pati, MOxST Inc.; Animesh Jha, University of Leeds; Jaroslaw Drelich, Michigan Technological University; Neale Neelameggham, Ind LLC; Cong Wang, Saint-Gobain High Performance Materials; Leon Prentice, CSIRO


Session Chair: Art Morris, Thermart Software


8:35 AMGlobal Look at Energy Education and Training: Arvind Thekdi1; 1Consultant

9:05 AMSoftware for Energy Education: Art Morris1; Semih Perdahcioglu2; 1Thermart Software; 2University of Twente

9:35 AMCourses on Sustainability Issues in Materials Engineering: Jeffrey Fergus1; 1Auburn University

10:05 AM Break

10:35 AMOverview of Industrial Energy Training and Software: Cynthia Belt1; 1Consultant

10:55 AMReport on Subcommittee on Sustainability in Materials Education: Jeffrey Fergus1; Chris Twigge-Molecey2; 1Auburn University; 2Hatch

11:25 AMTeaching about Energy Sources at the University of Illinois (and How to Bring the Subject to Life): David Ruzic1; 1University of Illinois

11:55 AMA Suggestion for Establishing Energy Management Policy in Primary Aluminum Industry by Applying Strategic Management Tools: Hadi Fanisalek1; 1Marzban Petro Energy (MPE)

12:25 PM InvitedPerspectives on Energy Education and the Role of TMS: Garry Warren1; 1Univ of Alabama

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Fatigue and Fracture of Thin Films and Nanomaterials: Micromechancial Testing for Nanomaterial FailureSponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials Committee, TMS: Nanomechanical Materials Behavior CommitteeProgram Organizers: Megan Cordill, Erich Schmid Institute of Materials Science; Daniel Kiener, Montanuniversitaet Leoben; Xinghang Zhang, Texas A &M University ; Daniel Gianola, University of Pennsylvania ; Corinne Packard, Colorado School of Mines

Wednesday AM Room: Bowie CMarch 6, 2013 Location: Grand Hyatt


Session Chairs: Daniel Kiener, Montanuniversiaet Leoben; Megan Cordill, Erich Schmid Institute of Materials Science

8:30 AM InvitedGrain Boundary Fracture at the Micron Scale: a Combined Experimental and FEM Approach: Daniel Kupka1; Norbert Huber1; Erica Lilleodden1; 1Helmholtz-Zentrum Geesthacht

9:00 AMNanoscale Time-Dependent Plasticity of 1-D Nanomaterials: Yong-Jae Kim1; Won Woo Lee1; In-Chul Choi1; Won Il Park1; Jae-il Jang1; 1Hanyang University

9:20 AMIn-Situ ACOM-TEM Nanomechanical Testing of <111> Textured Ultrafine Grained Al Thin Films: Plasticity and Fracture Mechanisms: Hosni Idrissi1; Aaron Kobler2; Behnam Amin-ahmadi1; Michael Coulombier3; Jean-Pierre Raskin4; Chrisitan Kübel2; Thomas Pardoen3; Dominique Schryvers1; 1EMAT. University of Antwerp; 2Institute of Nanotechnology (INT); 3Institute of Mechanics, Materials and Civil Engineering, Université catholique de Louvain; 4Information and Communications Technologies, Electronics and Applied Mathematics (ICTEAM),Université catholique de Louvain

9:40 AMDirect Observation of Toughening Mechanism of Nano-Twins in Strombus Gigas Conch Shell: Yoon Ah Shin1; Subin Lee1; Jiseong Im1; Ga-Young Shin1; Kyung Song1; Sang Ho Oh1; 1Pohang University of Science and Technology (POSTECH)

10:00 AM Break

10:20 AM InvitedMechanical Deformation and Failure of Low Dimensional Carbon Nanomaterials: Jun Lou1; 1Rice University

10:50 AMSize-Dependent Elastic and Plastic Behavior in Pd Nanowhiskers: Lisa Chen1; Gunther Richter2; John Sullivan3; Dan Gianola1; 1University of Pennsylvania; 2Max Planck Institute for Intelligent Systems; 3Sandia National Laboratories

11:10 AMMechanical Characterization of Boron Carbide Nanowires: Youfei Jiang1; Zhe Guan1; Terry Xu1; 1The University of North Carolina at Charlotte

11:30 AMMechanical Stability of Quasi One-Dimensional Nanostructures (Nanowires): Charlotte Ensslen1; Reiner Mönig1; Andreas Sedlmayr1; Oliver Kraft1; 1Karlsruhe Institute of Technology

Fatigue in Materials: Microstructure-Driven Modeling and In-Situ Fatigue Characterization: Fatigue Property Enhancement and Life PredictionSponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Michael Sangid, Purdue University; Tongguang Zhai, University of Kentucky; Antonios Kontsos, Drexel University


Session Chair: Antonios Kontsos, Drexel University

8:30 AM KeynoteMicrostructure-Sensitive Mesoscopic Modeling Fatigue Crack Formation and Early Growth in Polycrystals: Gustavo Castelluccio1; William Musinski1; David McDowell1; 1Georgia Institute of Technology

9:05 AM InvitedA Geometric Approach to Probabilistic Simulation of Microstructurally Small Fatigue Crack Processes in AA 7075-T651: Anthony Ingraffea1; 1Cornell University

9:30 AM InvitedRecent Advances in Fatigue Life Prediction: Michael Sangid1; 1Purdue University

9:55 AM Break

10:15 AM InvitedHistory and Future of Fatigue Initiation Analysis in Aerospace Structures: Mary Lee Gambone1; 1Rolls-Royce Corporation

10:40 AM InvitedProbabilistic Modeling of Accelerated Fatigue Life Using Step-Stress Loading: D Gary Harlow1; 1Lehigh University

11:05 AM InvitedLife-Cycle Performance of Turbine Rotor Materials: A Probabilistic Life-Limit Perspective: James Larsen1; Sushant Jha2; Christopher Szczepanski1; Reji John1; Andrew Rosenberger1; Michael Caton1; Patrick Golden1; Dennis Buchanan3; Jay Jira1; Siamack Mazdiyasni1; 1Air Force Research Laboatory; 2Universal Technology Corporation; 3University of Dayton Research Institute

11:30 AM InvitedProbabilistic Sensitivity Analysis in Minimum Fatigue Life Prediction of a Shot Peened Titanium Alloy: Reji John1; Sushant Jha2; James Larsen1; 1Air Force Research Laboratory; 2Universal Technology Corporation

11:55 AMLife Prediction for Turbopropulsion Systems Under Dwell Fatigue Conditions: Kwai Chan1; Michael Enright1; Jonathan Moody1; Ben Hocking2; Simeon Fitch2; 1Southwest Research Institute; 2Elder Research Inc


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12:15 PMMicrostructure-Based Fatigue Life Prediction Tool for Gearbox Components: Raja Pulikollu1; Nathan Bolander1; Sandeep Vijayakar2; Tony Shen3; Matthew Spies4; Eric Ames4; 1Sentient Science Corporation; 2Advanced Numerical Solutions LLC; 3The Boeing Company; 4U.S. Army Aviation Applied Technology Directorate

Friction Stir Welding and Processing VII: Friction Stir Welding: Light Materials ISponsored by:TMS Materials Processing and Manufacturing Division, TMS: Shaping and Forming CommitteeProgram Organizers: Rajiv Mishra, University of North Texas; Murray Mahoney, Retired from Rockwell Scientific; Yutaka Sato, Tohoku University; Yuri Hovanski, Pacific Northwest National Laboratory; Ravi Verma, General Motors


Session Chairs: Ravi Verma, General Motors; Anthony Reynolds, University of South Carolina; Mitsuo Fujimoto, Kawasaki Heavy Industries, Ltd

8:30 AM KeynoteThe Benefits and Opportunities for Friction Stir Welding and Processing within the Automotive Industry: Blair Carlson1; 1General Motors

8:55 AM InvitedEffect of Tool Pin Features and Geometries on Quality of Weld during Friction Stir Welding: Md. Reza-E-Rabby1; Wei Tang1; Anthony Reynolds1; 1University of South Carolina

9:15 AMAluminum Tailor-Welded Blanks for Automotive Applications: Yuri Hovanski1; John Carsley2; Blair Carlson3; Siva Pilli1; Susan Hartfield-Wunsch3; Mark Eisenmenger4; 1Pacific Northwest National Laboratory; 2General Motor Research & Development; 3General Motors; 4TWB Company

9:35 AMEffect of Friction Stir Processing on Armor Grade Materials: Timothy Johnson1; Todd Curtis2; Bharat Jasthi3; Eric East1; Christian Widener1; Michael West1; 1South Dakota School of Mines and Technology; 2Zone Four Engineering, LLC; 3Arbegast Advanced Materials Processing Laboratory

9:55 AM Break

10:05 AMThe Characterization of the Microstructural Zones and the Spatial Variations of the Mechanical Properties in Friction-Stir Welded 2139 Aluminum Alloy: Jian Yu1; Brian Justusson2; Chian-Fong Yen1; 1ARL; 2University of Michigan

10:25 AMEffect of Process Parameters on the Microstructure and Mechanical Properties of Friction Stir Welded 2050-T3 Al-Li Alloy: Harpreet Sidhar1; Rajiv Mishra1; Anthony Reynolds2; Lucie Johannes3; John Baumann4; 1University of North Texas; 2University of South Carolina; 3NASA-Johnson Space Center; 4The Boeing Company

10:40 AMAnalysis of Mechanical and Metallurgical Properties of Friction Stir Butt Welded AA2024: Sarah Jurak1; Dwight Burford1; Michael McCoy1; 1Wichita State University

10:55 AMAn Innovative Process Applied to the Joining of Steel to Aluminum in a Lap-Joint Configuration: Camille van der Rest1; Aude Simar1; Pascal Jacques1; 1Université catholique de Louvain

11:15 AMMechanical and Microstructural Properties of FSW Lap Joints: Egoitz Aldanondo1; Ekaitz Arruti1; Pedro Alvarez1; Alberto Echeverria1; 1IK4-LORTEK

11:35 AMMechanical Properties of Repaired 7075-T73 Friction Stir Weld Butt Welds: Christian Widener1; John Franklin1; Bharat Jasthi2; Michael West1; 1South Dakota School of Mines and Technology; 2Arbegast Advanced Materials Processing Laboratory

11:55 AMRefill Friction Stir Spot Welding of Aluminum Alloys for Aviation by Using Shoulder First Plunging Method: Hideki Okada1; 1Kawasaki Heavy Industries, LTD.

12:15 PMProcess Development of Integral Fasteners Using Friction Stir Spot Welding with “C-Frame” End Effect or on an Aircraft Cabin Door Made from AA6061-T6 and AA2024-T3: Alan Handyside1; Vishwanath Iyer1; Ron Preston1; Enkhsaikhan Boldsaikhan1; Michael McCoy1; 1Wichita State University

12:35 PMEffect of Post-weld Aging on the Corrosion Resistance and Mechanical Properties of Friction Stir Welded Aluminum Alloy 7475-T73: Bharat Jasthi1; Erik Klinckman2; Todd Curtis1; Christian Widener2; Michael West2; Robert Ruokolainen3; Ashish Dasgupta3; 1Advanced Materials Processing and Joining Laboratory, South Dakota School of Mines and Technology; 2South Dakota School of Mines and Technology; 3Focus: HOPE

12:55 PMEffect of a Two-stage Tool Probe on the Mechanical Strength and Macrostructure of Friction Stir Spot Welded Aerospace Alloys AA 7075 and AA 2024: A.Vishwanath Iyer1; Enkhsaikhan Boldsaikhan1; Dwight Burford1; Michael Mccoy1; 1Wichita State University

1:10 PMInvestigation of Microstructural Evolution in the Transition Zone of Multipass Friction Stir Processed Al-Mg Alloy: Pradeep Shivanna1; Vivek Pancholi1; 1Indian Institute of Technology Roorkee

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Frontiers in Solidification Science: Microstructure Formation I: ExperimentalSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Solidification CommitteeProgram Organizers: Andre Phillion, University of British Columbia; Silvere Akamatsu, Institut des Nanosciences de Paris; Christoph Beckermann, The University of Iowa; Michel Rappaz, Ecole Polytechnique Federale de Lausanne

Wednesday AM Room: Lone Star Salon FMarch 6, 2013 Location: Grand Hyatt


Session Chairs: Christopher Gourlay, Imperial College London; Ulrike Hecht, Access e.V.

8:30 AM InvitedEffects of Grain and Interphase Boundary Energy Anisotropy on Directional Solidification Microstructures: Gabriel Faivre1; Sabine Bottin-Rousseau1; Silvere Akamatsu1; 1UPMC

9:00 AMCooperative Growth of Primary and Peritectic Phases in Cu-Sn Alloys Solidified at Low Speed: Pseudo-Steady State Regime: Jonas Valloton1; Jonathan Dantzig2; Mathis Plapp3; Michel Rappaz1; 1EPFL; 2EPFL/UIUC; 3CNRS/Ecole Polytechnique

9:20 AMCharacterization of Fluid Flow Inside Electromagnetically-Levitated Molten Iron-Cobalt Droplets for ISS Experimentfor ISS Experiments: Jonghyun Lee1; Xiao Xiao1; Douglas Matson1; Robert Hyers2; 1Tufts University; 2University of Massachusetts

9:40 AM Break

9:55 AMEnhanced Growth Kinetics in Undercooled FeCo Alloys - Adiabatic Remelting of the Mushy-Zone: Douglas Matson1; Jackson Dolan1; 1Tufts University

10:15 AMCrystal Orientation and Morphology Selection in Al-Ag-Cu Ternary Eutectic: Amber Genau1; Lorenz Ratke2; 1University of Alabama at Birmingham; 2German Aerospace Center (DLR)

10:35 AMNucleation of Twinned Dendrites in Al-Zn-Cr Alloys: Can Icosahedral Solid Clusters Play a Role?: Güven Kurtuldu1; Philippe Jarry2; Michel Rappaz1; 1Computational Materials Laboratory, Ecole Polytechnique Fédérale de Lausanne, Switzerland; 2Constellium CRV, France

10:55 AM InvitedUltra-Fast Calorimetry for Studies of Crystallization in Chalcogenides for Phase-Change Memory: A. L. Greer1; 1University of Cambridge

11:25 AMApplication of Fast Scanning Calorimetry in the Rapid Solidification of Tin Particles Embedded in Al Matrix: Weipeng Zhang1; Bingge Zhao1; Qijie Zhai1; Yulai Gao1; 1School of Materials Science and Engineering, Shanghai University

11:45 AMUndercooling Dependence on Liquid Overheating by Differential Fast Scanning Calorimetry: Bin Yang1; John Perepezko2; Evgeny Zhuravlev1; Yulai Gao3; Christoph Schick1; 1University of Rostock; 2University of Wisconsin-Madison; 3Shanghai Unviersity

12:05 PMSize Dependent Nucleation of Single Tin Particles by Differential Fast Scanning Calorimetry: Bin Yang1; A. S. Abyzov2; Evgeny Zhuravlev1; Yulai Gao3; J. W. P. Schmelzer1; Christoph Schick1; 1University of Rostock; 2National Science Center, Kharkov Institute of Physics and Technology; 3Shanghai University

High Temperature Electrochemistry: Electrochemistry and Materials PropertiesSponsored by:TMS Extraction and Processing Division, TMS: Pyrometallurgy CommitteeProgram Organizers: Prabhat Tripathy, Idaho National Laboratory; Guy Fredrickson, Idaho National Lab

Wednesday AM Room: 006DMarch 6, 2013 Location: Henry B. Gonzalez Convention Center

Session Chairs: Dihua Wang, Wuhan University; Laurent Cassayre, Laboratoire de Genie Chimique

8:30 AMUltrahigh-Purity Materials (>99.9999%) by Electrorefining: Meng Tao1; 1Arizona State University

9:00 AMInfluence of FeF2 Content on the Corrosion of Ni-Cased Alloys (NiCrW and NiCrMo) in Molten Fluorides: Laurent Cassayre1; Thierry Auger2; Céline Cabet3; Isabelle Drouelle4; Jérémy Lezac1; Laurent Massot1; Mathieu Gibilaro1; Pierre Chamelot1; 1Laboratoire de Génie Chimique; 2MSSMAT; 3CEA; 4Institut de Chimie Moléculaire et des Matériaux d’Orsay

9:30 AMEffect of Electrical Conductivity and Porosity of Cathode on Electro-Deoxidation Process of Ilmenite Concentrate: Xuyang Liu1; Meilong Hu2; Chenguang Bai2; Xuewei Lv2; 1Chongqing university; 2Chongqing University

10:00 AM Break

10:20 AMOxygen – Permeable Solid/Melt Composite Membranes: Valery Belousov1; 1Baikov IMET RAS

10:50 AMZirconia Sensor Device for In-Situ Monitoring of Metal Powder Oxidation States: Jarrod Milshtein1; Soumendra Basu1; Srikanth Gopalan1; Uday Pal1; 1Boston University

11:20 AMThe Kinetics and Mechanism of Catastrophic Oxidation of Copper.: Anton Klimashin1; 1Baikov IMET RAS

11:50 AMOn the Preparation of Mg2Ni Alloy by a New Electrochemical Method: Fuat Erden1; Ishak Karakaya1; Metehan Erdogan1; 1Middle East Technical University

12:10 PMThe Influence of F- Ions on the Electrodeposition of Titanium in Molten Fluoride-chloride Salt: Xiaobo Zhu1; Qiuyu Wang1; Jianxun Song1; Shuqiang Jiao1; HongMin Zhu1; 1University of Science and Technology Beijing


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Hume-Rothery Award Symposium: Electronic Structure Theory of Stability and Bonding in Alloys: Alloy Theory II (Joint Session with Computational Thermodynamics and Kinetics)Sponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Alloy Phases CommitteeProgram Organizer: Chris Wolverton, Northwestern University


Session Chairs: Alan Ardell, UCLA; Gus Hart, BYU

8:30 AM InvitedHigh Entropy Alloys a New Class of Structural Materials: Magnetism and Magnetic Interactions: G. Malcolm Stocks1; Markus Daene2; Junqi Yin1; Markus Eisenbach1; Aurelian Rusanu1; Khorgokhuu Odbadrakh1; James Morris1; Claudia Troparevsky1; 1ORNL; 2LLNL

9:00 AM InvitedHybrid Methods for Hybrid Materials: Stefan Müller1; 1Hamburg University of Technology

9:30 AM Break

9:50 AM InvitedEffect of Epitaxial Strain on Phase Stability and Domain Structures in Thin Films: Long Qing Chen1; 1Penn State University

10:20 AM InvitedThermodynamic and Kinetic Properties of High Temperature Materials from First Principles: Anton Van der Ven1; 1University of Michigan

10:50 AM InvitedCharges States and Their Implications on CALPHAD Modeling: Zi-Kui Liu1; 1The Pennsylvania State University

Hybrid and Hierarchical Composite Materials: Characterization and Structure-Property RelationshipsSponsored by:TMS Structural Materials Division, TMS/ASM: Composite Materials CommitteeProgram Organizers: Tomoko Sano, US Army Research Laboratory; Charles Randow, US Army Research Laboratory; Chang Soo Kim, University of Wisconsin -Milwaukee


Session Chairs: Tomoko Sano, U.S. Army Research Laboratory; Chang Soo Kim, University of Wisconsin -Milwaukee

8:30 AMSynthesis and Characterization of Inorganic Fullerene Type WS2 and Carbon Nanostructures Composites: Claudia Luhrs1; Michael Moberg1; Ashley Maxson1; Luke Brewer1; Sarath Menon1; 1Naval Postgraduate School

8:50 AMDevelopment of Cyclic Damage in Cfrp under Variable Loading Conditions: Alan Plumtree1; 1University of Waterloo

9:10 AMStrain-rate Sensitivity in the Bending Strength of a Forged Turbostratic-Carbon Fiber Composite: Eric Brannigan1; Alan Jankowski1; 1Texas Tech University

9:30 AMEffect of Buckypaper Reinforcement on the Hypervelocity Impact Response of Polyethylene Fiber Composites: Suman Khatiwada1; Enrique Barrera1; 1Rice University

9:50 AM Break

10:05 AMCharacterizing Thin Polyurea Layers Subjected to High Rate Loading: Charles Randow1; Daniel Casem1; Jason Robinette1; 1US Army Research Lab

10:25 AMEnhanced Permeability of 3D Woven Lattice Material with Experimental Testing and Modeling: Longyu Zhao1; Seunghyun Ha1; Keith Sharp2; Andrew Geltmacher3; Alex Kinsey1; Yong Zhang1; Dinc Erdeniz4; David Dunand4; Kevin Hemker1; Jamie Guest1; Timothy Weihs1; 1Johns Hopkins University; 23TEX, Inc., NC USA; 3Naval Research Laboratory; 4Northwestern University

10:45 AMComposite Crush Response of Hybrid 3D Woven Composites: Mark Pankow1; Chian-Fong Yen1; Anthony Waas2; 1Army Research Laboratory; 2University of Michigan

11:05 AMHigh Rate Through-the-Thickness Response of Hybrid 3D Woven Composites: Brian Justusson1; Mark Pankow2; Anthony Waas1; Chian-Fong Yen2; 1University of Michigan; 2United States Army Research Laboratories

Magnesium-Based Biodegradable Implants Symposium: Performance Assessment and EvaluationSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Light Metals Division, TMS Structural Materials Division, TMS: Biomaterials Committee, TMS: Magnesium CommitteeProgram Organizers: Candan Tamerler, University of Washington; Wim Sillekens, European Space Agency


Funding support provided by: Biological Materials Science SymposiumAND Magnesium Technology Symposium

Session Chairs: Wim Sillekens, ESA - European Space Agency; Jörg Löffler, ETH Zurich

8:30 AM Introductory Comments Candan Tamerler / Wim Sillekens

8:40 AM KeynoteHow to Standardize Testing of Biodegradable Metals?: Frank Witte1; 1Hannover Medical School

9:20 AMCorrosion Characterization of Biodegradable Mg Alloys: Yeoheung Yun1; Yongseok Jang1; Boyce Collins1; Zongqing Tan2; Zhongyun Dong2; Jag Sankar1; 1NC A & T State University; 2University of Cincinnnati

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9:40 AMIn Vitro and In Vivo Corrosion Characterization of MgZnCa Alloys: Zhigang Xu1; Boyce Collins1; Zongqing Tan2; Christopher Smith1; Zhongyun Dong2; Yeoheung Yun1; Jag Sankar1; 1NC A&T State University; 2University of Cincinnati

10:00 AM Break

10:20 AMA Dynamic In Vitro Degradation System for Standardized Mg Degradation Studies: Florian Evertz1; Birgit Glasmacher1; 1Leibniz Universität Hannover

10:40 AMIn Vivo Corrosion Progression of Bioabsorbable Magnesium for Stents Using a Rodent Model: Patrick Bowen1; Jaroslaw Drelich1; Jeremy Goldman1; 1Michigan Technological University

11:00 AMInfluence of Biological Environment on the Suitability of Magnesium Alloys: Robert Thornton1; Paul Lyon1; Julie Gough2; Natasha Bhuiyan2; 1Magnesium Elektron; 2University of Manchester

11:20 AMIn Vivo Study of Effect of Magnesium Degradation on Osteomyelitis: Ling Ren1; Jinhao Zeng2; Ke Yang1; Xifan Mei2; 1Institute of Metal Research CAS; 2Liaoning Medical University

11:40 AMStress Corrosion Cracking of Aluminium-Free Magnesium Alloys in a Simulated Human Body Fluid: Lokesh Choudhary1; R. K. Singh Raman1; Joelle Hofstetter2; Peter Uggowitzer2; 1Monash University; 2ETH Zurich

Magnesium Technology 2013: Texture and Wrought Materials I Sponsored by:TMS Light Metals Division, TMS: Magnesium CommitteeProgram Organizers: Norbert Hort, Helmholtz-Zentrum Geesthacht; Suveen Mathaudu, US Army Research Office; Neale Neelameggham, IND LLC; Martyn Alderman, Magnesium Elektron


Session Chairs: Martyn Alderman, Magnesium Elektron; Alok Singh, National Institute for Materials Science

8:30 AMMicrostructure and Texture Evolution in a Magnesium Alloy during Extrusion at Various Extrusion Speeds: Q. Ma1; S.J. Horstemeyer1; B. Li1; Z. McClelland1; P.T. Wang1; M.F. Horstemeyer1; 1Mississippi State University

8:50 AMEffect of Grain Size and Basal Texture on Tensile Properties and Fracture Characteristics of Extruded AZ31 Alloy: Hsiang-Ching Chen1; Lui Truan-Sheng1; Chen Li-Hui1; 1National Cheng Kung University

9:10 AMMicrostructure Characterization of Weakly Textured and Fine Grained AZ61 Sheet: Tracy Berman1; William Donlon1; Chung-Kai Hung1; Patrick Milligan1; Raymond Decker2; Tresa Pollock3; J. Wayne Jones1; 1University of Michigan; 2nanoMAG, LLC.; 3University of California, Santa Barbara

9:30 AMTexture Development in an Extruded Magnesium Alloy during Compression along the Transverse Direction: Dyuti Sarker1; Daolun Chen1; 1Ryerson University

9:50 AMThe Texture and Microstructure Evolution of Mg-Zn-Ce Alloys: Mehdi Sanjari1; Seyed-Amir Farzadfar1; Tetsuo Sakai2; Hiroshi Utsunomiya2; In-Ho Jung1; Elhachmi Essadiqi3; Steve Yue1; 1McGill ; 2Osaka University;

3Universite Internationale de Rabat (UIR) Technopolis

10:10 AM Break

10:30 AMEvolution of Microstructure during Caliber Rolling of AZ31 Alloy: Alok Singh1; Hidetoshi Somekawa1; Tadanobu Inoue1; Toshiji Mukai2; 1National Institute for Materials Science; 2Kobe University

10:50 AMEffect of Precipitation on Dynamically Recrystallized Grain Size in a Magnesium Alloy: Abu Syed Humaun Kabir1; Jing Su1; In-Ho Jung1; Steve Yue1; 1McGill University

11:10 AMAnnealing of Cold and Warm Rolled AZ31B Magnesium Alloy Sheets: Litzy Lina Catorceno1; Denise Lopes1; 1USP

11:30 AMDeformation Behavior and Constitutive Relation of As-Extruded Mg-10Gd-3Y-0.5Zr Alloy: Foisal Mirza1; Daolun Chen1; Dejiang Li2; Xiaoqin Zeng2; 1Ryerson University; 2Shanghai Jiao Tong University

11:50 AMFlow Behavior and Hot Workability of Pre-Extruded AZ80 Magnesium Alloy: Lei Gao1; Alan Luo2; Shiyi Wang3; Xiaoqin Zeng3; 1General Motors China Science Lab; 2General Motors Global Research and Development Center; 3Shanghai Jiao Tong University

12:10 PMGas-Pressure Bulge Forming of Mg AZ31 Sheet at 450°C: Alexander Carpenter1; Jon Carter2; Louis Hector2; Eric Taleff1; 1The University of Texas at Austin; 2General Motors

Magnetic Materials for Energy Applications -III: Novel Materials and PhenomenonSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Energy Committee, TMS: Energy Conversion and Storage Committee, TMS: Magnetic Materials CommitteeProgram Organizers: Sivaraman Guruswamy, University of Utah; Thomas Woodcock, IFW Dresden; Yongmei Jin, Michigan Technological University; Raju Ramanujan, Nanyang Technological University; Frank Johnson, GE Global Research; Oliver Gutfleisch, Technische Universität Darmstadt


Session Chairs: Victorino Franco, Universidad de Sevilla; Oliver Gutfleisch, Technische Universität Darmstadt

8:30 AM InvitedOptimization of the Mechanical Alloying Process of Soft Magnetic Fe-Based Powders: An Equivalent Time Approach: Javier Blázquez1; Jhon Ipus1; Victorino Franco1; Alejandro Conde1; 1University of Seville

9:00 AM InvitedDesigning Permanent Magnet Machines for Ferrofluid Immersion: Andy Judge1; 1DRS


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9:30 AM InvitedSoft Magnetic Fe-Based Amorphous and (Nano)Composite Alloys with Very Good Mechanical Properties: Mihai Stoica1; 1IFW Dresden

10:00 AM Break

10:15 AMInvestigation of Domain Structure of Alnico Magnets with Magneto-Optical Kerr Effect (MOKE): Andriy Palasyuk1; Erick Blomberg1; Haley Dillon1; Fran Laabs1; Lin Zhou1; Ruslan Prozorov1; Matthew Kramer1; R. McCallum1; Iver Anderson1; 1Ames Laboratory

10:35 AMConstant Permeability of Fe-B-Si-Nb Crystal-Glassy Composite Bulk Alloy by B2O3 Flux Melting and Casting: Teruo Bitoh1; Shogo Izumi1; 1Akita Prefectural University

10:55 AMA Density Functional Theory (DFT) Study of 4d Transition Metal Based Full Heusler Compound Co2YSi: Dibya Rai1; 1Mizoram University

Materials and Fuels for the Current and Advanced Nuclear Reactors II: Structural Materials ISponsored by:TMS Structural Materials Division, TMS/ASM: Corrosion and Environmental Effects Committee, TMS/ASM: Nuclear Materials CommitteeProgram Organizers: Ramprashad Prabhakaran, Idaho National Laboratory; Dennis Keiser, Idaho National Laboratory; Raul Rebak, GE Global Research


Session Chair: Kumar Sridharan, University of Wisconsin

8:30 AM InvitedNondestructive Evaluation in the Nuclear Power Industry: James Wall1; 1EPRI

9:10 AMThermal Embrittlement of Ferritic Stainless Steels: Julie Tucker1; George Young1; Michael Miller2; 1Knolls Atomic Power Laboratory; 2Oak Ridge National Laboratory

9:30 AMStainless Steel Corrosion Fatigue Retardation Behavior at Long Rise Times: Elaine West1; Nathan Lewis1; 1Knolls Atomic Power Laboratory

9:50 AMNanoscale Characterization of Precursor to a Large Best Practice Heat of 14YWT: Nicholas Cunningham1; Yuan Wu1; David Gragg1; Kirk Fields1; G. Robert Odette1; David Hoelzer2; Stuart Maloy3; 1UC Santa Barbara; 2Oak Ridge National Laboratory; 3Los Alamos National Laboratory

10:10 AM Break

10:30 AMMicrostructure Study of 9Cr-1Mo Ferritic-Martensitic Steel during Creep at the Wide Range of Stress: Behrang Poorganji1; Deepthi Tammana1; Peter Nagy1; Vijay. K Vasudevan1; 1University of Cincinnati

10:50 AMCreep-Fatigue Behavior of Alloy 617 and Alloy 230 at 850ºC: Xiang Chen1; Mikhail Sokolov1; Sam Sham1; Donald Erdman1; Jeremy Busby1; James Stubbins2; 1Oak Ridge National Laboratory; 2University of Illinois at Urbana-Champaign

11:10 AMCreep Behavior of High Temperature Alloys as Structural Materials in Generation IV Nuclear Power Plant: Xingshuo Wen1; Laura Carroll2; Richard Wright2; T-L. (Sam) Sham3; Vijay Vasudevan1; 1University of Cincinnati; 2Idaho National Laboratory; 3Oak Ridge National Laboratory

11:30 AMParametric Study on Mechanical Property of Ni Based Alloy for Application to VHTR: Dong-Jin Kim1; 1KAERI

11:50 AMThe Oxidation Behavior of Hastelloy X and Its Welds at 1223K (950oC): W.S. Chen1; Wu Kai1; L.W. Tsay1; J.J. Kai2; 1Institute of Materials Engineering, National Taiwan Ocean University; 2Department of Engineering and System Science, National Tsing Hua University

Materials Processing Fundamentals: Process Metallurgy of Non-Ferrous MetalsSponsored by:TMS Extraction and Processing Division, TMS: Process Technology and Modeling CommitteeProgram Organizers: Lifeng Zhang, University of Science and Technology Beijing; Antoine Allanore, Massachusetts Institute of Technology; Cong Wang, Saint-Gobain High Performance Materials; James Yurko, Materion Brush Beryllium and Composites; Justin Crapps, ExxonMobil


Session Chair: James Yurko, Materion Brush Beryllium and Composites

8:30 AMA Simple Method to Measure Wettability and Surface Energy of TiO Coatings: Jonathan Schuster1; Mario Rosenberger1; Carlos Schvezov1; 1Universidad Nacional de Misiones

8:50 AMFabrication and Property Evaluation of Mo Sputtering Target by Spark Plasma Sintering Process: JungHan Ryu1; Hyun Kuk Park1; Jun-Ho Jang1; Ik-Hyun Oh1; Hyeon Taek Son1; 1Korea Institute of Industrial Technology

9:10 AMTMAH Wet Etching of Silicon Micro- and Nano-Fins for Selective Sidewall Epitaxy of III-Nitride Semiconductors: Lianci Liu1; Denis Myasishchev1; Vladimir Kuryatkov1; Sergey Nikishin1; Harlan Harris2; Mark Holtz1; 1Texas Tech University; 2Texas A&M University

9:30 AMMathematical Modeling of Thermal and Residual Stress Evolution of Direct Metal Deposition(DMD): Hyung Chae1; Jyotirmoy Mazumder1; 1University of Michigan

9:50 AMMetallurgical Characterisation of Direct Laser Deposited IN718: Zewen Huang1; Rengen Ding1; Ian Mitchell2; Gavin Baxter2; Mark Nordin2; Paul Bowen1; 1The University of Birmingham; 2Rolls-Royce plc

10:10 AM Break

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10:20 AMTracking Toxic Trace Elements in the Silicon Production Process: A Detailed Study of the Pathways of Pb and Ba from Raw Material To Product: Ida Kero1; Mari Næss1; Gabriella Tranell1; 1Norwegian University of Science and Technology

10:40 AMAging of Supersaturated Ni3Mo Solid Solution Prepared by High Energy Milling: I. Khalfallah1; A. Aning1; C. Bolfarini2; 1Virginia Tech; 2Federal University of Sao Carlos

11:00 AMClosed-Loop Control and FEM-Based Thermal Management on Laser Curing of Powder Coatings: Shuang Liu1; Mark Poullos2; Mark Poullos2; Fanrong Kong1; Radovan Kovacevic1; 1Southern Methodist University; 2PhotoFusion Company

11:20 AMPurification of Indium by Vacuum Distillation: Yong Deng1; Bin Yang1; DongSheng Li1; Baoqiang Xu1; Heng Xiong1; 1Kunming University of Science and Technology

11:40 AMInvestigating Current Efficiency of Aluminum Electrolysis in NaF-KF-AlF3 System: Huanhuan Ma1; Jilai Xue1; Jigang Li1; Yanan Zhang1; 1University of Science and Technology Beijing

Mesoscale Computational Materials Science of Energy Materials: Structural Materials ModelingSponsored by:TMS Materials Processing and Manufacturing Division, TMS/ASM: Computational Materials Science and Engineering CommitteeProgram Organizers: Pascal Bellon, University of Illinois; Alfredo Caro, LANL; Long Qing Chen, Penn State University; Anter El-Azab, Florida State University; Ming Tang, Lawrence Livermore National Laboratory


Session Chairs: Alphonse Finel, CNRS/ONERA; Anter El-Azab, Purdue University

8:30 AM InvitedPhase Field Modeling of Microstructure Formation: Different Ways to Incorporate Plasticity: Alphonse FINEL1; Maeva Cottura1; Pierre-Antoine GESLIN1; Benoît APPOLAIRE1; Yann Le Bouar1; 1ONERA-CNRS

9:00 AM InvitedModeling Deformation Mechanisms in Ni-Base Superalloys: Ning Zhou1; Hallee Deutchman1; Mike Mills1; Yunzhi Wang1; 1Ohio State University

9:30 AMApplications of Field Dislocation Mechanics: Saurabh Puri1; Amit Acharya2; Dennis Dimiduk3; Satish Rao1; 1UES, Inc; 2Carnegie Mellon University; 3Air Force Research Laboratory

9:50 AMMesoscale Modeling of the Ttensile Responses of BCC Fe and Mo in the Athermal Regime: Ronan Madec1; Ladislas Kubin2; 1CEA, DAM, DIF; 2LEM (CNRS/ONERA)

10:10 AM Break

10:30 AMModeling of Coherency Loss Mechanisms: Pierre-Antoine Geslin1; Benoît Appolaire1; Alphonse Finel1; 1LEM ONERA / CNRS

10:50 AM InvitedDislocation Simulations of the Structure and Properties of Grain Boundaries and Interfaces: David Srolovitz1; Siu Sin Quek2; Adele Lim2; Shuyang Dai3; Xiang Yang3; 1University of Pennsylvania; 2Institute of High Performance Computing; 3Hong Kong University of Science and Technology

11:20 AMSlip Mechanisms in BCC Single Crystals: In-Situ Laue Diffraction: Cecile Marichal1; Helena Van Swygenhoven1; Steven Van Petegem1; Emad Oveisi2; Cecile Hébert2; 1Paul Scherrer Institut; 2EPFL

11:40 AMPower-Law Creep from Discrete Dislocation Dynamics Simulations: Amine Benzerga1; Shyam Keralavarma2; 1Texas A&M University; 2École Polytechnique Fédérale de Lausanne

12:00 PMDislocation Avalanche Behavior in Ni Microcrystals for Varying Strain Rates and Deformation Stages: Dennis Dimiduk1; Michael Uchic1; Stefanos Papanikolaou2; Jaafar El-Awady3; Paul Shade1; 1Air Force Research Laboratory; 2Yale University; 3Johns Hopkins University

Microstructural Processes in Irradiated Materials: Austenitic & Duplex Stainless Steels

Sponsored by:TMS Structural Materials Division, TMS/ASM: Nuclear Materials CommitteeProgram Organizers: Thak Sang Byun, Oak Ridge National Laboratory; Dane Morgan, University of Wisconsin-Madison; Yasuyoshi Nagai, Tohoku University; Zhijie Jiao, University of Michigan-Ann Arbor; Christine Guéneau, CEA-Saclay


Session Chairs: Christophe Domain, EDF R&D, ; Frank Garner, Radiation Effects Consulting

8:30 AM InvitedSecond-Order Radiation Phenomena in Austenitic and High-Nickel Alloys Growing to First Order Importance at Higher Damage Levels Associated with PWR Plant Life Extension: Frank Garner1; Paula Freyer2; Y. Isobe3; Larry Greenwood4; Maxim Gussev5; 1Radiation Effects Consulting; 2Westinghouse Electric Company; 3Nuclear Fuel Industries; 4Pacific Northwest National Laboratory; 5Oak Ridge National Laboratory

9:00 AMEffect of Ni and Cr Alloying on Microstructural Evolution of BOR60-Irradiated Type 304 Stainless Steels: Lizhen Tan1; Jeremy Busby1; 1Oak Ridge National Laboratory

9:20 AMObservation of Grain Boundary Segregation in Ion-Irradiated Stainless Steels 316 and Comparison with the Rate Theory Model of a Multicomponent System: Gyeong-Geun Lee1; Yong-Bok Lee1; Hyung-Ha Jin1; Junhyun Kwon1; 1Korea Atomic Energy Research Institute

9:40 AMHigh Dose Heavy Ion Irradiation of Austenitic Stainless Steels Simulating a Neutron Irradiation: Jan Michalicka1; Zhijie Jiao2; Gary Was2; Janelle Wharry2; 1Research Centre Rez; 2University of Michigan


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10:00 AMIntergranular Cracking at RT of Austenitic Fe-Cr-Ni Alloys Exposed to PWR Conditions: Young Suk Kim1; Sung Soo Kim1; Dae Whan Kim1; 1Korea Atomic Energy Research Institute

10:20 AM Break

10:30 AMSlip Transfer through Grain Boundaries in Irradiated 304 Stainless Steel: Bai Cui1; Josh Kacher1; Ian Robertson1; 1University of Illinois at Urbana-Champaign

10:50 AMRelationship between Grain Boundary Character and Crack Initiation of He Irradiated Fe-15Cr-20Ni Ternary Alloy: Kiyohiro Yabuuchi1; Kazuma Abe1; Shuhei Nogami1; Akira Hasegawa1; 1Tohoku University

11:10 AMEffect of Local Environment on Vacancy Properties in BCC FeCr and FCC FeNiCr Alloys by DFT Calculations and Consequences on Diffusion Properties: Christophe Domain1; Jean Baptiste Piochaud2; Davide Costa1; Gilles Adjanor1; Pär Olsson3; Charlotte Becquart2; 1EDF R&D; 2UMET CNRS EM2VM; 3KTH

11:30 AMInfluence of Ion Irradiation Coupled with He Implantation on the Swelling Microstructure of Austenitic Stainless Steels: Xiaoqiang Li1; Franck Fortuna1; Aurélie Gentils1; 1Paris-sud University 11

11:50 AMThe Potential for Low-Temperature Swelling in Austentic Stainless Steels: Roger Stoller1; Alexander Barashev2; Stanislav Golubov1; 1Oak Ridge National Laboratory; 2University of Tennessee

12:10 PM InvitedThermodynamic Modelling of Volatile Fission Products during SFR Fuel Irradiation: Jean-Christophe Dumas1; Tam Ngoc Pham Thi1; Vincent Bouineau1; Jean-Paul Piron1; Nathalie Dupin2; Christine Gueneau3; Stephane Gosse3; Pierre Benigni4; Jacques Rogez4; Philippe Maugis4; 1CEA Cadarache; 2Calcul Thermo; 3CEA Saclay; 4UMR CNRS 6242 & Aix-Marseille University

Modeling and Experimental Validation of Multiscale Mechanical Behavior from Atomic Scale to Macro Scale: Defects at the Atomic ScaleSponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Mechanical Behavior of Materials Committee, TMS: Nanomechanical Materials Behavior Committee, TMS: Process Technology and Modeling Committee, TMS: Shaping and Forming CommitteeProgram Organizers: Nathan Mara, Los Alamos National Laboratory; Jian Wang, Los Alamos National Laboratory; Brad Boyce, Sandia National Laboratories; Jennifer Carter, Case Western Reserve University; Anthony Rollett, Carnegie Mellon University; Jonathan Zimmerman, Sandia National Laboratories


Session Chairs: Douglas Spearot, University of Arkansas; Dallas Trinkle, University of Illinois, Urbana-Champaign

8:30 AM InvitedA Concurrent Atomistic-Continuum Methodology for Passing Waves, Heat and Defects from the Atomistic to the Continuum Region: Youping Chen1; Liming Xiong1; Shengfeng Yang1; 1University of Florida

9:00 AMA DFT Investigation of the Early Stages of Nanoindentation: the Chemical and Mechanical Interactions between a Diamond Indenter and a Ni Slab: Francesca Tavazza1; Chandler Becker1; Lyle Levine1; 1National Institute of Standards and Technology

9:20 AMAb Initio DFT Modeling of the Dislocation and Its Mobility in TiN Ceramic: Satyesh Yadav1; Rampi Ramprasad2; Richard Hoagland1; Jian Wang1; Amit Misra1; Joe Yasi3; Dallas Trinkle3; Xiang-Yang Liu1; 1Los Alamos National Lab; 2University of Connecticut; 3University of Illinois at Urbana–Champaign

9:40 AM InvitedAtomistic Simulations of Grain Boundary Associated Distortion in Metallic Materials: Douglas Spearot1; Shawn Coleman1; 1University of Arkansas

10:10 AM Break

10:20 AM InvitedDecomposing Atomic-Scale Deformation into Elastic and Plastic Parts and the Automated Identification of Grain Boundary Dislocations: Alexander Stukowski1; 1Darmstadt University of Technology

10:50 AMMicrostructure and Crack Size Effects on Fatigue Crack Growth Behavior of Non-Ferrous and Ferrous Structural Materials: Anastasios Gavras1; Diana Lados1; 1Worcester Polytechnic Institute

11:10 AMOrdering of Point Defects on Deformable Elastic Lattices: Roman Groger1; 1Academy of Sciences of the Czech Republic

11:30 AM InvitedPredicting Strength and Cross-Slip of Magnesium Alloys: First-Principles, Solute Distribution, and Deformation: Dallas Trinkle1; Joseph Yasi1; Louis Hector2; 1University of Illinois, Urbana-Champaign; 2General Motors Technical Center

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12:00 PMEstimation of Dislocation Nucleation Stresses from Nanoindentation by Combined Multiscale Modeling and Experiment: Li Ma1; Francesca Tavazza1; Chandler Becker1; Douglas Smith1; Lyle Levine1; 1NIST

Modeling of Multi-Scale Phenomena in Materials Processing - III: Fluid Dynamics and SolidificationSponsored by:TMS Materials Processing and Manufacturing Division, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Process Technology and Modeling Committee, TMS: Integrated Computational Materials Engineering CommitteeProgram Organizers: Adrian Sabau, Oak Ridge National Laboratory; Anthony Rollett, Carnegie Mellon University; Laurentiu Nastac, The University of Alabama; Jonathan Madison, Sandia National Laboratories; Mei Li, Ford Motor Company


Session Chairs: Adrian Sabau, Oak Ridge National Laboratory; Lifeng Zhang, Missouri University of Science and Technology


8:35 AMNumerical Simulating Study on the Solidification Process of Continuous Casting Billet: Tongbo Zhang1; Jingshe Li1; Hongbo Yang1; Fangfang Song1; Ting Huang1; 1USTB

9:00 AMNumerical Simulation of Cavitation under Ultrasonic Treatment: Jinwu Kang1; Yisen Hu1; 1Tsinghua University

9:25 AMOptimum Effect of Factors Influencing on Sacrificial Cathodic Protection for Steel Wall: Saad Kaskah1; 1Ministry of Industry

9:50 AM Break

10:20 AMSelf-Adapting Withdrawal Technology by Numerical Simulation to Optimize Directional Solidification Process of Superalloy Casting: Hang Zhang1; Qing Yan Xu1; Bai Cheng Liu1; 1Tsinghua University

10:45 AMModeling on the Fluid Flow and Inclusion Motion in a Continuous Casting FC-Mold: Qiangqiang Wang1; Lifeng Zhang1; 1University of Science and Technology Beijing

11:10 AMNumerical Simulation of Temperature Field and Pressure in Super Large Regenerative Rotary Hearth Furnace: Qiang Li1; Huimin Lu1; Lian Zhou1; 1Beihang University

Nanostructured Materials for Lithium Ion Batteries and for Supercapacitors: Nanostructured Materials for Lithium Ion Batteries and for Supercapacitors Session VSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Energy Conversion and Storage CommitteeProgram Organizer: David Mitlin, University of Alberta and NINT NRC



8:30 AM InvitedPseudocapacitive Properties of Nanostructured Transition Metal Oxides: Bruce Dunn1; Veronica Augustyn1; Jason Kim1; Iris Rauda1; Sarah Tolbert1; 1UCLA

8:50 AM InvitedFracture and Delamination in Thin Film Si Electrodes: Hamed Haftbaradaran1; Huajian Gao1; 1Brown University

9:10 AMMicrostructural Characterization of Damage Mechanisms of Graphite Electrodes in Lithium-ion Cells: Ahmet Alpas1; A. Reza Riahi1; Sandeep Bhattacharya1; 1University of Windsor

9:30 AM InvitedNanoarchitecture Electrodes for Energy Storage: Christopher Johnson1; 1Argonne National Laboratory

9:50 AM Break

10:10 AM InvitedStructure of the Graphite Anode Solid Electrolyte Interphase in Lithium Ion Batteries: Brett Lucht1; 1University of Rhode Island

10:30 AM InvitedSilicon Carbide Nanostructures for Micro-Supercapacitor Applications: Roya Maboudian1; John Alper1; Carlo Carraro1; 1University of California at Berkeley

10:50 AM InvitedNanostructured Vanadium Oxide for Supercapacitor Electrodes: Allison Engstrom1; Fiona Doyle1; 1University of California, Berkeley

11:10 AM InvitedHigh Energy Density Anode Materials Based on SiO-SnCo/FeC for Lithium Batteries: Ali Abouimrane1; Bo Liu1; Yang Ren1; Zhigang Fang2; Khalil Amine1; 1Argonne National Laboratory; 2University of Utah

11:30 AM InvitedGraphene Fabrication and Lithium Ion Batteries Applications: Fuqiang Huang1; 1Shanghai Institute of Ceramics, Chinese Academy of Sciences

11:50 AMNanostructured LiNi0.5Mn1.5O4 Cathode Material with Improved Rate Capability for Lithium Ion Battery: Yi-Chun Jin1; Jenq-Gong Duh1; 1National Tsing Hua University


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Neutron and X-Ray Studies of Advanced Materials VI: Centennial and Beyond: Mesoscale StudiesSponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Rozaliya Barabash, Oak Ridge National Laboratory; Xun-Li Wang, City University of Hong Kong; Jaimie Tiley, US Air Force Research Laboratory; Gernot Kostorz, ETH Zurich; Brent Fultz, California Institute of Technology; Peter Liaw, Univ of Tennessee


Session Chairs: Emil Zolotoyabko, Technion; Rozaliya Barabash, ORNL

8:30 AM KeynoteSlip Mechanisms in BCC Single Crystals: In-Situ Laue Diffraction: Helena Van Swygenhoven1; Cécile Marichal1; Steven Van Petegem1; 1Paul Scherrer Institut

8:50 AM InvitedAdvances in 3D Micro-Diffraction with Small Beams.: Jon Tischler1; Wenjun Liu1; Ruqing Xu1; B.C. Larson2; John Budai2; 1Argonne National Laboratory; 2Oak Ridge National Laboratory

9:10 AM InvitedA Tunable Multi-Color “Rainbow” Filter for Improved Stress and Dislocation Field Mapping in Polycrystals Using X-Ray Laue Microdiffraction: Odile Robach1; Jean-Sébastien Micha2; Olivier Ulrich1; Olivier Geaymond3; Olivier Sicardy4; Jürgend Härtwig5; François Rieutord1; 1CEA-Grenoble / INAC; 2CNRS / SPrAM; 3CNRS / Institut Néel; 4CEA-Grenoble / LITEN; 5ESRF

9:30 AM InvitedValidating Microstructural Models Using 3D Sub-Micrometer-Resolution X-Ray Characterization: Lyle Levine1; Peter Geantil2; Ben Larson3; Jon Tischler4; Wenjun Liu4; Francesca Tavazza1; Mike Kassner2; 1National Institute of Standards and Technology; 2University of Southern California; 3Oak Ridge National Laboratory; 4Argonne National Laboratory

9:50 AM Break

10:00 AM InvitedMetals Behavior at Very High Temperature: Klaus-Dieter Liss1; Kun Yan2; Lisa Thoennessen2; Saurabh Kabra1; David Carr1; Mark Reid3; Ali Dehghan-Manshadi3; Robert Harrison1; Rian Dippenaar3; 1Australian Nuclear Science and Technology Organisation; 2Australian Nuclear Science and Technology Organisation and University of Wollongong; 3University of Wollongong

10:20 AM InvitedQuantification of Preferred Orientation in Crystals by Using the March-Dollase Approach: Emil Zolotoyabko1; 1Technion

10:40 AM InvitedX-Ray Diffraction Contrast Tomography: A Combined 3D Imaging and Diffraction Methodology for Characterization of Polycristalline Materials: Yoann Guilhem1; Peter Reischig1; Nicola Vigano1; Andrew King2; Wolfgang Ludwig1; 1Université de Lyon; 2ESRF

11:00 AMIn Situ Studies of Large Deformation of Monoclinic NiTi: Twinning vs. Slip: Aaron Stebner1; 1Caltech

11:20 AM InvitedSpatially-Resolved X-Ray Microdiffraction Studies Inside Individual Grains and Domains: John Budai1; Jonathan Tischler2; Wenjun Liu2; Anthony Rollett3; Jason Fowlkes1; Alexander Tselev1; Evgheni Strelcov1; Andrei Kolmakov4; 1Oak Ridge National Laboratory; 2Argonne National Laboratory; 3Carnegie Mellon University; 4Southern Illinois University at Carbondale

11:40 AM InvitedIn Situ Characterization of Twin Nucleation in Ti Using 3DXRD: Thomas Bieler1; Leyun Wang2; Armand Beaudoin3; Peter Kenesei2; Ulrich Lienert2; 1Michigan State University; 2Argonne National Laboratory; 3University of Illinois

12:00 PM InvitedResidual Stress Determination in Cast Bi-Metallic Joints: Thomas Watkins1; Donald Erdman1; Adrian Sabau1; Wei Zhang1; Timothy Skszek2; Xiaoping Niu3; 1ORNL; 2Vehma International ; 3Promatek Research Centre

12:20 PM InvitedNew Capabilities for the Analysis of Nanocrystalline Powders Using the WPPPM Approach: Matteo Leoni1; Paolo Scardi1; 1University of Trento

12:40 PMSimulation of X-Ray Diffraction Peak Broadening in Dislocated Materials: Riccardo Gatti1; Benoit Devincre1; 1LEM CNRS-ONERA UMR 104

Ni-Co 2013: Ores and ProcessingSponsored by:The Minerals, Metals and Materials Society, Metallurgical Society of the Canadian Institute of Mining Metallurgy and Petroleum, Chinese Society for Metals, GDMB Society for Mining, Metallurgy, Resource and Environmental Technology, Society for Mining Metallurgy and Exploration, Mining and Materials Processing Institute of Japan, Associacao Brasileira de Metalurgia, Materiais e Mineracao, Southern African Institute of Mining and Metallurgy (SAIMM), Minerals Engineering International Online, Cobalt Development Institute, Societe Francaise de Metallurgie et de Materiaux, TMS Extraction and Processing Division, TMS: Hydrometallurgy and Electrometallurgy Committee, TMS: Pyrometallurgy CommitteeProgram Organizer: Thomas Battle, Midrex Technologies


Session Chairs: Corby Anderson, Colorado School of Mines; Phillip Mackey, P J Mackey Technology Inc

8:30 AMMineralogical Characterization of Cobaltic Oxides from the Democratic Republic of Congo: Yves Vanbrabant1; Christian Burlet1; Pierre Louis2; 1Royal Belgian Institute for Natural Sciences; 2PEL Consult

8:55 AMNickel and Nitric: William Drinkard1; 1Drinkard Metalox Inc.

9:20 AMPolyMet Mining Corporation’s NorthMet Process Development: David Dreisinger1; 1PolyMet Mining

9:45 AM Break

10:05 AMTalvivaara Nickel Mine – from a Project to a Mine and Beyond: Lauri Palmu1; Marja Riekkola-Vanhanen1; 1Talvivaara Mining Company Plc

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10:30 AMThe Sintering Character of Limonitic Nickel Laterite: Hongxu Li1; Chao Wu1; Yu Chen1; Zhiqian Zhang1; Chao Li1; 1University of Science and Technology

10:45 AMNew Techniques for Ore Sorting in Non-Ferrous Mining and Mineral Processing Operations with an Emphasis on Nickel Ores: A.S. Bamber; N.A. Barcza1; 1MineSense Technologies Ltd

11:10 AMThe Starved Acid Leaching Technology (SALT) for Recovery of Nickel and Cobalt from Saprolites and Caron Plant Residues: David Dreisinger1; James Clucas1; 1Search Minerals Inc.

Novel Synthesis and Consolidation of Powder Materials : Additive Manufacturing and Novel Consolidation of Powder Materials Sponsored by:TMS Materials Processing and Manufacturing Division, TMS: Powder Materials CommitteeProgram Organizers: Ma Qian, The University of Queensland; Iver Anderson, The Ames Laboratory

Wednesday AM Room: Lone Star Salon CMarch 6, 2013 Location: Grand Hyatt

Session Chairs: Hilda Chikwanda, Council for Scientific and Industrial Research (CSIR); Kenong Xia, University of Melbourne

8:30 AMScience and Applications of Gradient Alloys Fabricated through Additive Manufacturing: Douglas Hofmann1; John-Paul Borgonia1; 1NASA JPL/Caltech

8:50 AM InvitedSelective Laser Melting of Low Modulus Titanium Alloys for Biomedical Applications: Lai-Chang Zhang1; Timothy Sercombe2; 1Edith Cowan University; 2The University of Western Australia

9:20 AM InvitedNear-Net-Shape Consolidation of Lightweight PM Materials: James Knapp1; 1Materion Brush Beryllium & Composites

9:50 AMMicrostructural and Mechanical Properties of Sintered and Extruded TiNi Alloys by Using TiNi Pre-Alloyed Powder with TiO2 Particles: Takayuki Yonezawa1; Tomohiro Yoshimura1; Junko Umeda2; Katsuyoshi Kondoh2; Ryouichi Souba3; 1Osaka University; 2Joining and Welding Research Institute, Osaka University; 3TERUMO Corporation

10:10 AM Break

10:30 AM InvitedHigh Density Powder Forming Using Dynamic Pressing DMC Technology: Bhanu Chelluri1; Edward Knoth1; 1IAP Research Inc

11:00 AM InvitedConsolidation of Blended Magnesium and Ceramic Powders by Microwave Heating: M. Ashraf Imam1; Arne Fliflet1; Ralph Bruce2; Peter Pao1; Jerry Feng1; 1Naval Research Lab; 2Vanderbilt University

11:30 AMSensitivity of the Tensile Ductility of Powder Metallurgy a, a+ß and Nearly ß Ti Alloys to Oxygen: Ya-Feng Yang1; K Kondoh2; Ma Qian1; 1University of Queensland; 2Osaka University

Pb-free Solders and Emerging Interconnect and Packaging Technologies: Sn Whiskering ISponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Electronic Packaging and Interconnection Materials CommitteeProgram Organizers: Nikhilesh Chawla, Arizona State University; Srinivas Chada, Whirlpool; Darrel Frear, Freescale Semiconductor; John Elmer, LLNL; Tae-Kyu Lee, Cisco Systems; Yan Li, Intel; Laura Turbini, Research In Motion; Kwang-Lung Lin, National Cheng Kung University; Sohoon Yoo, Korea Institute of Industrial Technology



8:30 AM InvitedStress and Microstructure Around Whisker-Forming Grains in Sn Coatings: Eric Chason1; Fei Pei1; Nitin Jadhav1; 1Div of Engineering

8:50 AMSn Whisker Mitigation by Introducing Various Thin Films as Diffusion Barrier: I Made Wahyu Diyatmika1; Jinn Chu1; Yee-wen Yen1; 1National Taiwan University of Science and Technology

9:10 AMStudy of Influencing Parameters on Growth of Zn Whiskers on Galvanized Steel in Electronic Components: Juan Manuel Cabrera Anaya1; Agnès Lina2; Patrick Favaro2; Yves Bréchet3; Marc Verdier3; Laurent Cretinon2; 1EDF R&D / INP Grenoble; 2EDF R&D; 3INP Grenoble

9:30 AM Break

9:50 AMCombinatorial Materials Science as an Alloy Screening Method for the Mitigation of Tin Whiskers in Pb-Free Electronics: Alfredo Díaz-González1; Pedro Quintero-Aguiló1; 1University of Puerto Rico at Mayaguez

10:10 AMEffect of Sn Whisker Mitigation by Addition of a Small Amount of Bi: Jung-Lae Jo1; Kyoko Hamasaki1; Toru Sugahara1; Masanobu Tsujimoto2; Katsuaki Suganuma1; 1Osaka University; 2Uyemura & Co., Ltd.


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Phase Transformation and Microstructural Evolution: General Phase Transformations: MaterialsSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Chemistry and Physics of Materials Committee, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Phase Transformations Committee, TMS: Process Technology and Modeling Committee, ASM: Alloy Phase Diagrams CommitteeProgram Organizers: Amy Clarke, Los Alamos National Laboratory; Sudarsanam Suresh Babu, Ohio State Univ; Rajarshi Banerjee, Univ of North Texas; John Morral, Ohio State Univ; Brian Gleeson, University of Pittsburgh; Carelyn Campbell, National Institute of Standards & Tech; Yongho Sohn, Univ of Central Florida; Yunzhi Wang, Ohio State University


Session Chairs: Adam Creuziger, National Institute of Standards and Technology; Kester Clarke, Los Alamos National Laboratory

8:30 AMFormation of the Nb2C Phase in the Nb-1Zr-0.1C Alloy: A Case of Interstitial Ordering: Raghvendra Tewari1; B. Vishwanadh1; Gautam Dey1; 1Bhabha Atomic Resrach Centre

8:50 AMIn Situ Raman Analysis of the Indentation Induced Phase Transformation of Crystalline and Amorphous Silicon: Yvonne Gerbig1; Chris Michaels1; Aaron Forster1; Santiago Solares2; Robert Cook1; 1NIST; 2University of Maryland

9:10 AMUncertainty Analysis in Orientation Distribution Functions: Adam Creuziger1; Komal Syed2; Thomas Gnaeupel-Herold2; 1National Institute of Standards and Technology; 2University of Maryland

9:30 AMOptical, Structural, and Electrical Properties of Vanadium Dioxide Grown on Sapphire Substrates with Different Orientations: Mohammad Nazari1; Yong Zhao1; Yanhan Zhu1; Ayrton Bernussi1; Zhaoyang Fan1; Mark Holtz1; 1Texas Tech University

9:50 AMThermodynamic in γ→ε Phase Transformation and γ→α’ Phase Transformation in Fe-Mn Alloy during Near-rapid Solidification: Qin Peng1; Changjiang Song2; Wenbin Xia2; Qijie Zhai2; 1RWTH Aachen; 2Shanghai Unviersity

10:10 AMMicrostructural Evolution of Alloy Steels: Simone Novarino1; Giorgio Scavino1; Graziano Ubertalli1; Paolo Matteis1; Donato Firrao1; 1Politecnico di Torino

Phase Transformation and Microstructural Evolution: Non-conventional Phase Transformation Paths: Part IIISponsored by:TMS Materials Processing and Manufacturing Division, TMS: Chemistry and Physics of Materials Committee, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Phase Transformations Committee, TMS: Process Technology and Modeling Committee, ASM: Alloy Phase Diagrams CommitteeProgram Organizers: Amy Clarke, Los Alamos National Laboratory; Sudarsanam Suresh Babu, Ohio State Univ; Rajarshi Banerjee, Univ of North Texas; John Morral, Ohio State Univ; Brian Gleeson, University of Pittsburgh; Carelyn Campbell, National Institute of Standards & Tech; Yongho Sohn, Univ of Central Florida; Yunzhi Wang, Ohio State University


Session Chairs: Hamish Fraser, The Ohio State University; Srikumar Banerjee, Bhabha Atomic Research Centre

8:30 AM InvitedAtomic Level Observations of Phase Transformations Occurring during Surface Hardening of TiAl: Fritz Appel1; 1Helmholtz Zentrum Geesthacht

9:00 AMControl of γ-TiAl Lamellae Precipitation from Supersaturated a2-Ti3Al Single Crystal by Local Plastic Straining: Yuichiro Koizumi1; Toshihiro Yamazaki1; Akihiko Chiba1; Hiroaki Nishiyama2; 1Tohoku University; 2Hokkaido University

9:20 AMEffect of Initial Microstructure on Fracture Toughness of 1200 MPa-Class High Strength Steel with Ultrafine Elongated Grain Structure: Meysam Jafari1; Warren Garrison1; Kaneaki Tsuzaki2; 1Carnegie Mellon University; 2National Institute for Materials Science (NIMS)

9:40 AMEffect of Microstructure on the Nitrogen Distribution in a Gas Nitrided Carbon Steel: Masato Yuya1; 1Sumitomo Metal Industries Ltd.

10:00 AM Break

10:10 AMBCC-HCP Transition in Fe: Effect of Stress on Transition Mechanisms and Lattice Preferred Orientations: Sebastien Merkel1; Ainhoa Lincot2; Sylvain Petitgirard3; Philippe Cardin2; 1Universite Lille 1; 2Université J. Fourier Grenoble; 3ESRF

10:30 AMMicrostructural Evolution of Cu/Nb Nanolaminates during Sliding Wear: Fuzeng Ren1; Aaron Dahlke1; Pascal Bellon1; Nathan Mara1; Irene Beyerlein1; 1University of Illinois at Urbana-Champaign

10:50 AMSelf-Organized Nanolayering Induced by Sliding Wear in Cu-Ag: Fuzeng Ren1; Salman Arshad1; Pascal Bellon1; Robert Averback1; 1University of Illinois at Urbana-Champaign

11:10 AMStrain-Induced Martensitic Transformation in Tensile/Compression Cyclic Deformations of Biomedical Co-Cr-Mo-N Alloy: Takuya Mitsunobu1; Yuichiro Koizumi1; Byoung-Soo Lee1; Akihiko Chiba1; 1Tohoku University

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11:30 AMGrain Size Evolution under Tribological Loading as a Function of Sliding Energy Density: Christian Greiner1; Peter Gumbsch1; 1Karlsruhe Institute of Technology

11:50 AMMicrostructure and Texture Evolution of Cu-Nb Nano-Laminates Subjected To HPT: Elvan Ekiz1; Timothy Lach1; Pascal Bellon1; Robert Averback1; Nathan Mara2; Mohsen Pouryazdan3; Horst Hahn3; 1University of Illinois Urbana Champaign; 2Los Alamos National Laboratory; 3Karlsruhe Institute of Technology

12:10 PMScaling Behavior of Shear Induced Mixing with Length Scale: Salman Arshad1; Timothy Lach1; Mohsen Pouryazdan2; Horst Hahn2; Pascal Bellon1; Shen Dillon1; Robert Averback1; 1University of Illinois at Urbana-Champaign; 2Karlsruhe Institut für Technologie (KIT) Institut für Nanotechnologie

Physical and Mechanical Metallurgy of Shape Memory Alloys: Magnetic and Fe-based Shape Memory AlloysSponsored by:TMS/ASM: Phase Transformations CommitteeProgram Organizers: Haluk Karaca, University of Kentucky; Ibrahim Karaman, Texas A&M University; Othmane Benafan, NASA Glenn Research Center; Ryosuke Kainuma, Tohoku University; Hans Jurgen Maier, Univ of Paderborn

Wednesday AM Room: Lone Star Salon BMarch 6, 2013 Location: Grand Hyatt

Session Chairs: Ibrahim Karaman, Texas A&M University; Yasukazu Murakami, Tohoku University

8:30 AMTEM Studies on Antiphase Boundaries in Magnetic Shape Memory Alloys: Yasukazu Murakami1; Hyun Soon Park2; Daisuke Shindo1; Ryosuke Kainuma1; 1Tohoku University; 2RIKEN

9:00 AMSegmented Twin Boundaries in 10M Modulated Ni-Mn-Ga Martensite: Robert Chulist1; Ladislav Straka2; Nataliya Lanska3; Aleksandr Soroka3; Carl-Georg Oertel1; Alexei Sozinov3; Werner Skrotzki1; 1TU Dresden; 2Aalto University School of Science and Technology; 3AdaptaMat Ltd.

9:20 AMCrystallography and Magnetic Field Induced Strain by Co Doping NiCoMnGa Heusler Alloy: Takuo Sakon1; Yoshiya Adachi2; Hiroyuki Nojiri3; Takeshi Kanomata4; 1Ryukoku University; 2Yamagata University; 3Tohoku University; 4Tohoku Gakuin University

9:40 AMIntra-Variant Boundary in Non-Modulated Ni-Mn-Ga: Brittany Muntifering1; Libor Kovarik2; Robert Pond3; Nigel Browning2; Peter Müllner1; 1Boise State University; 2Pacific Northwest National Laboratory; 3University of Exeter

10:00 AM Break

10:20 AMMetamagnetic Behavior in Polycrystalline NiCoMnAl Thin Film Alloys: Steven Rios1; Daniel Bufford1; Ibrahim Karaman1; Xinghang Zhang1; 1Texas A&M University

10:40 AMObservation of Strain Glass Transitions in Various Shape Memory Alloys: James Monroe1; Ibrahim Karaman1; Ryosuke Kainuma2; 1Texas A&M University; 2Tohoku University

11:00 AMEffects of Alloy Composition and Heat Treatment on Martensitic Transformation in Fe-Ni-Co-Ti-B Alloys: Doyup Lee1; Toshihiro Omori1; Ryousuke Kainuma1; 1Tohoku University

11:20 AMThe Effect of Nano-Precipitates on Superelastic Properties of FeNiCoAlTa Shape Memory Alloy Single Crystals: Ji Ma1; Billy Hornbuckle2; Gregory Thompson2; Ibrahim Karaman1; Zhiping Luo1; 1Texas A&M University; 2University of Alabama

11:40 AMCyclic Deformation Behavior of Aged FeNiCoAlTa Single Crystals: Philipp Krooß1; Thomas Niendorf1; Ibrahim Karaman2; Yuri Chumlyakov3; Hans Maier1; 1University of Paderborn; 2Texas A&M University; 3Tomsk State University

12:00 PMCharacterization of the Shape Memory Behavior of Single Crystalline FeNiCoAlNb Shape Memory Alloys: Ali Turabi1; Haluk Karaca1; Hirobumi Tobe1; Peizhen Li1; Burak Basaran1; Yuri Chumlyakov2; 1University of Kentucky; 2Tomsk State University

12:20 PMSuperelastic Response of a Single Crystalline FeMnAlNi Shape Memory Alloy: Li-Wei Tseng1; Ji Ma1; Ibrahim Karaman1; Zhiping Luo1; Y.I. Chumlyakovc2; 1Texas A&M university; 2Siberian Physical Technical Institute

REWAS 2013: Enabling Materials Resource Sustainability: Enabling Sustainability through Systems Modelling and Design, Life Cycle Management, LCA and Industrial EcologySponsored by: Chinese Society for Metals, The Mining and Materials Processing Institute of Japan (MMIJ), TMS Extraction and Processing Division, TMS: Recycling and Environmental Technologies CommitteeProgram Organizers: Christina Meskers, Umicore Precious Metals Refining; Anne Kvithyld, SINTEF; Markus Reuter, Outotec Oyj; Randolph Kirchain, Massachusetts Institute of Technology; Mark Schlesinger, Missouri University of Science and Technology; Gregory Krumdick, Argonne National Laboratory; Cong Wang, Saint-Gobain High Performance Materials; Gabrielle Gaustad, Rochester Institute of Technology; Diana A. Lados, Worcester Polytechnic Institute; Brajendra Mishra, Colorado School of Mines; Jeffrey S. Spangenberger, Argonne National Laboratory

Wednesday AM Room: 006AMarch 6, 2013 Location: Henry B. Gonzalez Convention CenterFunding support provided by: Xstrata; SINTEF; Outotec; Umicore, and CR3, the Center for Resource Recovery and Recycling Session Chairs: William Rankin, CSIRO; Diana A. Lados, Worcester Polytechnic Institute


8:35 AMA Green Urban Mobility System Solution from the EU Ingrid Project: Fabrizio D’Errico1; Marco Romeo2; Adamo Screnci3; 1Politecnico di Milano; 2CiaoTech - PNO Consultants Group; 3Mc Phy Energy

9:00 AMRecycling-Oriented Product Characterization for Electric and Electronic Equipment as a Tool to Enable Recycling of Critical Metals: Susanne Rotter1; Perrine Chancerel; Maximilian Ueberschaar; 1TU-Berlin

9:25 AM Break


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9:45 AMCritical Analysis of Existing Recyclability Assessment Methods for New Product in Order to Define a Reference Method: Elisabeth Maris1; Daniel Froelich; 1Institut Arts et Metiers Paris

10:10 AMRock Smelting of Copper Ores with Waste Heat Recovery: Terry Norgate1; Sharif Jahanshahi1; Nawshad Haque1; 1CSIRO

10:35 AMRe-Processing of Mining Waste: An Alternative Way to Secure Metal Supplies of European Union: Anne-Gwénaëlle Guezennec1; Françoise Bodenan1; Guillaume Bertrand1; Daniel Cassard1; Annabelle Fuentes1; Gael Bellenfant1; Patrick D’Hugues1; Maurice Save1; 1BRGM

11:00 AMPotential of Steelmaking Slag as New Phosphorous Resource in Terms of Total Materials Requirement.: Eiji Yamasue1; Kazuyo Matsubae2; Kenichi Nakajima3; Tetsuya Nagasaka2; 1Kyoto University; 2Tohoku University; 3National Institute for Environmental Studies

11:25 AMAssessing a Reclaimed Concrete Up-Cycling Scheme through Life-Cycle Analysis: Sylvain Guignot1; Yannick Menard1; 1BRGM

REWAS 2013: Enabling Materials Resource Sustainability: Enabling Sustainability through the Physics of Metals & Materials ProcessingSponsored by: Chinese Society for Metals, The Mining and Materials Processing Institute of Japan (MMIJ), TMS Extraction and Processing Division, TMS: Recycling and Environmental Technologies CommitteeProgram Organizers: Christina Meskers, Umicore Precious Metals Refining; Anne Kvithyld, SINTEF; Markus Reuter, Outotec Oyj; Randolph Kirchain, Massachusetts Institute of Technology; Mark Schlesinger, Missouri University of Science and Technology; Gregory Krumdick, Argonne National Laboratory; Cong Wang, Saint-Gobain High Performance Materials; Gabrielle Gaustad, Rochester Institute of Technology; Diana A. Lados, Worcester Polytechnic Institute; Brajendra Mishra, Colorado School of Mines; Jeffrey S. Spangenberger, Argonne National Laboratory


Funding support provided by: Xstrata; SINTEF; Outotec; Umicore, and CR3, the Center for Resource Recovery and Recycling Session Chairs: Gabriella Tranell, Norwegian University of Science & Technology; Markus Reuter, Outotec Oyj


8:35 AMRemoval of Heavy Metals from Water by Fly Ash from Coal and Steel Dust, Laboratory Tests: Francisco Carrillo-Pedroza1; Ma de Jesus Soria-Aguilar1; Antonia Martinez-Luevanos1; 1Universidad Autonoma de Coahuila

9:00 AMCyanide and Copper Recovery from Barren Solution of the Merrill Crowe Process: Jose Parga1; Jesus Valenzuela2; 1Technology Institute of Saltillo; 2Universidad de Sonora

9:25 AMNorthern Regions of Russia as Alternative Sources of Pure Water for Sustainable Development: Challenges and Solutions: Viacheslav Tsukerman1; Anton Gudkov1; Stanislav Ivanov1; 1KSC RAS

9:50 AM Break

10:10 AMSelective Extraction of Vanadium from the APV-Precipitated Waste Water: Cui Li1; Hong-Yi Li1; Chun-Bin Tu1; Tao Zhang1; Hai-Xing Fang1; Bing Xie1; 1Chongqing University

10:30 AMStudy of Modified Semi-Coke on the Advanced Treatment of Coking Wastewater’s Oil: Chao Liu1; Jiang Huang1; 1Development & Research Center of WISCO

10:55 AMPt-doped TiO2 Nanoparticles for Photocatalytic Degradation of Phenols in Wastewater: Mohamed Barakat1; 1KAU University

Solar Cell Silicon: Silicon Production and RefiningSponsored by:TMS Extraction and Processing Division, TMS Light Metals Division, TMS: Energy Conversion and Storage Committee, TMS: Recycling and Environmental Technologies CommitteeProgram Organizers: Gabriella Tranell, Norwegian University of Science and Technology; Arjan Ciftja, SINTEF; Shadia Ikhmayies, Al Isra University; Yulia Meteleva-Fischer, Materials innovation institute (M2i) / Delft University of Technology


Session Chairs: Gabriella Tranell, Norwegian University of Science & Technology; Yulia Meteleva-Fischer, Materials innovation institute (M2i) / Delft University of Technology


8:40 AMReactive Molecular Dynamic Studies on the Reaction Mechanisms of Carbothermal Silicon Production: Jan-Philipp Mai1; Gabriele Raabe2; Juergen Koehler2; 1JPM Silicon GmbH; 2University of Braunschweig - Institute of Technology

9:00 AMProduction of Silicon from Silica: Solid-Oxide-Membrane Based Electrolysis Process: Yihong Jiang1; JiaPeng Xu1; Brian Lo1; Uday Pal1; Soumendra Basu1; 1Boston University

9:20 AMCarbochlorination Reduction of Silica Oxides: Mei Song1; Meilong Hu1; Lu Liu1; Qingyu Deng1; Xuewei Lv1; Chenguang Bai1; 1Chongqing University

9:40 AMQuantifying Fracture Behavior of Polycrystalline Silicon Grown via Fluidized Bed Reactor: Mohamad Zbib1; David Bahr1; Matthew Miller2; 1Washington State University; 2REC Silicon

10:00 AM Break

10:20 AMChallenges in the Solar Grade Silicon Production through Metallurgical Processes: Jafar Safarian1; Gabriella Tranell1; 1Norwegian University of Science and Technology

10:40 AMSolar Grade Silicon Purification Using Liquid Phase Migration Technique: Kunitoshi Matsunaga1; Takeshi Yoshikawa1; Kazuki Morita1; 1The University of Tokyo

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11:00 AMAlloying Refining of Metallurgical Grade Silicon with Rare Earth Elements: Yulia Meteleva-Fischer1; Yongxiang Yang2; Rob Boom1; Bert Kraaijveld3; Henk Kuntzel3; 1Materials innovation institute (M2i) / Delft University of Technology; 2Delft University of Technology; 3RGS development B.V.

11:20 AMRemoval of Boron from Silicon by Reactive Gas Refining: Øyvind Sortland1; Merete Tangstad1; 1NTNU

11:40 AMEffect of Oxygen and carbon on Lifetime in Cz Silicon Pulled from Top-Cuts of Casted Multicrystalline Ingot: Song Zhang1; Eivind Øvrelid2; 1Norwegian University of Science and Technology; 2SINTEF

12:00 PMEffect of Impurities in Monocrystalline Silicon for Solar Cells: Michael Knudson1; Mari Juel2; Eivind Øvrelid2; Marisa Di Sabatino1; 1NTNU; 2SINTEF

Symposium on High Entropy Alloys: Alloy Development and ApplicationsSponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials Committee, TMS: Alloy Phases CommitteeProgram Organizers: Peter Liaw, The University of Tennessee; Gongyao Wang, University of Tennessee; M. Gao, National Energy Technology Laboratory ; S. Mathaudhu , U.S. Army Research Office


Session Chairs: Yoshihiko Yokoyama, Tohoku University; Hongbin Bei, Oak Ridge National laboratory

8:30 AM InvitedAutomatic Fabrication of High-Entropy Alloys and Their Properties: Yoshihiko Yokoyama1; Xie Xie2; James Antonaglia3; Michael Hemphill2; Tang Zhi2; Tao Yuan4; Gongyao Wang2; Che-Wei Tsai5; Jien-Wei Yeh5; Andrew Chuang2; Karin Dahmen3; Peter Liaw2; 1Tohoku University; 2University of Tennessee; 3University of Illinois at Urbana Champaign; 4Ohio University; 5National Tsing Hua University

8:55 AMSearch for Lower Density High Entropy Alloys: James Cotton1; Abraham Munitz2; Ryan Oliver3; Rodinei Gomes2; Gerald Bourne2; Michael Kaufman2; 1Boeing Research and Development; 2Colorado School of Mines; 3University of Wisconsin-Milwaukee

9:10 AM InvitedAssessing High Temperature Structural Application Potential of FCC Based HEAs: Young-Won Kim1; Sang-Lan Kim2; Christopher Woodward3; 1Gamteck; 2UES; 3AFRL

9:35 AM InvitedHigh Entropy Alloys in the Fe7W6 Frank-Kasper Phase Forming Family: Michael Widom1; 1Carnegie Mellon University

10:00 AM Break

10:15 AM InvitedFamilies of Multiple-Component Single-Phase Solid-Solution High Entropy Alloys: Hongbin Bei1; 1Oak Ridge National laboratory

10:40 AM InvitedHigh-Entropy Glassy Alloys Designed from Ti2Ni Structure Using Digitalized Crystallographic Database: Akira Takeuchi1; Junqiang Wang1; Na Chen1; Wei Zhang2; Yoshihiko Yokoyama2; Kunio Yubuta2; 1WPI-Advanced Institute for Materials Research, Tohoku University; 2Institute for Materials Research, Tohoku University

11:05 AMHigh-Entropy Alloy to Nitride Coatings Deposited by Reactive DC Sputtering: Kuo-Cheng Yang1; Chun-Yang Cheng1; Szu-Chien Tseng1; An-Chou Yeh1; Jien-Wei Yeh1; 1National Tsing Hua University

11:20 AMNon-Equilibrium and Equilibrium Phases in AlCoCrFeNi High-Entropy Alloys: Zhi Tang1; Oleg Senkov2; Chad Parish3; Lou Santodonato1; Daniel Miracle2; Gongyao Wang1; Chuan Zhang4; Fan Zhang4; Peter Liaw1; 1The University of Tennessee; 2Air Force Research Laboratory; 3Oak Ridge National Laboratory; 4CompuTherm LLC

Synergies of Computational and Experimental Materials Science II: Mechanical Behavior: Fatigue and FailureSponsored by:TMS Materials Processing and Manufacturing Division, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering CommitteeProgram Organizers: Katsuyo Thornton, University of Michigan; Thomas Buchheit, Sandia National Laboratories; Anthony Rollett, Carnegie Mellon University; David Rowenhorst, Naval Research Lab


Session Chairs: Anthony Rollet, Carnegie Mellon University; Robert Suter, Carnegie Mellon University


8:35 AM InvitedOn an Integrated Experimental and Computational Approach to Derive Phenomenological Equations to Predict Fracture Toughness in Titanium Alloys: Iman Ghamarian1; Brian Welk2; Hamish Fraser2; P. Collins1; 1University of North Texas; 2The Ohio State University

9:05 AMMicrostructure-Based Probabilistic Modeling of Life-Limiting Fatigue Mechanisms: Sushant Jha1; Christopher Szczepanski2; Robert Brockman3; Craig Przybyla2; Reji John2; James Larsen2; 1Air Force Research Laboratory/Universal Technology Corporation; 2US Air Force Research Laboratory; 3University of Dayton Research Institute

9:25 AM InvitedCombining X-Ray Microtomography with the Finite Elements Method to Study Damage and Cracking in Stuctural Materials: Henry Proudhon1; Jia Li1; Yoann Guilhem2; Lucien Laiarinandrasana1; Thilo Morgeneyer1; Wolfgang Ludwig2; Arjen Roos3; Samuel Forest1; 1MINES ParisTech; 2Universite de Lyon; 3ONERA

9:55 AM Break

10:10 AM InvitedHigh Energy X-Ray Diffraction Microscopy Combined with Tomography: Creating a Direct Link Between Mesoscale Computational Models and Experimental Measurements: Robert Suter1; 1Carnegie Mellon University


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10:40 AMDetermination of High Strain Rate Behavior of Steel Using Finite Element Analysis and High Strain Rate Experimentation: Jeremy Schreiber1; Tim Eden1; Ivi Smid1; 1Penn State

11:00 AMFailure Mode Prediction of a Resistance Spot Weld in Advanced High Strength Steels: Lili Zheng1; Yanli Wang1; Srdjan Simunovic1; Wei Zhang1; Zhili Feng1; 1Oak Ridge National Laboratory

11:20 AMModeling Bending of α-Titanium with Embedded Crystal Plasticity and Analytical Yield Surface Formulations in Implicit Finite Elements: Marko Knezevic1; Ricardo Lebensohn1; Oana Cazacu2; Benoit Revil-Baudard2; Gwénaëlle Proust3; Sven Vogel4; Michael Nixon5; 1Materials Science and Technology Division, Los Alamos National Laboratory; 2Department of Mechanical and Aerospace Engineering, University of Florida; 3School of Civil Engineering, University of Sydney; 4Los Alamos Neutron Science Center, Los Alamos National Laboratory; 5Air Force Research Laboratory, Munitions Directorate

11:40 AMCorrelating Microstructural Features with Dynamic Damage Nucleation: Veronica Livescu1; John Bingert1; Thomas Mason1; Daniel Mason2; Curt Bronkhorst1; 1Los Alamos National Laboratory; 2Brigham Young University

Three-Dimensional Materials Science VII: Specialty Session on Three-Dimensional ToolsSponsored by:TMS Structural Materials Division, TMS: Advanced Characterization, Testing, and Simulation CommitteeProgram Organizers: Jonathan Madison, Sandia National Laboratories; Nikhilesh Chawla, Arizona State University; Michael Groeber, Air Force Research Laboratory


Session Chairs: Jonathan Madison, Sandia National Laboratories; David Rowenhorst, Naval Research Laboratory


8:40 AM InvitedRoboMet.3D: A Fully Automated, Serial Sectioning System for 3D Microstructural Investigations: Murali Gorantla1; 1UES, Inc

9:05 AM InvitedUsing the TriBeam to Quantitatively Analyze CuW Composites: McLean Echlin1; Alessandro Mottura2; Tresa Pollock1; 1UC Santa Barbara; 2University of Birmingham

9:30 AM InvitedAn Open-Source Engine for the Processing of Electron Backscatter Patterns: Philippe Pinard1; Marin Lagacé2; Pierre Hovington2; Raynald Gauvin3; Silvia Richter1; 1RWTH Aachen University; 2Institut de recherche d’Hydro-Québec; 3McGill University

9:55 AM Break

10:05 AM InvitedDevelopment and Application of Novel Tools and Techniques for the Three-Dimensional Characterization of Numerous Complex Materials: John Sosa1; Daniel Huber1; Vikas Dixit1; Peter Collins2; Hamish Fraser1; 1The Ohio State University; 2University of North Texas

10:30 AM InvitedStochastic Segmentation of Material Images and Image Stacks: Emine Gulsoy1; Michael Jackson2; Mary Comer3; Jeff Simmons4; Marc De Graef5; 1Northwestern University; 2BlueQuartz Software; 3Purdue University; 4Air Force Research Laboratory; 5Carnegie Mellon University

10:55 AM InvitedDigital Representation Environment for the Analysis of Microstruccture in 3D (DREAM.3D): Michael Groeber1; Mike Jackson2; 1AFRL; 2BlueQuartz Software

11:20 AM InvitedFast Fourier Transform-Based Micromechanical Modeling of Polycrystals with Direct Input from 3-D Microstructural Images: Ricardo Lebensohn1; 1Los Alamos National Laboratory

11:45 AM Invited3D Image Based Modelling for Materials Applications: Philippe Young1; Kerim Genc2; Ali Abdul-Aziz3; Simon Richards; 1University of Exeter; 2Simpleware Ltd.; 3NASA Glenn Research Center

12:10 PM InvitedStudying Complex Microstructure Geometry and Topology with HEDM: An Adaptive, Forward Modeling Approach: S.F. Li1; Joel Bernier; Bryan Reed; Mukul Kumar; J. Lind; C.M. Hefferan; Robert Suter; Ulrich Lienert; 1Lawrence Livermore National Lab

2013 Functional Nanomaterials: Synthesis, Properties and Applications: Low-Dimensional Nanomaterials IISponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Nanomaterials CommitteeProgram Organizers: Seong Jin Koh, University of Texas at Arlington; Nitin Chopra, University of Alabama; Jiyoung Kim, University of Texas at Dallas; Yuanbing Mao, University of Texas-Pan American; Ashwin Ramasubramaniam, University of Massachusetts; Gregory Thompson, University of Alabama

Wednesday PM Room: 201March 6, 2013 Location: Henry B. Gonzalez Convention Center


Session Chairs: Jiyoung Kim, University of Texas; Yuanbing Mao, University of Texas-Pan American

2:00 PMCarbon Encapsulated Platinum Nanoparticles: Growth, Characterization, and Applications: Nitin Chopra1; Junchi Wu1; 1The University of Alabama

2:20 PMGreen Synthesis of Anisotropic CdSe Nanoparticles under Ambient Condition Via a Non -Phosphine Based Method: Vuyelwa Ncapayi1; Oluwafemi Oluwatobi1; Odey Akpa1; Sandile Songca1; 1Walter Sisulu University

2:40 PMSynthesis of Rhenium Nanoparticles by Gamma Irradiation: Jessika Rojas1; Carlos Castano1; 1Missouri University of Science and Technology

3:00 PMNon-Exponential Decay of Quantum Dot Photoluminescence: Karel Kral1; Miroslav Mensik2; 1Inst. Phys. ASCR, v.v.i.; 2Institute of Macromolecular Chemistry, ASCR

3:20 PM Break

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3:40 PMEnhanced Electrochemical Performance of Oxide-carbon Composite Nanofibers with Tunable Morphology: Qiang Li1; Aleksey Altecor1; Karen Lozano1; Yuanbing Mao1; 1University of Texas Pan-America

4:00 PMFluorinated Graphene as a Low-k Dielectric for Graphene Devices: Srikar Jandhyala1; Greg Mordi1; David Hinojos1; Hyunjung Shin2; Robert Wallace1; Jiyoung Kim1; 1University of Texas at Dallas; 2Kookmin University

4:20 PMApplication of Graphene Oxide to the Construction of Electrochemical Biosensor for Environmental Monitoring: Li Dan1; Haixia Tong1; Xin Li1; Zhenyu An1; Wenqi Li1; Wei Liu1; Xiaofeng Zhang1; Qian Wang1; 1Changsha University of Science and Technology

4:40 PMElectrochemical Biosensors Based on T-ZnO Nanostructures and ZnO Nanowires for Highly Sensitive and Real-time Detection of Glucose and Uric Acid: Yanguang Zhao1; Xiaoqin Yan1; Yue Zhang1; 1University of Science & Technology Beijing(USTB)

5:00 PM Concluding Comments Best Graduate Student Paper Award Talks

2013 Materials Innovation Plenary: Innovation in Materials & Manufacturing: 2013 Materials Innovation Plenary SessionSponsored by:TMS: Materials Innovation CommitteeProgram Organizers: Edward Herderick, EWI; Jud Ready, Georgia Institute of Technology

Wednesday PM Room: Lila Cockrell TheatreMarch 6, 2013 Location: Henry B. Gonzalez Convention Center

Funding support provided by: Georgia Institute of Technology.

Session Chairs: Edward Herderick, EWI; Jud Ready, Georgia Institute of Technology


2:05 PM InvitedInternational Space Station as an Innovation Laboratory: Materials Research and Beyond: Julie Robinson1; 1NASA Johnson Space Center -- International Space Station


2:40 PM InvitedThe National Network for Manufacturing Innovation: Frank Gayle1; 1NIST


3:15 PM InvitedNew Approaches to Manufacturing Innovation in DOE: Robert Ivester1; 1Department of Energy


3:50 PM InvitedIntegrated Computational Materials Engineering (ICME): A Study on ICME Implementation in the Aerospace, Automotive, and Maritime Industries: Tresa Pollock1; 1University of California Santa Barbara


4:25 PM Panel Discussion

4th International Symposium on High-Temperature Metallurgical Processing: Simulation and ModelingSponsored by:TMS Extraction and Processing Division, TMS: Energy Committee, TMS: Materials Characterization Committee, TMS: Pyrometallurgy CommitteeProgram Organizers: Tao Jiang, Central South University; Jiann-Yang Hwang, Michigan Technological University; Phillip Mackey, Consultant; Onuralp Yücel, ITU; Guifeng Zhou, Wuhan Iron and Steel

Wednesday PM Room: 008BMarch 6, 2013 Location: Henry B. Gonzalez Convention Center

Session Chairs: Mansoor Barati, University of Toronto; Xiaohui Fan, Central Sourth University

2:00 PMSimulations for Optimising Plant Flowsheets for Brownfield Improvements: Andrew Campbell1; Michael Reed1; 1WorleyParsons

2:20 PMStudy on Apprasial Model of Iron Ores Based on Multi-level Fuzzy Comprehensive Evaluation: Xiao-hui Fan1; Ying Li1; Xu-ling Chen1; 1The Central South University

2:40 PMThe Numerical Simulation and Application of Oxygen Lance in 120t BOF of PANSTEEL: Yong Chen1; Xin-teng Liang2; Jian-hua Zeng2; Gui-jun LI3; Sen-xiang Yang3; 1PANsteel Group Research Institute Co., Ltd. ; 2PANsteel Group Research Institute Co., Ltd.; 3Vanadium Recovery & Steelmaking Plant of PZH Steel

3:00 PMCFD Model Development for Gaseous Reduction of Iron Ore Fines Using Multilayer Moving-fluidized Bed: Huiqing Tang1; 1University of Science and Technology Beijing,Beijing

3:15 PMModelling the Hardening of Steel AISI 5115 by the Method Kuyucak: Eliana Agaliotis1; Mario Rosenberger2; Carlos Schvezov1; Gustavo Sanchez Sarmiento3; 1UNaM - CONICET; 2UNaM; 3UBA

3:30 PMDeformation Simulation of Copper Plates of Slab Continuous Casting Mold: Xiang-Ning Meng1; 1Northeastern University

3:50 PM Break

4:00 PMAn Estimation Model for the Viscosities of CaF2(-CaO)-Al2O3 Slags: Shi Guanyong1; Zhang Ting’an1; Niu Liping1; Dou Zhihe1; 1Northeastern University

4:20 PMNumerical Simulation of Slag Foaming in BOS Converter Steelmaking with Population Balance Modeling: Md Sattar1; Jamal Naser1; Geoffrey Brooks1; 1Swinburne University of Technology

4:35 PMThermodynamic Modeling of the CaO-FetO-CaF2 System for Application in Electroslag Remelting: Dmitri Nassyrov1; In-Ho Jung1; 1McGill University

4:55 PMDetermination of Liquidus Temperatures from Viscosity for CaO-Al2O3 Based Slags: Jifang Xu1; Lei Tang2; Minqi Sheng1; Jianchao Li3; Jieyu Zhang2; Kang Wan1; 1Soochow University; 2Shanghai University; 3Vocational and Industry Institute of Hebei


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5:15 PMNumerical Simulation of Electromagnetic Fields in Microwave Gas Heating System: Influence of the Dielectric Properties: Xiaobiao Shang1; Junruo Chen2; Nanshang Shen3; Yifeng Shi4; Bangqi Zhang4; Guo Chen5; Jinhui Peng6; 1Faculty of Mechanical and Electrical Engineering, Kunming University of Science and Technology,; 2Faculty of Mechanical and Electrical Engineering, Kunming University of Science and Technology; 3Yunnan Copper Industry (Group) Co Ltd.; 4Yunnan Copper Company Limited; 5Key Laboratory of Unconventional Metallurgy, Kunming University of Science and Technology; 6Key Laboratory of Unconventional Metallurgy,Kunming University of Science and Technology

5:35 PMResearch and Application of Intelligence Control System for Rotation Speed of Main Exhaust Fan in Sintering Plant: Li Qiang1; 1TISCO

5:40 PMNumerical Modelling of Oxygen Enriched Top-Blown Smelting Reduction Furnace: Qing Shan1; Wang Hua1; Yang Ni1; Li Wentao1; Wang Junyong1; 1Kunming University of Science and Technology

Advanced Materials and Reservoir Engineering for Extreme Oil & Gas Environments: Materials Challanges in Hostile EnvironmentsSponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Nanomaterials CommitteeProgram Organizers: Indranil Roy, Schlumberger; Brajendra Mishra, Colorado School of Mines; Manuel Marya, Schlumberger Technology Corporation; Kuo-Chiang Chen, Schlumberger; Partha Ganguly, Schlumberger; Richard Lewis, Schlumberger; Suveen Mathaudhu, U.S. Army Research Office; Nitin Chopra, The University of Alabama; Xinghang Zhang, Texas A&M University; Greg Kusinski, Chevron; John Meng, BP America Inc.; Jefferson Rodrigues, Petrobras; Justin Cheney, Scoperta

Wednesday PM Room: Lone Star Salon AMarch 6, 2013 Location: Grand Hyatt

Session Chairs: Rashmi Bhavsar, Schlumberger; JEFFERSON DE OLIVEIRA, Petrobras - CENPES

2:00 PM Introductory Comments Rashmi Bhavsar, Global Materials Metier Manager and Advisor, Schlumberger

2:10 PM KeynoteMicrostructure Engineering of the Heat Affected Zone of X80 Welds for Arctic Applications: Warren Poole1; Matthias Militzer1; 1The University of British Columbia

2:40 PMUltra-Deep Strong Acidizing and Sour Gas Environments: A Materials Evaluation: Dean Gambale1; 1Tantaline

3:00 PM InvitedStability and Reactivity of Iron Sulfide Films in Sour Environments: William Herbert1; Aravind Krishnamootry1; Minh Dinh1; Sidney Yip1; Krystyn Van Vliet1; Bilge Yildiz1; 1Massachusetts Institute of Technology

3:20 PMConcentration of Corroding Species Affecting pH of Active Solutions and Its Effect on Corrosion Rates: Experiments and Modeling: Jefferson Rodrigues1; Indranil Roy2; 1Petrobras; 2Schlumberger

3:40 PM Break

3:55 PM KeynoteMaterials Challenges in Hostile Environments for Hydrocarbon Recovery: Rashmi Bhavsar1; 1Schlumberger

4:25 PMHigh Strength Nickel Alloys for Extreme Oil and Gas Environments: Raul Rebak1; 1GE Global Research

4:45 PMGetting There and Staying There-Challenges to Materials in the HPHT Drilling and Completion Environments: Michael Freeman1; 1M-I SWACO

5:05 PMEffect of Tempering Treatment on Recovery Kinetics of Quenched and Tempered Steels: Santiago Serebrinsky1; Nicolás Romualdi1; Roberto Casanovas1; Martín Valdez1; Gustavo Kissner1; 1Tenaris

5:25 PMAssessing Susceptibility of Downhole Alloys to Embrittlement in Completions Brines: Tatiana Hernandez1; Indranil Roy; Virendra Singh; Manuel Marya; 1Schlumberger


Advanced Materials for Power Electronics, Power Conditioning, and Power Conversion: Wide Bandgap Semiconductor Device Processing and CharacterizationSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Energy Conversion and Storage Committee, TMS: Magnetic Materials CommitteeProgram Organizers: Paul Ohodnicki, National Energy Technology Laboratory; Clive Randall, Penn State University; Michael Lanagan, Penn State University; Michael McHenry, Carnegie Mellon University; Rachel Myers-Ward, Naval Research Laboratory

Wednesday PM Room: 007AMarch 6, 2013 Location: Henry B. Gonzalez Convention Center

Session Chairs: Rachael Myers-Ward, Naval Research Laboratory; Jennifer Hite, Naval Research Laboratory

2:00 PM Advisory: This Session Begins at 2:30 p.m.

2:30 PMCharacterization of ALD Beryllium Oxide as a Potential High-κ Gate Dielectric for AlGaN/GaN High Electron Mobility Transistors (HEMTs): Derek Johnson1; Jung Yum2; Christopher Bielawski2; Todd Hudnall3; Sanjay Banerjee2; H. Harris1; 1Texas A&M University; 2University of Texas at Austin; 3Texas State University

2:50 PMEffect of Oxidation on GaN Studied by Photoluminescence and Raman Spectroscopy: Gulten Karaoglan1; Vladimir Kuryatkov1; Sergey Nikishin1; Mark Holtz1; Mary Coan2; Derek Johnson2; Jung Woo2; Iman Rezanezhad2; Rusty Harris2; 1Texas Tech University; 2Texas A&M University

3:10 PM InvitedAdvanced Dielectric Integration in GaN High Frequency Devices: David Meyer1; 1Naval Research Laboratory

3:40 PM Break

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4:00 PMHigh-Temperature Si Electronics Based on Record-High Schottky Barriers: Meng Tao1; 1Arizona State University

4:20 PM InvitedHigh Energy Dielectrics for Pulse Power and Power Electronic Applications: Mike Lanagan1; Clive Randall1; 1Penn State University

Advances in Surface Engineering: Alloyed and Composite Coatings II: Engineered CoatingsSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Surface Engineering CommitteeProgram Organizers: Srinivasa Bakshi, Indian Institute of Technology Madras; Graham McCartney, University of Nottingham; Arvind Agarwal, Florida International University; Sandip Harimkar, Oklahoma State University

Wednesday PM Room: Bowie BMarch 6, 2013 Location: Grand Hyatt



2:00 PMThe Hardening Mechanism of Electrodeposited Nanocrystalline Ni-P Alloys During Post-electrodeposition Ageing: Hiroyuki Miyamoto1; Yosuke Kasazaki1; Hiroshi Fujiwara1; 1Doshisha University

2:20 PMElectrodeposition, Structure and Composition of Ternary Zn-Ni-P Alloys: Nikolai Boshkov1; Vassil Bachvarov1; Miglena Peshova1; 1Institute of Physical Chemistry, Bulgarian Academy of Sciences

2:40 PMGrowth and Structural Characterization of Dual Layer Nano− Microcrystalline Composite Diamond Coatings Deposited on WC−Co substrates: Ravikumar Dumpala1; Maneesh Chandran1; Kumaran Ramamoorthy1; Ramamoorthy Balakrishnan1; Sri Ramachandra Rao Mamidanna1; 1Indian Institute of Technology Madras

3:00 PMSurface Modification of Hard Alloys by High Current Pulsed Electron Beam Irradiation: Sheng Zhi Hao1; Yue Zhang1; Yang Xu1; Chuang Dong1; 1Dalian University of Technology

3:20 PMSurface Pretreatment of Galvanized Steel Sheets Relevant to Adhesion Performance of UV Curable Coatings: Liu Fengguo1; Wang Ying1; Xue Xiangxin1; 1Northeastern University

3:40 PM Break

3:55 PMProtective Silica-Based Coating for Aluminum 6092/SiCp Metal Matrix Composite in Chloride Media: Abdel Salam Makhlouf1; Feras Alfosail2; Zuhair Gasem2; 1Central Metallurgical Research and Development Institute; 2, King Fahd University of Petroleum & Minerals, Dhahran, Saudi Arabia

Alumina and Bauxite: ImpuritiesSponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizer: Pat Clement, Alcoa


Session Chair: Ajai Kumar, Sherwin Alumina Company, LLC


2:10 PMMetallic Impurities from the Mine to Metal Products: Stephen Lindsay1; 1Alcoa, Inc.

2:30 PMThe Control of Fluoride Concentration in ETI Alüminyum Bayer Refinery Liquor: Esra Savkilioglu1; Carl Carton2; Kemal Dinç1; Meral Baygül1; Serkan Ertugral1; Seyit Avcu1; 1ETI Alüminyum; 2Carton Consulting

2:50 PMBeneficiation of High Silica Bauxite Ores of India – An Innovative Approach: Mukesh Kumar1; Bimalananda Senapati1; C. Sateesh Kumar1; 1Vedanta Aluminium Limited

3:10 PMMorphological Investigation of Sodium Oxalate Crystals Grown in Aqueous Sodium Hydroxide Solution: Weng Fu1; James Vaughan1; 1University of Queensland

3:30 PMImpurities in Raw Gas and Secondary Alumina: Svetlana Kalyavina1; Arne Petter Ratvik1; Thor Anders Aarhaug2; 1NTNU; 2SINTEF


Aluminum Alloys: Fabrication, Characterization and Applications: Solutioning and AgingSponsored by:TMS Light Metals Division, TMS: Aluminum Processing CommitteeProgram Organizers: Zhengdong Long, Kaiser Aluminum; Subodh Das, Phinix LLC; Tongguang Zhai, University of Kentucky; William Golumbfskie, Naval Surface Warfare Center


Session Chair: Tongguang Zhai, University of Kentucky

2:00 PMGrain Boundary Plane Distribution in Aluminim and Aluminium Alloys: Valerie Randle1; Lisa Hill1; 1Swansea University

2:20 PMMicrochemistry of Grain Boundary Precipitates and Correlations with Stress Corrosion Cracking Resistance in Al 7079: Ramasis Goswami1; Ronald Holtz1; Stanley Lynch2; 1Naval Research Laboratory; 2Defence Science and Technology Organisation

2:40 PMGrowth Ledges on Silver-Segregated θ’ (Al2Cu) Precipitates: Julian Rosalie1; Laure Bourgeois2; 1National Institute for Materials Science; 2Monash University


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3:00 PMOn the Aging Behavior of AA2618 DC Cast Alloy: Peng Shen1; Emad Elgallad1; X. Grant Chen1; 1University of Quebec at Chicoutimi

3:20 PMExploring the Spatial Distribution of β Phase Precipitation and Corrosion in 5xxx Alloys: Daniel Satko1; Joshua Shaffer2; Surya Kalidindi3; 1Drexel University; 2Materials Resources, LLC; 3Georgia Institute of Technology

3:40 PM Break

4:00 PMInfluence of Elastic Stress Aging on the Precipitation Free Zones of an AA7075 Aluminum Alloy: Jingwu Zhang1; Wei Gou1; Meng Yang1; Hui Li1; Xiyu Wen2; 1Yanshan University; 2University of Kentucky

4:20 PMThe Effect of Cold Work on the Precipitation and Recrystallization Kinetics in Al-Sc-Zr Alloys: C.T. McNamara1; S. Kampe1; P.G. Sanders1; D.J. Swenson1; 1Michigan Technological University

4:40 PMAn Investigation of β-Phase Precipitation in Al-Mg Alloys during In-Situ TEM Heating/Straining Experiments: Daniel Scotto D’Antuono1; Jennifer Gaies2; William Golumbfskie2; Mitra Taheri3; 1Drexel University; 2Naval Surface Warfare Center; 3Drexel University

5:00 PMA Novel Solution Heat Treatment of 7075 -Type Alloy: Mohamed Ibrahim1; Agnes Samuel1; Saleh Alkahtani2; Fawzy Samuel1; 1UQAC; 2Salman bin Abdulaziz University

5:20 PMExperimental Study of the Al-rich Corner of the Al-Si-Ti System at 500\176C: Yang Li1; Qun Luo1; Jieyu Zhang1; Qian Li1; 1Shanghai University

5:40 PMThe Microstructure Evulution and Mechanical Property of Al-Si alloy with Sr Addition with Different Heat Treatment: Meng Wang1; Qingyou Han1; 1Purdue University

Aluminum Processing: Aluminum Processing IISponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizer: Kai Karhausen, Hydro Aluminium Rolled Products GmbH



2:00 PMThe Effect of Magnesium Content on Microstructure Evolution During Hot Deformation of Aluminum Alloys: Trevor Watt1; Shinya Yasuda2; Koji Ichitani2; Ken Takata3; Alex Carpenter4; Jakub Jodlowski5; Eric Taleff1; 1The University of Texas at Austin; 2Furukawa-Sky Aluminum Corp.; 3Nippon Steel Corp.; 4Southwest Research Institute; 5Schlumberger Technology Center

2:20 PMHigh Strength Nanostructured Al-Zn-Mg-Cu-Zr Alloy Manufactured by High-Pressure Torsion: Chao An1; Huimin Lu1; Shilai Yuan1; 1Beihang University

2:40 PMCorrosion Behavior of 2024 Aluminum Alloy Anodized in Sulfuric Acid Containing Inorganic Inhibitor: Maysam Mohammadi1; Ali Yazdani2; Farzad Mohammadi1; Akram Alfantazi1; 1University of British Columbia; 2Shiraz University

3:00 PMLaboratory Simulation of Wear during Hot Extrusion of Aluminium: Goran Kugler1; Milan Tercelj1; 1University of Ljubljana, NTF-OMM

3:20 PM Break

3:40 PMThe Production of Wrought Alloy AlSi30Cu1,5Mg1,2Ni1,5Fe0,8 with Ultrafine Structure: Marcin Szymanek1; Boguslaw Augustyn1; Wojciech Szymanski1; Dawid Kapinos1; 1Institute of Non-Ferrous Metals

4:00 PMThe Structure and Properties of Wrought Aluminium Alloys Series 6xxx with Vanadium for Automotive Industry: Marzena Lech-Grega1; Wojciech Szymanski1; Bartlomiej Plonka1; Sonia Boczkal1; Maciej Gawlik1; Mariusz Bigaj1; Piotr Korczak1; 1Institute of Non-Ferrous Metals

Aluminum Reduction Technology: Environment II: PFCsSponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizer: Mark Cooksey, CSIRO

Wednesday PM Room: Grand Ballroom C1March 6, 2013 Location: Henry B. Gonzalez Convention Center

Session Chair: Michael Gershenzon, Alcoa


2:05 PMA Study of Low Voltage PFC Emissions at Dubal: Michel Reverdy1; Abdalla Zarouni1; Ali Al Zarouni1; K Venkatasubramaniam1; 1DUBAL

2:30 PMContinuous PFC Emissions Measured on Individual 400kA Cells: David Wong1; Jerry Marks2; 1University of Auckland; 2J Marks & Associates LLC

2:55 PMPFC and CO2 Emissions from an Australian Aluminium Smelter Using Time-Integrated Stack Sampling and GC-MS, GC-FID Analysis: Paul Fraser1; Paul Steele1; Mark Cooksey1; 1CSIRO

3:20 PMInvestigation on Formation Mechanism of Non-Anode Effect Related PFC Emissions from Aluminum Reduction Cells: Xiping Chen1; Wangxing Li1; Chris Bayliss2; 1Zhengzhou Research Institute of Chalco; 2the International Aluminium Institute

3:45 PM Break

3:55 PMOn the Mechanism Behind Low Voltage PFC Emissions: Jomar Thonstad1; Sverre Rolseth2; Rudolf Keller2; 1Norwegian Univ. Sc. Technology; 2SINTEF Materials and Chemistry

4:20 PMFrequency Response Analysis of Anode Current Signals as a Diagnostic Aid for Detecting Approaching Anode Effects in Aluminum Smelting Cells: Cheuk-Yi Cheung1; Chris Menictas1; Jie Bao1; Maria Skyllas-Kazacos1; Barry Welch1; 1The University Of New South Wales

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4:45 PMReduction Strategies for PFC Emissions from Chinese Smelters: Xiping Chen1; Wangxing Li1; Chris Bayliss2; 1Zhengzhou Research Institute of Chalco; 2The International Aluminium Institute

5:10 PMOff-gas Analysis of Laboratory-Scale Electrolysis Experiments with Anodes of Various Compositions: Ole Kjos1; Thor Anders Aarhaug1; Egil Skybakmoen1; Asbjørn Solheim1; Henrik Gudbrandsen1; 1SINTEF

5:35 PMHydrolysis of Carbonyl Sulfide (COS) on Smelting Grade Alumina: Aleksandr Mikhonin1; Neal Dando1; Michael Gershenzon1; 1Alcoa

Battery Recycling: Battery RecyclingSponsored by:TMS Extraction and Processing Division, TMS Light Metals Division, TMS: Energy Conversion and Storage Committee, TMS: Recycling and Environmental Technologies CommitteeProgram Organizers: Gregory Krumdick, Argonne National Laboratory; Linda Gaines, Argonne National Laboratory; John Sullivan, Argonne National Lab


Session Chairs: Gregory Krumdick, Argonne National Laboratory; John Sullivan, Argonne National Laboratory


2:05 PMA Sustainable Design for a Spent Lithium-Ion Battery Pre-Recycling Process: Xue Wang1; Gabrielle Gaustad1; Callie Babbitt1; Chelsea Bailey1; 1Rochester Institute of Technology

2:30 PMBest Practices and Emerging Trends Shaping Future Battery Collection and Recycling Initiatives: Marcus Boolish1; 1Energizer Battery Manufacturing, Inc.

2:55 PMCost, Energy, Emissions, and Resource Assessment of the Production of Automotive Batteries: Michael Wang1; John Sullivan1; Danilo Santini1; Jennifer Dunn1; Kevin Gallagher1; Linda Gaines1; 1Argonne National Laboratory

3:20 PMDismantling (H)EV Battery Packs, an Integral Part of Umicore’s Recycling Solution: Mark Caffarey1; 1Umicore USA

3:45 PM Break

4:00 PMRecovery and Refunctionalization of LiFePO4 Cathode from End-of-Life Commercial Lithium Ion Batteries: Matthew Ganter1; Gabrielle Gaustad1; Callie Babbitt1; Brian Landi2; 1Golisano Institute for Sustainability, Rochester Institute of Technology; 2Chemical Engineering, Rochester Institute of Technology

4:25 PMModeling of Synergistic Effect of Cyanex 302 and D2EHPA on Separation of Nickel and Cadmium from Sulfate Leach Liquors of Spent Ni–Cd Batteries: Ehsan Vahidi1; Ataollah Babakhani2; Fereshteh Rashchi2; Alireza Zakeri3; 1University of South Florida; 2University of Tehran; 3Iran University of Science and Technology

4:50 PMRecycling of Exhaust Batteries in Lead-Foam Electrodes: Girolamo Costanza1; Maria Elisa Tata1; 1University of Rome “Tor vergata”

5:15 PMChloride Leaching of Spent Lead-Acid Battery Paste: Mohammad Mehdi Salarirad1; Atefe Sarvi1; Narges Bokaian1; 1Amirkabir University of Tech.

5:40 PMTechnical Status and Progress of Lead Recycling of Battery: Wei-feng Li1; Li-hua Jiang1; Jing Zhan1; Chuang-fu Zhang1; 1Central South University

Biological Materials Science Symposium: Hierarchical Composites and Biological Materials (Joint session with Hybrid and Hierarchically Structured Composites) Sponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Structural Materials Division, TMS: Biomaterials CommitteeProgram Organizers: Candan Tamerler, University of Washington; Molly Gentleman, Texas A & M University; Po-Yu Chen, National Tsing Hua University; Kajal Mallick, University of Warwick; Rajendra Kumar Kasinath, Unversity of Montana; Paul G. Allison, US Army Corp of Engineers



Session Chairs: Tomoko Sano, US Army Research Laboratory; Po-Yu Chen, National Tsing Hua University

2:00 PM InvitedInsect Joints: Hierarchical Biocomposites with Superior Mechanical and Tribological Properties: Mustafa Akbulut1; 1Texas A&M

2:30 PMHierarchical Structure and Mechanical Design of Natural Dermal Armors: Chang-Yu Sun1; Po-Yu Chen1; 1National Tsing Hua University

2:50 PMFinite Element Modeling of Multilayered Structures of Fish Scales: Mei Chandler1; Paul Allison1; Rogie Rodríguez2; Wayne Hodo1; Robert Moser1; Alan Kennedy3; 1US Army Engineer Research and Development Center, Geotechnical and Structures Laboratory; 2University of Puerto Rico-Mayaguez; 3US Army Engineer Research and Development Center, Environmental Laboratory

3:10 PMAxial Compression of a Hollow Cylinder Filled with a Foam: A Porcupine Quill Study: Wen Yang1; Joanna McKittrick1; 1University of California, San Diego

3:30 PM Break

3:40 PM InvitedBioinspired Composites Fabricated by Magnetic Freeze Casting: Joanna McKittrick1; Michael Porter; Pei-Chun Chiu; Po-Yu Chen; Marc Meyers; 1University of California, San Diego


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4:10 PMNature Inspired “Nacre-like” Ceramic-Polymer (SiC-PMMA) Composites: Valentina Naglieri1; Bernd Gludovatz1; Antoni Tomsia1; Robert Ritchie2; 1Lawrence Berkeley National Laboratory; 2University of California Berkeley

4:30 PMStatistical Model of Fracture in Double Network Gels: Mark Jhon1; 1Institute of High Performance Computing

4:50 PMEffect of Loading Rate on the Mechanical Response of Penetration Experiments on the Biological Multilayered Material System, Atractosteus Spatula Scales: P. G. Allison1; M.Q. Chandler1; B.A. Williams1; R.D. Moser1; A.J. Kennedy1; 1US Army Engineer Research & Development Center

5:10 PMThe Structure and Mechanics of a High-performance Armor: Fish Scales: Deju Zhu1; Lawrence Szewciw1; Franck Vernerey1; Francois Barthelat1; 1McGill University

5:30 PMWater-lubricated Surface as Deadly Trap: Composite Structure and Surface Properties of Insect-Eating Pitcher Plants: Chiao-Peng Hsu1; Po-Yu Chen1; 1National Tsing Hua University

Biological Materials Science Symposium: Nanoscale Systems and Surfaces for Biological InteractionsSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Structural Materials Division, TMS: Biomaterials CommitteeProgram Organizers: Candan Tamerler, University of Washington; Molly Gentleman, Texas A & M University; Po-Yu Chen, National Tsing Hua University; Kajal Mallick, University of Warwick; Rajendra Kumar Kasinath, Unversity of Montana; Paul G. Allison, US Army Corp of Engineers

Wednesday PM Room: 214CMarch 6, 2013 Location: Henry B. Gonzalez Convention Center


Session Chairs: Mohan Edirisinghe, University College of London; Jamie Kruzic, Oregon State University

2:00 PM KeynoteBiocompatible Nanoparticle Materials in Cancer Research: Xiaoyuan Chen1; 1National Institute of Biomedical Imaging and Bioengineering, National Institutes of Health

2:40 PMNanoparticle X-Ray Contrast Agents: Ryan Roeder1; Cole Lisa1; Matthew Meagher1; Tracy Vargo-Gogola1; Ryan Ross1; 1University of Notre Dame

3:00 PMPeptide-enabled Hybrid Gold Nanoprobes for Targeted Cell Bioimaging and Biosensing: Marketa Hnilova1; Nichole Shaw1; Meera Shenoy1; James Park1; Hilal Yazici1; Carolyn Gresswell1; Mustafa Gungormus1; Mehmet Sarikaya1; Candan Tamerler1; 1University of Washington

3:15 PM InvitedNanoparticles for Enzymatic Therapies: Sadik Esener1; Inanc Ortac1; Michael Benchimol1; 1UCSD

3:45 PM Break

3:55 PM InvitedInterferometric Reflectance Imaging Sensor: Detection and Classification of Nanoparticles and Viral Pathogens: Selim Unlu1; Carlos Lopez; 1Boston University

4:25 PMMatrix-Chaperone Technology: Coated MicroSpheres for the Preservation of Biospecimens Dry, at Ambient Temperature: Michael Hogan1; Tammy Beckham1; 1Texas A&M

4:45 PM InvitedAntibacterial Nanosized Silver Substituted Hydroxyapatite with Enhanced Mechanical Properties: Sumit Goenka1; Jatin Bhatt; 1Shanghai University

5:15 PMHierarchically Ordered Nanostructures from Functionalized Nano Building Blocks: Rahul Mavinkurve1; Jermaine Coffman1; Michael Klem1; Rajendra Kasinath1; 1Montana Tech of the University of Montana

5:35 PM InvitedGraphene Penetrates Cell Membranes Through Atomically Thin Corners and Edges: Huajian Gao1; 1Brown University

6:05 PMFibronectin Adhesion on Polystyrene Tissue Culture Plates: Sina Youssefian1; Shawn Regis2; Sankha Bhowmick2; Nima Rahbar1; 1Worcester Polytechnic Institute; 2University of Massachusetts - Dartmouth

6:20 PMEffect of Host Media on Microbial Influenced Corrosion Due to Desulfovibrio Desulfurican: Ajay Singh1; 1IIT Roorkee

6:40 PMVermiculite Powder Carrying Copper and Silver: A New Antibacterial Material: Bowen Li1; Jiann-Yang Hwang1; Susan Bagley1; 1Michigan Technological University

Bulk Metallic Glasses X: Simulation and ModelingSponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Peter Liaw, The University of Tennessee; Hahn Choo, The University of Tennessee; Yanfei Gao, The University of Tennessee; Gongyao Wang, University of Tennessee

Wednesday PM Room: Lone Star Salon DMarch 6, 2013 Location: Grand Hyatt


Session Chairs: Dan Miracle, AF Research Laboratory; Karin Dahmen, University of Illinois at Urbana Champaign

2:00 PMA Topological Approach to the Discovery of New High Glass-forming Alloys - The Effective Radius Ratio Method: Kevin Laws1; Daniel Miracle2; Karl Shamlaye1; Jake Cao1; John Scicluna1; Michael Ferry1; 1School of Materials Science and Engineering, University of New South Wales; 2United States Air Force Research Laboratory, Materials and Manufacturing Directorate

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2:15 PM InvitedAb Initio Calculations on Zr-Cu-Al Bulk Metllic Glasses: Wai-Yim Ching1; Yungfeng Shi2; Despina Louca3; Gongyao Wang4; Peter Liaw4; 1University of Missouri-Kansas City; 2Rensselaer Polytechnic Institute,; 3University of Virginia; 4University of Tennessee

2:35 PMAnalysis of Glass Forming Ability in Aluminum-Based Metallic Glasses Through Atomistic Modeling: David Riegner1; Logan Ward1; Wolfgang Windl1; Katherine Flores2; 1The Ohio State University; 2Washington University

2:50 PM InvitedA Computationally-Driven, Combinatorial Approach to Designing Metallic Glass Alloys: Logan Ward1; Peter Tsai2; Wolfgang Windl1; Kevin Laws3; Katharine Flores2; 1The Ohio State University; 2Washington University; 3University of New South Wales

3:10 PMLocalized Phase Transformation in Amorphous Fe-Si-B Ribbons Using Laser Processing: Atom Probe Analysis and Thermal Model Study: Shravana Katakam1; Arun Devaraj2; Mark Bowden2; Daniel Perea2; Hitesh Vora1; Jun Hwang1; Rajarshi Banerjee1; Suntharampillai Thevuthasan2; Narendra Dahotre1; 1University of North Texas; 2Pacific Northwest National Laboratory

3:25 PM Break

3:40 PM InvitedThe Effects of Potential and Chemical Ordering on Fragility of Liquids: James Morris1; Takeshi Egami2; 1Oak Ridge National Laboratory; 2University of Tennessee

4:00 PM InvitedSimple Models for Plastic Deformation and the Statistics of Serrations in the Stress Versus Strain Curves of Bulk Metallic Glasses: Karin Dahmen1; James Antonaglia1; Xie Xie2; Matthew Wraith1; Junwei Qiao3; Y Zhang4; Jonathan Uhl5; Peter Liaw2; 1University of Illinois at Urbana Champaign; 2University of Tennessee at Knoxville; 3Taiyuan University of Technology; 4University of Science and Technology of Beijing; 5Private

4:20 PM InvitedIntrinsic Ductility of Glassy Solids: Yunfeng Shi1; 1Rensselaer Polytechnic Institute

4:40 PMAtomistic Modeling of Shear Delocalization of Metallic Glasses under High Compressive Stress: Narumasa Miyazaki1; Masato Wakeda1; Fanqiang Meng2; Koichi Tsuchiya3; Shigenobu Ogata1; 1University of Osaka; 2University of Tsukuba; 3National Institute for Materials Science

4:55 PMPredicting the Production of Glass Former Alloys by Mathematical Simulation of Spray Forming: Claudemiro Bolfarini1; Regis Cava1; Walter Botta1; Claudio Kiminami1; 1Universidade Federal de São Carlos

Bulk Metallic Glasses X: Structures and Mechanical Properties IIISponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Peter Liaw, The University of Tennessee; Hahn Choo, The University of Tennessee; Yanfei Gao, The University of Tennessee; Gongyao Wang, University of Tennessee

Wednesday PM Room: Bowie AMarch 6, 2013 Location: Grand Hyatt


Session Chairs: Oleg Senkov, UES, Inc.; Wu Kai, Taiwan Ocean University

2:00 PM InvitedAir Oxidation of a Binary Cu64.5Zr35.5 Bulk Metallic Alloy at 573 – 723 K (300 – 450oC): Wu Kai1; W.S. Chen2; Y.H. Wu2; P.C. Kao2; P.C. Lin2; C. P. Chuang3; P. Liaw3; 1Institute of Materials Engineering, National Taiwan Ocean University,; 2Institute of Materials Engineering, National Taiwan Ocean University; 3Department of Materials Science and Engineering, University of Tennessee

2:20 PMMechanical Analysis of Structural Relaxation in Zr50Cu45Al5 Metallic Glass Ribbons by Broadband Nanoindentation Creep: Zenon Melgarejo1; Joseph Jakes2; Jinwoo Hwang1; Eren Kalay3; Matthew Kramer3; Paul Voyles1; Donald Stone1; 1University of Wisconsin-Madison; 2USA Forest Service; 3Iowa State University

2:35 PM InvitedCombinatorial Influence of Bimodal Size of B2 TiCu Compounds on Plasticity of Ti-Cu-Ni-Zr-Sn-Si Bulk Metallic Glass Composites: Seung Hwan Hong1; Ki Buem Kim1; 1Sejong University

2:55 PMEvaluation of Microstructure and Mechanical Properties of Nitrogen Doped ZrCuNiAl Thin Film Metallic Glasses: Jyh-Wei Lee1; Tzu-Pin Hsiao2; Yung-Chin Yang2; Chia-Lin Li3; Jinn Chu3; 1Ming Chi University of Technology; 2National Taipei University of Technology; 3National Taiwan University of Science and Technology

3:15 PMNanomechanics of BMGs at Elevated Temperature In Situ in the SEM: Jeffrey Wheeler1; Rejin Raghavan1; Johann Michler1; 1EMPA

3:30 PM Break

3:45 PM InvitedMonitoring of Deformation in Metallic Glasses by Electrical Resistance Measurement: Eun Soo Park1; 1Seoul National University

4:05 PMOxygen-Assisted Deformation Processes in Zr-Cu-Al Metallic Glasses Via First-principle Molecular Dynamics Simulation: Chun-Yi Wu1; Yunche Wang1; Pei-Ling Sun2; 1National Cheng Kung University; 2Feng Chia University

4:20 PM InvitedNotch Effect on Deformation and Fracture Behaviours of Bulk Metallic Glasses: Zhefeng Zhang1; Ruitao Qu1; 1Institute of Metal Research

4:40 PMShear Banding Evolution of Metallic Glasses: Rui Tao Qu1; Zhe Feng Zhang1; 1Institute of Metal Research, Chinese Academy of Sciences


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4:55 PMStudy on Fracture Strength Reliability of Mg-Zn-Ca Bulk Metallic Glasses: You Junhua1; Bai Xiaojun1; 1Shenyang University of Technology

Cast Shop for Aluminum Production: Aluminum Cast Shop IVSponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizer: Gyan Jha, Tri-Arrows Aluminum


Session Chair: Gyan Jha, Tri-Arrows Aluminum

2:00 PMInfluence of Die and Casting Temperatures and Titanium and Strontium Contents on the Technological Properties of Die-Cast A356 in the As-Cast and T6 Condition: Sebastian Fischer1; Veronika Groten1; Johannes Brachmann1; Carolin Fix1; Thomas Vossel1; Andreas Bührig-Polaczek1; 1RWTH Aachen University

2:20 PMMechanism of Microstructure Changes of Al-Si Casting Alloy Applying Ultrasonic Vibration: Jie Song1; Qingyou Han1; 1Purdue University

2:40 PMModeling and Simulation of Microstructure Evolution in Solidification and Solution Treatment of Hypoeutectic Al-Si Alloy: Shi Feng1; 1Tsinghua University

3:00 PMThe Influence of Tramp Elements to Heterogeneous Modification of AlSi7Mg- Alloys under High Purity Condition: Veronika Groten1; Andreas Bührig-Polaczek1; 1RWTH Aachen University

3:20 PM Break

3:40 PMHorizontal Single Belt Strip Casting (HSBC) of Al-Mg-Sc-Zr Alloys: Mert Celikin1; Donghui Li1; Luis Calzado1; Mihaiela Isac1; Roderick Guthrie1; 1McGill Metals Processing Centre

4:00 PMQuality Improvement of Aluminium Alloy Castings by Application of a New Casting Facility instead of a Conventional Sand Casting Process: Xiaojun Dai1; Mark Jolly1; Binxu Zeng1; 1Cranfield University

4:20 PMPreventing Molten Aluminium Water Explosions through the Use of Organic Coatings: Alex Lowery1; George Stavnes2; 1Wise Chem LLC; 2Pyrotek Inc

4:40 PMThe Particle Pushing Problem and Its Theory of Aluminum Alloy: Meng Wang1; Qingyou Han1; 1Purdue University

Characterization of Minerals, Metals and Materials 2013: Characterization of Advanced MaterialsSponsored by:TMS Extraction and Processing Division, TMS: Materials Characterization CommitteeProgram Organizers: Jiann-Yang Hwang, Michigan Technological University; Chen-Guang Bai, Chongqing University; John Carpenter, DOE LANL; Shadia Ikhmayies, Al Isra University; Bowen Li, Michigan technological University; Mingming Zhang, ArcelorMittal Global R&D; Sergio Monteiro, State University of North Rio de Janeiro; Zhiwei Peng, Michigan Technological University


Session Chair: Shadia Ikhmayies, Al Isra University

2:00 PMA Comparison between the Properties of SnO2:F Thin Films Prepared by Using Different Doping Compounds: HF and NH4F: Shadia Ikhmayies1; 1Al Isra University

2:20 PMAb-Initio Calculations of the Optical Properties of d-NbN Single Crystal: Shadia Ikhmayies1; Bothina Hamad2; Jamil Khalifeh2; 1Al Isra University; 2University of Jordan

2:40 PMInterface Phase Formation and their Mechanical Properties of Annealed U-Zr Binary Diffusion System: Chao-Chen Wei1; Robert Balerio1; Lin Shao1; 1Texas A&M University

3:00 PMPhase Equilibrium and Characterization Studies of Pentaglycerol, Tris(Hydroxymethyl)Aminomethane and 2-Amino-2-Methyl-1, 3-Propanediol Ternary Systems: Wen-Ming Chien1; Ivan Gantan1; Amrita Mishra1; Dhanesh Chandra1; Vamsi Kamisetty1; Prathyusha Mekala1; 1University of Nevada, Reno

3:20 PMPhotoluminescence of n-Type CdS Thin Films: Shadia Ikhmayies1; 1Al Isra University

3:40 PMPhotoluminescence of P-Type CdTe Thin Films: Shadia Ikhmayies1; 1Al Isra University

4:00 PMStructural and Electronic Properties of d-NbN Single Crystal: First Principles Calculations: Shadia Ikhmayies1; Bothina Hamad2; Jamil Khalifeh2; 1Al Isra University; 2University of Jordan

4:20 PMElectrochemical Characterization of Lead-Calcium Alloy in Agitated Zinc Electrowinning Electrolyte: Maysam Mohammadi1; Farzad Mohammadi1; Akram Alfantzai1; 1University of British Columbia

4:40 PMEffects of Rare Earth Pr on the Mechanical and Electrochemical Properties of Pb-based Alloys: Liangxing Jiang1; Bo Hong1; Xiaoying Yu1; Xiaocong Zhong1; Junfeng Gui1; Hongliang Zhang; Yanqing Lai1; Yexiang Liu1; 1Central South University

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5:00 PMSynthesis and Characterization of Pb Free Piezoelectric Ceramics - Barium Zirconate Titanate – Barium Calcium Titanate: Paul Praveen1; Kranti Kumar1; T.V. Jayaraman2; A R James3; Dibakar Das1; 1School of Engineering Sciences and Technology, University of Hyderabad; 2Department of Mechanical and Materials Engineering, University of Nebraska; 3Defence Metallurgical Research Laboratory, Hyderabad, India

5:20 PMVacuum Hot Pressing Sintering of the High- Dense BN-Ni Composites: Wang Chao1; 1Northeastern University

Characterization of Minerals, Metals and Materials 2013: Characterization of High Performance AlloysSponsored by:TMS Extraction and Processing Division, TMS: Materials Characterization CommitteeProgram Organizers: Jiann-Yang Hwang, Michigan Technological University; Chen-Guang Bai, Chongqing University; John Carpenter, DOE LANL; Shadia Ikhmayies, Al Isra University; Bowen Li, Michigan technological University; Mingming Zhang, ArcelorMittal Global R&D; Sergio Monteiro, State University of North Rio de Janeiro; Zhiwei Peng, Michigan Technological University


Session Chairs: Jian Li, CANMET; Lifeng Zhang, University of Science and Technology Beijing

2:00 PMCharacterizing Primary Dendritic Microstructures to Quantify the Processing-Structure-Property Relationship in Single Crystal Nickel-Based Superalloys: Mark Tschopp1; Andrew Oppedal1; Jon Miller2; Michael Groeber2; Andrew Rosenberger2; Kiran Solanki3; 1Mississippi State University; 2AFRL; 3Arizona State University

2:20 PMCreep Cavitation and Fracture in Single Crystal Superalloy: Jinqian Zhao1; Jiarong Li1; Shizhong Liu1; 1Beijing Institute of Aeronautical Materials

2:40 PMDeformation Mechanisms at Varying Temperatures in Alloy 718 Ni-Base Superalloy: Donald McAllister1; Duchao Lv1; Patrick Phillips2; Ning Zhou3; Ben Peterson4; Yunzhi Wang1; Michael Mills1; 1The Ohio State University; 2University of Illinois at Chicago; 3GE Global Research Center; 4Honeywell Aerospace

3:00 PMEffects of Microstructure on High Temperature Crack Growth under Sustained Load in a Nickel Based Superalloy: Yongmin Lu1; Hangyue Li1; Zewen Huang1; Gavin Baxter2; Paul Bowen1; 1University of Birmingham; 2Rolls-Royce plc

3:20 PMInvestigation of Negative Creep in a Polycrystalline Ni-based Superalloy: Hallee Deutchman1; Jay Tiley2; Robert Hayes3; Michael Mills1; 1The Ohio State University; 2Materials and Manufacturing Directorate, Wright Patterson US Air Force Base; 3Metals Technology, Inc

3:40 PMMetallurgical Characterization of Two Different Samples of Waspaloy, Presenting Variation on Chemical Composition, Microstructure, and Hardness: Miguel Neri1; Alberto Martinez-Villafane1; Caleb Carreno-Gallardo1; Alma Gonzalez-Escarcega1; Octavio Covarrubias-Alvarado2; 1CIMAV, S.C.; 2FRISA FORJADOS S.A. de C.V.

4:00 PMThe Impact of γ’ Precipitate Evolution on the Mechanical Properties of Microstructural Gradients in the Low Solvus High Refractory (LSHR) Nickel Base Superalloy: Samuel Kuhr1; Babu Viswanathan2; Jaimie Tiley2; Hamish Fraser1; 1The Ohio State University; 2Air Force Research Laboratory

4:20 PMX-Ray Imaging of the Solidification of Nickel-Based Superalloy CMSX4: John Aveson1; Guillaume Reinhart2; Henri Nguyen-Thi2; Nathalie Magnelinck-Noël2; Amina Tandjaoui2; Tamzin Lafford3; Neil D’Souza4; Bernard Billia2; Howard Stone1; 1University of Cambridge; 2Aix Marseille Univ & CNRS IM2NP; 3European Synchrotron Radiation Facility; 4Rolls-Royce plc.

4:40 PMCombined Cavitation and Slurry Erosion of 16Cr-5Ni Martensitic Stainless Steel: H J Amarendra1; Gajanan Chaudhari1; Sameer Nath1; 1Indian Institute of Technology Roorkee

5:00 PMMicrostructure and Mechanical Properties of Bulk Nanocrystalline 304 Stainless Steel Prepared by an Aluminothermic Reaction Casting and Followed Annealing: Peiqing La1; Ting Shi1; Chengang Chu1; 1Lanzhou University of Technology

5:20 PMSCW Corrosion Resistance of Candidate Stainless Steels: Jian Li1; Wenyue Zheng1; Penttila S.2; Pei Liu1; Catherine Bibby1; 1CanmetMATERIALS; 2VTT

Computational Thermodynamics and Kinetics: Phase Field SimulationsSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Materials Processing and Manufacturing Division, TMS: Alloy Phases Committee, TMS: Chemistry and Physics of Materials Committee, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Phase Transformations Committee, TMS: Process Technology and Modeling CommitteeProgram Organizers: Jörg Neugebauer, Max-Planck-Institut für Eisenforschung GmbH; Carelyn Campbell, NIST; Dongwon Shin, Oakridge National Lab; Zi Kui Liu, Penn State; Michael Demkowicz, Massachusetts Institute of Technology; Raymundo Arroyave, Texas A & M University; Shenyang Hu, Pacific Northwest National Laboratory


Session Chairs: Shenyang Hu, Pacific Northwest National Laboratory; James Warren, NIST

2:00 PM InvitedA Phase-Field Crystal Model Coupled to a Vapor Phase: Edwin Schwalbach1; James Warren1; Kuo-An Wu2; Peter Voorhees3; 1NIST; 2National Tsing Hua University; 3Northwestern University


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2:25 PMAn Arbitrary Lagrangian-Eulerian (ALE) Method for Thermal and Dispersed-Phase Analysis of Nano Fluid Using CFD-A Hybrid Approach for Cooling Purpose: France Kumar Behera1; 1Konark Institute of Science and Technology

2:40 PMA PFC Study of Thermodynamical Quantities on Rapid Solidification and Solute Trapping: Harith Humadi1; Jeff Hoyt1; Nikolas Provatas2; 1McMaster University; 2McGill University

2:55 PMPhase-Field Simulations of Magnetic Response in Irradiated Fe-Cr Alloys with Distributed Cr Rich Precipitates: Yulan Li1; Shenyang Hu1; John McCloy1; Charles Henager1; Robert Montgomery1; 1Pacific Northwest National Laboratory

3:10 PM Break

3:35 PM InvitedComputational Study of Microstructure and Property Relations in Ferroelectric Polycrystals: Yu Wang1; Jie Zhou1; 1Michigan Tech

4:00 PMFluctuations in Phase Field Crystal Models Using Capillary-Wave Theory: Nana Ofori-Opoku1; Jeffrey Hoyt1; Nikolas Provatas2; 1McMaster University; 2McGill University

4:15 PMEffects of Additive Elements on Lamellar Structure Formation in C40-NbSi2/C11b-MoSi2 Duplex Silicide: A First Principles Based Phase-Field Study: Toshihiro Yamazaki1; Yuichiro Koizumi1; Akihiko Chiba1; Koji Hagihara2; Takayoshi Nakano2; Koretaka Yuge3; Kyosuke Kishida3; Haruyuki Inui3; 1Tohoku University; 2Osaka University; 3Kyoto University

Cost Affordable Titanium IV: Low Cost Powder Processing and CharacterizationSponsored by:TMS Structural Materials Division, TMS: Titanium CommitteeProgram Organizers: M. Ashraf Imam, Naval Research Lab; Sam Froes, University of Idaho (Retired); Ramana Reddy , The University of Alabama


Session Chairs: Peter Collins, University of North Texas; Kamal Akhtar, International Titanium Powder

2:00 PM InvitedRecent Progress in the Development of Titanium alloys Processed using Low Cost ADMA TiH2 Powder: Curt Lavender1; Vineet Joshi1; Vladimir Moxon2; Vlad Duz2; 1Pacific Northwest National Laboratory; 2ADMA Advanced Materials

2:20 PM InvitedCritical Experimental Results for Cost Affordable Titanium – From Powder to Applications: Peter Collins1; Graciela Penso1; Peyman Samimi1; Juah Song1; Thomas Ales1; Pete White1; 1University of North Texas

2:40 PM InvitedSintering of Ti in Hydrogen – Striving for High Performance-to-Cost Ratio: Zhigang Fang1; Pei Sun1; 1University of Utah

3:00 PMDeveloping a Cost Affordable Technology Via PM HIP of Ti Alloys: Victor Samarov1; 1Synertech PM Inc.

3:20 PM Break

3:40 PMControlled Atmosphere Sintering of Hydrides: An Alternative Route to Produce Ultrafine Grained Titanium by Powder Metallurgy Processes: Brady Butler1; James Paramore; Pei Sun; Zhigang Fang; 1US Army Research Lab

4:00 PMEffects of Lubrication on Density Gradient of Titanium Powder Compact: Jia Lou1; Brian Gabbitas1; Deliang Zhang1; 1The University of Waikato

4:20 PMFracture Toughness of Powder Metallurgy and Wrought Titanium Alloys – A Review: Ajit Singh1; Brian Gabbitas1; Deliang Zhang1; 1University of Waikato

4:40 PMTiCuSi and TiCuSiBAlloys Produced by Powder Forging and Heat Treatment: Xiaolin Wu1; Wei Xu1; Ya Feng Yang2; Shudong Luo2; Ma Qian2; Kenong Xia1; 1The University of Melbourne; 2The University of Queensland

5:00 PMEffects of Processing Parameters on Macrozone Formation in Ti-6Al-4V Alloys: Kai Zhang1; Xinhua Wu1; Colleen Bettles1; Chris Davies1; 1Monash Univ

5:20 PMThe Effect of P2O5 Content on the Crystallization Behaviors of Ti-Bearing Blast Furnace Slag Using Single Hot Thermocouple Technique: Sun Qi1; Z.T. Zhang1; 1Peking University

Deformation, Damage, and Fracture of Light Metals and Alloys: Deformation, Damage, and Fracture of Light Metals and Alloys Session VSponsored by:TMS Light Metals Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Ke An, Oak Ridge National Laboratory; Qizhen Li, University of Nevada, Reno


Session Chair: Suveen Mathaudhu, U.S. Army Research Office

2:00 PM InvitedInfluence of the Grain Size and Initial Texture on the Yield and Hardening Behaviors of a Mg Alloy: Hahn Choo1; Yi Wang1; 1Univ of Tennessee

2:30 PMCharacterization of Deformation Anisotropy and Damage in AZ31 alloy: Babak Kondori1; Amine Benzerga1; 1Texas A&M University

2:50 PMEffects of Initial Texture on Surrounding Plasticity around Fatigue Crack-tip in a Wrought Magnesium Alloy Using In-Situ Synchrotron X-ray Diffraction Measurements: Wei Wu1; Chih-Pin Chuang1; Ke An2; Yanfei Gao1; Peter Liaw1; 1The University of Tennessee; 2Oak Ridge National Laboratory

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3:10 PMECAP Deformations of Mg Single Crystals: Hiromoto Kitahara1; Fumiaki Maruno1; Masayuki Tsushida1; Shinji Ando1; 1Kumamoto University

3:30 PMInvestigation and Characterization of the Mechanical and Thermal Properties of Ultra-Light Mg-Li-Al Alloys: Ryan Hooper1; Zachary Bryan1; Abhinav Seetharamiah1; Michele Manuel1; 1University of Florida

3:50 PM Break

4:00 PMMechanical Properties and Microstructure of Pure Magnesium Experienced Rolling and Annealing: Qizhen Li1; Bing Tian1; 1University of Nevada, Reno

4:20 PMOOrientation Dependence of Bending Deformation Behavior in Magnesium Single Crystals: Shinji Ando1; Hiromoto Kitahara1; 1Kumamoto University

4:40 PMAtomic-Scale Growth Mechanism of {-1012}-Type Twins in Magnesium: Ben Xu1; David Rodney1; Laurent Capolungo2; 1INP Grenoble; 2Georgia Tech Lorraine

5:00 PMEffect of Microstructural Factors on Damping Capacity in Pure Magnesium: Hiroyuki Watanabe1; Yasuyoshi Sasakura2; Toshiji Mukai2; 1Osaka Municipal Technical Research Institute; 2Kobe University

5:20 PMDynamic Micro-Strain Observation of the Ultrafine-Grained Al-Mg Alloy Using Digital Image Correlation Technique: Yuzheng Zhang1; Troy Topping2; Enrique Lavernia2; Steven Nutt1; 1University of Southern California; 2University of California, Davis

Electrode Technology for Aluminium Production: CBF Environmental & Anode Electrical ConnectionsSponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizers: Les Edwards, Rain CII Carbon; Hans Darmstadt, Rio Tinto Alcan; Sunil Bhajun, Qatalum; Juraj Chmelar, Hydro; Matvey Golubev, Rusal; Pretesh Patel, Light Metals Research Centre; Elaine Sum, Rio Tinto Alcan; Marc Gagnon, Aluminerie Alouette


Session Chair: Marc Gagnon, Alouette

2:00 PM Introductory Comments and Session Chair Introduction

2:05 PMFume Treatment Systems Based on RTO Technology for Carbon Baking Furnaces: Matthias Hagen1; Bernd Schricker1; 1LTB

2:30 PMAHEX-A New, Combined Waste Heat Recovery and Emission Control System for Anode Bake Furnaces: Anders Sorhuus1; Sivert Ose1; Geir Wedde1; 1Alstom

2:55 PMSuccessful Start-Up of the Fume Treatment Centre at Boyne Smelter Carbon Bake Furnace #4: Jonathan Higley1; Glenn Cordon1; Peter Klut2; Rick Oliana2; Erik Dupon3; Edo Engel3; 1Boyne Smelters Limited; 2Danieli Corus BV; 3Danieli Corus Technical Services

3:20 PMThermo-Electro-Mechanical Characterization of Anode Interfaces at Operating Conditions: Hugues Fortin1; Marie-Hélène Martin2; Nédeltcho Kandev1; Guillaume Gauvin3; Donald Ziegler2; Mario Fafard3; 1Hydro-Quebec; 2Alcoa; 3Université Laval

3:45 PM Break

3:55 PMA Fully Coupled Thermal-Electrical-Mechanical Transient FEA Model for a 3D Anode Assembly: Dayalan Gunasegaram1; David Molenaar1; 1CSIRO

4:20 PMExperimental and Numerical Investigation of Voltage Drop in Anode Assemblies: Ebrahim Jeddi1; Daniel Marceau1; Laszlo Kiss1; Lyne St-Georges1; Denis Laroche2; Lyès Hacini2; 1Université du Québec à Chicoutimi; 2Rio Tinto Alcan

4:45 PMOptimization of the Anode-Stub Contact: Effect of Casting Temperature, Contact Stress, Temperature and Surface Roughness: Bjarte Oye1; Anne Store1; Elin Haugland2; Jørund Hop2; 1SINTEF; 2Hydro Aluminium

5:10 PMExperimental Investigation of Factors Affecting The Electrical Performance of the Stub to Carbon Connection: David Molenaar1; Tony Kilpatrick1; Alex Montalto2; 1CSIRO; 2RMIT University

Electrode Technology for Aluminium Production: Inert Anodes, Cell Materials and Alternative ProcessesSponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizers: Les Edwards, Rain CII Carbon; Hans Darmstadt, Rio Tinto Alcan; Sunil Bhajun, Qatalum; Juraj Chmelar, Hydro; Matvey Golubev, Rusal; Pretesh Patel, Light Metals Research Centre; Elaine Sum, Rio Tinto Alcan; Marc Gagnon, Aluminerie Alouette


Session Chair: Elaine Sum, Rio Tinto Alcan


2:05 PMMechanically Alloyed Cu-Ni-Fe-Y Material as Inert Anode for Al Production: Valery Ouvarov1; Daniel Guay1; Lionel Roue1; 1INRS University

2:30 PMCold Spray Deposition of Mechanically Alloyed Cu-Ni-Fe Material for Application as Inert Anodes for Aluminum Production: Gregory Goupil1; Sebastien Helle1; Eric Irissou2; Dominique Poirier2; Jean Gabriel Legoux2; Daniel Guay1; Lionel Roué1; 1INRS-EMT; 2CNRC


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2:55 PMInitial 1000A Aluminum Electrolysis Testing in Potassium Cryolite-Based Electrolyte: John Hryn1; Olga Tkacheva1; Jeff Spangenberger1; 1ANL

3:20 PMElectrochemical Behavior of Cermet Anodes in Na3AlF6-K3AlF6-Based Low-Melting Electrolytes for Aluminum Electrolysis: Guihua Wang1; Xiaofei Sun1; 1University of Science and Technology Beijing

3:45 PM Break

3:55 PMProduction of Aluminum Sulfide through Carbosulfidation Utilising H2S: Md Huda1; M Rhamdhani1; G Brooks1; B Monaghan2; L Prentice3; 1Swinburne University of Technology; 2University of Wollongong; 3CSIRO

4:20 PMMicrostructural Evolution of Cast Iron Used for Cathode Rodding in Aluminum Electrolysis Cell: Alireza Hekmat-Ardakan1; Gervais Soucy1; Loig Rivoaland2; 1Université de Sherbrooke; 2Rio Tinto Alcan


4:45 PMPreparing Al-Sc-Zr Alloys in Aluminum Electrolysis Process: Yi Qian1; Jilai Xue1; 1Unversity of Science and Technology Beijing

Energy Technologies and Carbon Dioxide Management: Carbon Footprint AnalysisSponsored by:TMS Extraction and Processing Division, TMS Light Metals Division, TMS: Energy Committee, TMS: Education CommitteeProgram Organizers: Soobhankar Pati, MOxST Inc.; Animesh Jha, University of Leeds; Jaroslaw Drelich, Michigan Technological University; Neale Neelameggham, Ind LLC; Cong Wang, Saint-Gobain High Performance Materials; Leon Prentice, CSIRO


Session Chairs: Neale Neelameggham, Ind LLC; Leon Prentice, CSIRO


2:05 PMCarbon Foot Printing - A Tool to Identify Improvement Areas in GHG Reduction: Narasimharaghavan Puliyur Krishnaswamy1; Neha Sahu1; 1Bharat Aluminium Co. Ltd., (A Unit of Vedanta Resources Plc.,), BALCO Nagar, Korba

2:25 PMMeasuring the CO2 Captured on Bauxite Residue Carbonation: Luis Venancio1; José Antonio Souza1; Emanuel Macedo1; Otacílio Dias1; Iara Santos1; 1Federal University of Para

2:45 PMStudy on Capture, Recovery and Utilization of Carbon Dioxide: Lian Zhou1; Huimin Lu1; Panpan Wang1; 1Beihang University

3:05 PMCarbon Footprint and Carbon Deficit Analysis of Iron and Steel Industry from 1991 to 2010 in China: Xin Lu1; Hao Bai1; Hebin Zhu1; Fuming Wang1; 1University of Science and Technology Beijing

3:30 PM Break

3:55 PMThe Life Cycle Assessment of Metal Materials Used for Automobile Body Materials and Castings: Hongxu Li1; Zhiqian Zhang1; Xiangxin Hao1; 1University of Science and Technology

4:15 PMIt Is Rocket Science: the Engineering and Impact of Carbothermal Magnesium Technology: Leon Prentice1; 1CSIRO

Fatigue and Fracture of Thin Films and Nanomaterials: Deformation and Strengthening Mechanisms of NanomaterialsSponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials Committee, TMS: Nanomechanical Materials Behavior CommitteeProgram Organizers: Megan Cordill, Erich Schmid Institute of Materials Science; Daniel Kiener, Montanuniversitaet Leoben; Xinghang Zhang, Texas A &M University ; Daniel Gianola, University of Pennsylvania ; Corinne Packard, Colorado School of Mines

Wednesday PM Room: Bowie CMarch 6, 2013 Location: Grand Hyatt


Session Chairs: Megan Cordill, Erich Schmid Institute of Materials Science; Xinghang Zhang, Texas A &M University

2:00 PM InvitedExploring the Ductility of Nanocrystalline Metals: Brad Boyce1; John Sharon1; 1Sandia National Labs

2:30 PMSynthesis, Characterization and Mechanical Behavior of Nanocrystalline Al-O Thin Films: Mo-Rigen He1; Patrick Malone1; Gang Feng2; Saritha Samudrala3; Julie Cairney3; Daniel Gianola1; 1University of Pennsylvania; 2Villanova University; 3University of Sydney

2:50 PMMechanical Behavior of Nanostructured Cu/Fe Multilayers: Youxing Chen1; Yue Liu1; Xinghang Zhang1; 1Texas A&M University

3:10 PMInterface Structures in Al/Nb and Cu/Nb Nanocomposites: M Polyakov1; A Hodge1; 1University of Southern California

3:30 PM Break

3:50 PM InvitedNanoindentation of Mineralized Tissues: Current Experimental Methods and Analysis: Virginia Ferguson1; Sara Campbell2; 1Colorado School of Mines; 2University of Colorado, Boulder

4:20 PMFailure of Nanoscale Tensile Samples Observed by Quantitative In Situ TEM Testing: Daniel Kiener1; Petra Kaufmann1; Andrew Minor2; 1University of Leoben; 2University California Berkeley

4:40 PMMicrospecimen Testing of the Mechanical Properties of Nanoporous Metals: Nicolas Briot1; Tobias Kennerknecht2; Chris Eberl2; John Balk1; 1University of Kentucky; 2Fraunhofer Institute for Mechanics of Materials IWM

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5:00 PMTrue Quantitative Scanning Probe Microscopy for Nanoscale Mechanics: Douglas Stauffer1; Yunje Oh1; Ryan Major1; S.A. Syed Asif1; 1Hysitron, Inc.

Fatigue in Materials: Microstructure-Driven Modeling and In-Situ Fatigue Characterization: Fatigue in Advanced Materials & Environmental EffectsSponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Michael Sangid, Purdue University; Tongguang Zhai, University of Kentucky; Antonios Kontsos, Drexel University


Session Chair: Tony Zhai, University of Kentucky

2:00 PM InvitedUnderstanding Fatigue and Corrosion-Fatigue Behavior by In Situ 3D X-ray Synchrotron Tomography: Nikhilesh Chawla1; 1Arizona State University

2:25 PM InvitedFatigue Behavior of Bulk-Metallic Glasses: Peter Liaw1; Gongyao Wang1; Yoshihiko Yokoyama2; Xiaoqing Jin3; Leon Keer3; Akihisa Inoue2; 1University of Tennessee; 2Advanced Research Center of Metallic Glasses; 3Northwestern University

2:50 PMIn-Situ Characterization of Fatigue Behavior of Metastable Austenitic Steels Using Electromagnetic Acoustic Transducers: Dietmar Eifler1; Marek Smaga1; Andreas Sorich1; Iris Altpeter2; Gerd Dobmann2; 1University of Kaiserslautern, Institute of Materials Science and Engineering; 2Fraunhofer Institute for Non-Destructive Testing,

3:10 PM InvitedA Two-Parameter Model for Fatigue Strength Estimation of High-Strength Steels in Very-High-Cycle-Fatigue Regime: Chengqi Sun1; Youshi Hong1; 1Institute of Mechanics, Chinese Academy of Sciences

3:35 PM Break

3:55 PM InvitedEffect of Heat Treatment on Fatigue Behavior and Mechanical Properties of Al 7021-T6: Yasser Ahmed1; 1German University in Cairo

4:20 PMMicro Heterogonous Fatigue Cracking Behavior in Dual Phase Materials: Guocai Chai1; 1Sandvik Materials Technology

4:40 PMMicro Structural Model to Analyze Fatigue Behavior on Open Cell Metal Foam: Hernan Pinto1; Sanjay Arwade2; 1Pontificia Universidad Católica de Valparaíso; 2University of Massachusetts Amherst

5:00 PMEffect of Tempering on the Fatigue Resistance of a 5160 Spring Steel: Diego Lozano1; Rafael Mercado-Solís1; 1Universidad Autónoma de Nuevo León

Friction Stir Welding and Processing VII: Friction Stir Welding: Light Materials IISponsored by:TMS Materials Processing and Manufacturing Division, TMS: Shaping and Forming CommitteeProgram Organizers: Rajiv Mishra, University of North Texas; Murray Mahoney, Retired from Rockwell Scientific; Yutaka Sato, Tohoku University; Yuri Hovanski, Pacific Northwest National Laboratory; Ravi Verma, General Motors


Session Chairs: Blair Carlson, General Motors; Kevin Doherty, US Army Research Laboratory; Brian Thompson, EWI

2:00 PM InvitedFriction Stir Spot Welding of Aluminum to Magnesium Alloy Sheets: Wei Yuan1; Harsha Badarinarayan1; 1Hitachi America Ltd.

2:20 PMOn Friction Stir Welding of Mg–Zn-Zr-RE Alloy using Threaded Tools for Aerospace Application: Manas Mahapatra1; S.P Madavan1; Kumar Pradeep1; 1Indian Institute of Technology Roorkee

2:40 PMEffect of Process Conditions on Friction Stir Spot Welding of ZEK100 Mg Alloy: Harish Rao1; J Jordon1; 1The University of Alabama

3:00 PMEvolution of Micro-Texture in Friction Stir Processed Mg-4Y-3RE Alloy: Nilesh Dendge1; Nilesh Kumar1; Deep Choudhuri1; J Hwang1; Rajiv Mishra1; Rajarshi Banerjee1; 1University of North Texas

3:15 PMMagnesium-based Surface Composite Via Friction Stir Processing: Shamiparna Das1; Rajiv Mishra1; Kevin Doherty2; Kyu Cho2; Bruce Davis3; Rick DeLorme4; 1University of North Texas; 2U.S. Army Research Laboratory; 3Magnesium Elektron ; 4Magnesium Elektron

3:30 PM Break

3:45 PMEffect of Initial Microstructure on the Microstructural Evolution and Joint Efficiency of a WE43 Alloy during Friction Stir Welding: Sivanesh Palanivel1; Rajiv Mishra2; B. Davis3; R. DeLorme3; Kevin Doherty4; Kyu Cho4; 1Department of Materials Science and Engineering, University of Texas; 2Department of Materials Science and Engineering, University of North Texas; 3Magnesium Elektron North America Inc.; 4U.S. Army Research Laboratory, Materials and Manufacturing Science Division

4:00 PMMicrostructure in Dissimilar Friction Spot Weld of Al to Mg Alloys Observed by Stop-Action Technique: Uceu Suhuddin1; Vanessa Fischer1; Jorge dos Santos1; 1Helmholtz-Zentrum Geesthacht

4:20 PMMicrostructure and Mechanical Properties of Dissimilar Friction Stir Welds between AA6061 and AZ31 Alloy Sheets: Kwang-jin Lee1; Sang-Hyuk Kim1; Kee-Do Woo2; 1Korea Institute of Industrial Technology; 2Chonbuk National University

4:40 PMEffect of Corrosion in NaCl-Based Solutions on the Mechanical Properties of Friction-Stir Welded AZ31B Sheet: Joseph McDermid1; Joseph Kish1; Jennifer Thuss1; 1McMaster University


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5:00 PMMetallurgical Characterization of Friction Stir Welded Aluminum Matrix Composites: Issac Dinaharan1; Santhiyagu Joseph Vijay1; Kumaravel Kalaiselvan2; B Ashok Kumar3; Natarajan Murugan4; 1Karunya University; 2K.S.Rangasamy College of Technology; 3Erode Builder Educational Trust’s Group of Institutions; 4Coimbatore Institute of Technology

5:20 PMMicrostructural Gradients and Intermetallic Compounds in Friction Stir Welding of Dissimilar Metals: Erin Patterson1; Yuri Hovanski2; David Field1; 1Washington State University; 2Pacific Northwest National Laboratory

5:35 PMOptimization of Wear Rate of Friction Stir Welded Al-B4C Composite: Kalaiselvan Kumaravel1; Murugan Natarajan1; 1K.S.Rangasamy College of Technology

Frontiers in Solidification Science: Microstructure Formation II: SimulationSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Solidification CommitteeProgram Organizers: Andre Phillion, University of British Columbia; Silvere Akamatsu, Institut des Nanosciences de Paris; Christoph Beckermann, The University of Iowa; Michel Rappaz, Ecole Polytechnique Federale de Lausanne

Wednesday PM Room: Lone Star Salon FMarch 6, 2013 Location: Grand Hyatt


Session Chairs: Silvere Akamatsu, CNRS - UPMC; Alain Karma, Northeastern University

2:00 PM InvitedModelling Late Stage Solidification: Nikolas Provatas1; Rameez Ashraf2; David Montiel2; Nana Ofori-Opoku2; Vahid Fallah3; Jonathan Stolle2; 1McGill University; 2McMaster University; 3Waterloo

2:30 PM InvitedPhase-Field Simulations and Geometrical Analysis of Cellular Solidification Fronts: Mathis Plapp1; Yiwen Ma1; 1CNRS/Ecole Polytechnique

3:00 PMPhase-Field Approaches to Anisotropic Eutectic Solidification: Laszlo Granasy1; Tamas Pusztai1; Gyula Toth1; 1Wigner Research Centre for Physics

3:20 PMPhase-Field Simulation of Dendrite Fragmentation: Christoph Beckermann1; 1University of Iowa

3:40 PM Break

3:50 PMPhase Field Modeling of Spiral Eutectic Dendrites: Tamás Pusztai1; László Rátkai1; Attila Szállás1; László Gránásy1; 1Wigner Research Centre for Physics

4:10 PM InvitedLiquid Metal Embrittlement: Linking Small Scale Wetting Phenomena and Mesoscopic Pattern Formation: Robert Spatschek1; Claas Hueter1; Fabian Twiste1; Efim Brener2; Joerg Neugebauer1; 1Max-Planck-Institut fuer Eisenforschung; 2Forschungszentrum Juelich

4:40 PMMesoscopic Modeling of Thermosolutal Equiaxed Dendrites: Valerio De Felice1; Miha Založnik1; Hervé Combeau1; Christoph Beckermann2; 1Institut Jean Lamour; 2University of Iowa

5:00 PMComputational Study of Competitive Grain Growth and Dendritic Microstructure Selection in Alloy Directional Solidification: Damien Tourret1; Alain Karma1; 1Northeastern University

5:20 PMCombined Phase Field – Lattice Boltzmann Simulation of Dendritic Solidification with Fluid Flow and Solid Particle Motion: Dmitry Medvedev1; Oleg Shchyglo1; Fathollah Varnik1; Ingo Steinbach1; 1ICAMS, Ruhr University Bochum

5:40 PMA Three-dimensional Lattice Boltzmann-Cellular Automaton Model for Dendritic Solidification under Convection: Mohsen Eshraghi1; Bohumir Jelinek1; Sergio Felicelli1; 1Mississippi State University

Hume-Rothery Award Symposium: Electronic Structure Theory of Stability and Bonding in Alloys: Semiconductor AlloysSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Alloy Phases CommitteeProgram Organizer: Chris Wolverton, Northwestern University


Session Chairs: Stephan Lany, NREL; Stefan Mueller, Technische Universität Hamburg-Harburg (TUHH)

2:00 PM InvitedUnderstanding of the Electronic, Optical, and Defect Properties of Cu2ZnSn(S,Se)4 Alloys for Thin-Film Solar Cell Absorbers: Su-Huai Wei1; 1National Renewable Energy Lab

2:30 PM InvitedSemiconductor Alloy Calculations: Electronic Structures, Isoelectronic Defect States and Atomic Structure Ordering: Lin-Wang Wang1; 1Lawrence Berkeley National Laboratory

3:00 PM InvitedAll-Electron Electronic Structure Accuracy for Real Materials and Molecules: Volker Blum1; Matthias Scheffler1; 1Fritz Haber Institute

3:30 PM Break

3:50 PM InvitedThermodynamic Theory of Epitaxial Alloys: First-Principles Mixed-Basis Cluster Expansion of (In, Ga)N Alloy Film: Zhe Liu1; 1Monash University

4:20 PM InvitedThermal Conductance at Atomically Clean and Disordered Silicon/Aluminum Interfaces: Kwiseon Kim1; Sreekant Narumanchi1; Woon-Ih Choi1; 1National Renewable Energy Lab

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Magnesium-based Biodegradable Implants Symposium: Alloy DevelopmentSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Light Metals Division, TMS Structural Materials Division, TMS: Biomaterials Committee, TMS: Magnesium CommitteeProgram Organizers: Candan Tamerler, University of Washington; Wim Sillekens, European Space Agency

Wednesday PM Room: 214DMarch 6, 2013 Location: Henry B. Gonzalez Convention Center


Session Chairs: Jaroslaw Drelich, Michigan Tech; Frank Witte, Hannover Medical School

2:00 PMDensity-Functional Theory (DFT) Study on the Alloying Element Effects of Biodegradable Magnesium Alloys: Marjan Nezafati1; Chang-Soo Kim1; 1University of Wisconsin Milwaukee

2:20 PMDesign and Investigation of the Oxidation Behavior and Degradation Rates of Self-Passivating Mg Alloys: Ida Berglund1; Harpreet Brar1; Jordan Ball1; Josephine Allen1; Benjamin Keselowsky1; Malisa Sarntinoranont1; Michele Manuel1; 1University of Florida

2:40 PMMagnesium-based Alloys for Application in Biomedical Implants: Telma Matias1; Claudemiro Bolfarini1; Bruno Ramasco1; Gabriel Asato1; 1Universidade Federal de São Carlos

3:00 PMImproved Cell Viability, Corrosion Behavior, and Mechanical Properties of Mg-Zn and Mg-Y Based Polycrystalline Alloys for Orthopedic Applications: Prashant Kumta1; Daeho Hong1; Da-Tren Chou1; Partha Saha1; Oleg Velikokhatnyi1; 1University of Pittsburgh

3:20 PMStudy on the Cell Viability and Cell Adhesion of MgZnCa Alloys: Christopher Smith1; Zhigang Xu1; Jenora Waterman1; Jagannathan Sankar1; 1North Carolina A&T State University

3:40 PM Break

4:00 PMInfluence of Neodymium and Heat Treatment on the Mechanical and Corrosive Properties of Cast Mg10Gd Base Alloy: Petra Maier1; Chamini Mendis2; Gerhard Tober1; Christian Ruback1; Maria Kuttig1; Norbert Hort2; 1University of Applied Sciences Stralsund; 2Helmholtz-Zentrum Geesthacht

4:20 PMBiodegradable Mg-Zn-Y Alloys with Long-Period Stacking Ordered Structure: Mechanical Properties and In Vitro Degradation Rate: Jian Xu1; Xu Zhao1; Ling-ling Shi1; 1Institute of Metal Research, Chinese Academy of Sciences

4:40 PMDevelopment of Biodegradable Mg Alloys for Orthopedic Applications.: Hyung-Seop Han1; Young-Yul Kim2; Yu-Chan Kim1; Hyun-Kwang Seok1; Seok-Jo Yang3; 1Korea Institute of Science and Technology; 2The Catholic University; 3Chungnam National University

5:00 PMIn Vivo Evaluation of Mg Alloy Scaffold for Bone Tissue Engineering: Xingguo Cheng1; 1Southwest Research Institute

5:20 PMMgNd2 – A Future Resorbable Magnesium Based Implant Material?: Jan-Marten Seitz1; Danielle Fau2; Rainer Eifler1; Jessica Stahl3; Manfred Kietzmann3; Friedrich-Wilhelm Bach1; 1Leibniz Universität Hannover; 2University of Pennsylvania; 3Stiftung Tieraerztliche Hochschule Hannover

5:40 PMBiodegradable Magnesium Alloys for Cardiovascular Applications: Waseem Haider1; Edgar Munoz1; Kevin Corona1; Zia ur Rahman1; Luis Pompa1; 1University of Texas Pan American

Magnesium Technology 2013: Wrought Materials II Sponsored by:TMS Light Metals Division, TMS: Magnesium CommitteeProgram Organizers: Norbert Hort, Helmholtz-Zentrum Geesthacht; Suveen Mathaudu, US Army Research Office; Neale Neelameggham, IND LLC; Martyn Alderman, Magnesium Elektron


Session Chairs: Julian Rosalie, National Institute for Materials Science; Jennifer Hay, Agilent Technologies

2:00 PMInvestigation of Mechanical Properties and Deformation Behavior of CaO Added Mg-6Zn-1.2Y Sheets: Hyun Kyu Lim1; Young-Ok Yoon1; Shae K. Kim1; 1Korea Institute of Industrial Technology

2:20 PMRecrystallization Behavior of a MgAlCa Alloy during Thermomechanical Processing And Subsequent Heat Treatment: Victoria Miller1; Tresa Pollock1; 1University of California Santa Barbara

2:40 PMTemperature-Dependent Forming Limit Surface (FLS) for Warm/Hot Forming of Magnesium Alloy Sheets: Fadi Abu-Farha1; 1Clemson University

3:00 PMThe Influence of Deformation Mechanisms on Rupture of AZ31b Magnesium Alloy Sheet at Elevated Temperatures: Aravindha Antoniswamy1; Alexander Carpenter1; Jon Carter2; Louis Hector2; Eric Taleff1; 1University of Texas at Austin; 2General Motors Corporation

3:20 PMInfluence of Temperature and Rolling Speed on Twin Roll Cast Strip: Gerrit Kurz1; Lennart Stutz1; Dietmar Letzig1; Karl Kainer1; 1Helmholtz-Zentrum Geesthacht

3:40 PM Break

4:00 PMMathematical Modeling of the Effect of Roll Diameter on the Thermo-Mechanical Behavior of Twin Roll Cast AZ31 Magnesium Alloy Strips: Amir Hadadzadeh1; Mary Wells1; 1University of Waterloo

4:20 PMA Multi-Stage Approach for Predicting Fatigue Damage in Friction Stir Spot Welded Joints of Mg AZ31 Alloy: Harish Rao1; J Jordon1; 1The University of Alabama


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4:40 PMFriction Stir Forging (FSF) and Friction Stir Back Extrusion (FSBE) of Mg AZ31B-F: A Preliminary Investigation: Fadi Abu-Farha1; 1Clemson University

5:00 PMMicrostructure Modification and Performance Improvement of Mg-RE Alloys by Friction Stir Processing: Yujuan Wu1; L. M Peng1; F.Y. Zheng1; X.W. Li1; D.J. Li1; W.J. Ding1; 1Shanghai Jiao Tong University

5:20 PMIncreasing Volume Fraction of Precipitates and Strength of a Mg-Zn-Y Alloy by Pre-Aging Deformation: Julian Rosalie1; Hidetoshi Somekawa1; Alok Singh1; Toshiji Mukai2; 1National Institute for Materials Science; 2Kobe University

5:40 PMInverse Strain Rate Sensitivity of Bendability of an AZ31 Sheet in Three-Point Bending: Bin Li1; Stephen Horstemeyer1; Andrew Oppedal1; Paul Wang1; Mark Horstemeyer1; 1Center for Advanced Vehicular Systems

Magnetic Materials for Energy Applications -III: Rare Earth Magnets Sponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Energy Committee, TMS: Energy Conversion and Storage Committee, TMS: Magnetic Materials CommitteeProgram Organizers: Sivaraman Guruswamy, University of Utah; Thomas Woodcock, IFW Dresden; Yongmei Jin, Michigan Technological University; Raju Ramanujan, Nanyang Technological University; Frank Johnson, GE Global Research; Oliver Gutfleisch, Technische Universität Darmstadt


Session Chairs: Jeff Shield, University of Nebraska, Lincoln; Yongmei Jin, Michigan Tech

2:00 PM InvitedInterfaces at the Atomic Scale in Nd-Fe-B Permanent Magnets: Thomas Woodcock1; Gino Hrkac2; Quentin Ramasse3; Thomas Schrefl4; Oliver Gutfleisch5; 1IFW Dresden; 2University of Sheffield; 3SuperSTEM Facility; 4St. Pölten University of Applied Sciences; 5TU Darmstadt

2:35 PMPerformance and Endurance of Nd-Fe-B Sintered Magnets in E-Motor Application Conditions: Martina Moore1; Ralph Sueptitz1; Margitta Uhlemann1; Annett Gebert1; Ludwig Schultz1; Oliver Gutfleisch2; 1IFW Dresden; 2TU Darmstadt

2:55 PMDevelopment of High Energy Product Permanent Magnets through Different Additions in Sm-Co System: Xiujuan Jiang1; Najla Zogheib1; Jeffrey Shield1; 1University of Nebraska-Lincoln

3:15 PMGrain Boundary Micromagnetism Characterization of Nd-Fe-B Sintered Magnet by Synchrotron Radiation Magnetic Circular Dichroism: Tetsuya Nakamura1; Tomoki Fukagawa2; Sepehri Hossein3; Takeshi Nishiuchi2; Tomohito Maki2; Yoshinori Kotani1; Yasuo Narumi4; Hiroyuki Nojiri4; Kazuhiro Hono3; Toyohiko Kinoshita1; Satoshi Hirosawa3; 1Japan Synchrotoron Radiation Research Institute (JASRI); 2Hitachi Metals, Ltd.; 3National Institute for Materials Science; 4Institute for Materials Research, Tohoku University

3:45 PM Break

4:00 PMInvestigation of Coercivity Mechanisms in High Performance (Nd,Dy)-Fe-B Permanent Magnets with Core-Shell Structure: Konrad Löwe1; T. Woodcock2; Christoph Brombacher3; Matthias Katter3; Oliver Gutfleisch1; 1Technical University Darmstadt; 2IFW Dresden; 3Vacuumschmelze GmbH & Co. KG

4:30 PMSingle Grain and Textured Sub-Micron Particles of Nd2Fe14B for the Preparation of High Energy Density Nanocomposite Magnets: Santosh Pal1; Ludwig Schultz1; Oliver Gutfleisch2; 1IFW Dresden; 2T U Darmstadt

4:50 PMTuning the Electrical Resistivity in Hot-Deformed Nd-Fe-B Magnets: Simon Sawatzki1; Imants Dirba2; Ludwig Schultz2; Oliver Gutfleisch1; 1TU Darmstadt; 2IFW Dresden

5:10 PMThe Temperature Dependence of Magnetic Properties in(Sm0.12Co0.88-

yFey)100-2xTixCx Ferromagnets: Xiujuan Jiang1; Jeffrey Shield1; 1University of Nebraska-Lincoln

Materials and Fuels for the Current and Advanced Nuclear Reactors II: Structural Materials IISponsored by:TMS Structural Materials Division, TMS/ASM: Corrosion and Environmental Effects Committee, TMS/ASM: Nuclear Materials CommitteeProgram Organizers: Ramprashad Prabhakaran, Idaho National Laboratory; Dennis Keiser, Idaho National Laboratory; Raul Rebak, GE Global Research


Session Chair: Stuart Maloy, Los Alamos National Laboratory

2:00 PM InvitedMaterials Corrosion in Molten Fluoride Salts: Kumar Sridharan1; Robert Sellers1; Guiqiu Zheng1; Guoping Cao1; Mark Anderson1; Todd Allen1; 1University of Wisconsin

2:40 PMCharacterization on the Advanced Core and Cladding Steels after Electro Magnetic Pulse Welding: Yong Yang1; Todd Allen2; Sindo Chou2; 1University of Florida; 2University of Wisconsin-Madison

3:00 PMInfluence of Dissolved Oxygen, Grain Growth and Segregation on the Transport Properties of Zircaloy: J. B. Henderson1; 1Netzsch Instruments North America LLC

3:20 PMInfluence of Thermal Aging on Microstructure and Mechanical Properties of CLAM Steel: Lixin Huang1; Yiyin Shan2; Wei Yan2; Wei Wang2; Ke Yang2; 1College of Materials Science and Engineering, Yanshan University; 2Institute of Metal Research, Chinese Academy of Sciences

3:40 PM Break

4:00 PMMicrohardness of Hafnium Aluminide Composite Material for Nuclear Reactor Applications: Donna Guillen1; Bryan Forsmann2; 1Idaho National Laboratory; 2Boise State University-Idaho Falls

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4:20 PMFracture Resistance of a Zirconium Alloy with Reoriented Hydrides: Kwai Chan1; Xihua He1; Yi-Ming Pan1; 1Southwest Research Institute

4:40 PMDiffusional Interactions between HT9 Alloy in Contact with Vanadium and Zirconium: E. Perez1; J. Cole1; J. Gan1; R. Fielding1; 1Idaho National Laboratory

5:00 PMCharacteristics of Zircaloy-4 Joints Brazed by a Be-Free Zr-Base Amorphous Sputter Coating: Minku Lee1; 1Korea Atomic Energy Research Institute

5:20 PMJoining of 20Cr-4.5Al ODS Steel and Modified 9Cr-1Mo Steel by Friction Welding; Microstructural Investigation: Jinsung Jang1; Seok Hoan Jeong1; Boyoung Lee1; Chang Hee Han1; Suk Hoon Kang1; 1Korea Atomic Energy Research Institute

Materials Processing Fundamentals: Recirculation of Materials and EnvironmentsSponsored by:TMS Extraction and Processing Division, TMS: Process Technology and Modeling CommitteeProgram Organizers: Lifeng Zhang, University of Science and Technology Beijing; Antoine Allanore, Massachusetts Institute of Technology; Cong Wang, Saint-Gobain High Performance Materials; James Yurko, Materion Brush Beryllium and Composites; Justin Crapps, ExxonMobil


Session Chair: Justin Mandel Crapps, Los Alamos National Lab

2:00 PMEffects of Ca and Na Containing Additives on WO3 Content in Sheelite Concentrates after Floatation Separation Process: Jun Zhu1; Jilai Xue1; Kang Liu1; 1Unversity of Science and Technology Beijing

2:20 PMCopper Removal from Molybdenite by Sulfidation-Leaching Process: Rafael Padilla1; Hugo Letelier1; Maria Ruiz1; 1University of Concepcion

2:40 PMAnalysis of Forming Mechanism of Sulfur Dioxide in Iron Ore Sintering Bed: Zhengjian Liu1; Jianliang Zhang1; 1University of Science and Technology Beijing

3:00 PMPhysical Chemistry of Roasting and Leaching Reactions for Chromium Chemical Manufacturing and Its Impact on Environment – A Review: Sergio Sanchez-Segado1; Animesh Jha1; 1University of Leeds

3:20 PMElectrophoretic Classification of Ultrafine Silica Particles in Dilute Aqueous Suspension: Ryan Corpuz1; Lyn Marie De Juan2; 1MSU-IIT; 2UP Diliman

3:40 PM Break

4:00 PMQEMSCAN Analysis of Wadi-Shattu Iron Ore (Libya): Ali Tajouri1; 1Faculty of Engineering, University Of Tripoli

4:20 PMRemoval of Arsenic from Enargite Rich Copper Concentrates: Maria Ruiz1; Ricardo Bello1; Rafael Padilla1; 1University of Concepcion

4:40 PMEffect of Calcium on the Solubility of Zinc Oxide in the Sodium Hydroxide Solution: Chen Ai Liang1; Zhu Wei Xiong1; Xu Dong1; Chen Xing yu1; LIu Xu Heng1; 1Hydrometallurgy

5:00 PMComprehensive Comparison Study of Differentmetallurgical Waste for Preparation of Glass-Ceramics: Yanbing Zong1; Xianbin AI1; Quanrui Liu1; 1State Key Laboratory of Advanced Metallurgy, University of Science and Technology Beijing

Materials Science of Nuclear Waste Management ISponsored by:TMS Structural Materials Division, TMS/ASM: Nuclear Materials CommitteeProgram Organizers: Kyle Brinkman, Savannah River National Laboratory (SRNL); Ming Tang, Los Alamos National Laboratory (LANL); Kevin Fox, Savannah River National Laboratory (SRNL); Peng Xu, Westinghouse Electric Company


Session Chairs: Kyle Brinkman, Savannah River National Laboratory; Peng Xu, Westinghouse Electric Company

2:00 PM InvitedSimulation of Alpha-Decay Damage in Nuclear Waste Ceramics using Ion Irradiation: William Weber1; 1University of Tennessee

2:30 PM InvitedThermodynamic Stability of Ceramic Waste Forms Incorporating Strontium and Cesium and the Chemical Effect of Radioactive Decay: Alexandra Navrotsky1; 1UC Davis

3:00 PMIon Irradiation-Induced Amorphization in Vanadate-Phosphate Apatites: Jie Lian1; Zhili Dong2; Rodney Ewing3; 1Rensselaer Polytechnic Institute; 2Nanyang Technological University; 3University of Michigan

3:20 PMRadiation Stability Study on Glass Ceramic and Crystalline Ceramic Waste Forms for an Advanced Nuclear Fuel Cycle: Ming Tang1; Anna-Eden Kossoy-Simakov1; Gordon Jarvinen1; Jarrod Crum2; Laura Turo2; Kyle Brinkman3; Kevin Fox3; James Marra3; 1Los Alamos National Laboratory; 2Pacific Northwest National Laboratory; 3Savannah River National Laboratory

3:40 PM Break

3:50 PMStructure and Stability of Wadeite Analogues for Radioactive Cs Disposal: Hongwu Xu1; 1LANL

4:10 PMValence and Coordination of Iron and Manganese in Simulated SB6 Nuclear Waste Glasses: Sergey Stefanovsky1; Andrey Shiryaev2; Yan Zubavichus3; Alex Choi4; James Marra4; 1SIA Radon; 2Institute of Physical Chemistry and Electrochemistry RAS; 3NRC “Kurchatov Institute”; 4Savannah River National Laboratory

4:30 PM InvitedAccelerated Chemical Aging of Crystalline Nuclear Waste Forms: Chris Stanek1; Blas Uberuaga1; Brian Scott1; Laura Wolfsberg1; Meiring Nortier1; Wayne Taylor1; Nigel Marks2; 1Los Alamos National Laboratory; 2Curtin University of Technology


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5:00 PMElectronic Structure, Vibrational Spectroscopy, and Thermodynamics of I-Apatite from a First-Principles Study: Jianwei Wang1; 1University of Michigan

5:20 PMPerovskite Structured Oxides for Simultaneous Incorporation of Fission Products: Siwei Wang1; Ming Tang1; Kyle Brinkman2; Fanglin Chen3; 1Los Alamos National Laboratory; 2Savannah River National Laboratory; 3University of South Carolina

Microstructural Processes in Irradiated Materials: Fusion Materials Sponsored by:TMS Structural Materials Division, TMS/ASM: Nuclear Materials CommitteeProgram Organizers: Thak Sang Byun, Oak Ridge National Laboratory; Dane Morgan, University of Wisconsin-Madison; Yasuyoshi Nagai, Tohoku University; Zhijie Jiao, University of Michigan-Ann Arbor; Christine Guéneau, CEA-Saclay


Session Chairs: Roger Stoller, Oak Ridge National Laboratory; Steven Zinkle, Oak Ridge National Laboratory

2:00 PM InvitedRadiation Effects on a High Strength, High Conductivity Copper Alloy: Steven Zinkle1; 1Oak Ridge National Laboratory

2:30 PMEffect of Grain Boundary Characters on Sink Efficiency: Weizhong Han1; Michael Demkowicz2; Engang Fu1; Yongqiang Wang1; Amit Misra1; 1Los Alamos National Lab; 2MIT

2:50 PMCorrelation between Irradiation Hardening and Microstructural Evolution in High Purity Reference V-4Cr-4Ti Alloy for Fusion Reactor: Takuya Nagasaka1; Takeo Muroga1; Hideo Watanabe2; Takeshi Miyazawa3; Masanori Yamazaki4; 1National Institute for Fusion Science; 2Research Institute for Applied Mechanics, Kyushu University; 3The Graduate University for Advanced Studies; 4International Research Center for Nuclear Materials Science, Institute for Materials Research, Tohoku University

3:10 PMA Replica Technique for Extracting Precipitates from Neutron-Irradiated or Thermal-Aged Vanadium Alloys for TEM Analysis: Ken-ichi Fukumoto1; Masahiro Iwasaki2; 1RINE/Univ. of Fukui; 2Univ. of Fukui

3:30 PMMicrostructures of Heavily Neutron-Irradiated SiC/SiC Composites: Yutai Katoh1; Keith Leonard1; Peng Dou1; Lance Snead1; 1Oak Ridge National Laboratory

3:50 PM Break

4:00 PM InvitedMultiple Simultaneous Ion Beam (MSIB) Examination of Inertial Fusion Energy Candidate Materials: Michael Fluss1; Luke Hsiung1; William Choi1; Peter Hosemann2; Estelle Meslin3; Jaime Marian1; David Hoelzer4; 1LLNL; 2UC Berkeley; 3CEA-Saclay; 4ORNL

4:30 PMThe Microstructure Development of Dispersion-Strengthened Tungsten due to Neutron Irradiation: Makoto Fukuda1; Akira Hasegawa1; Shuhei Nogami1; Kiyohiro Yabuuchi1; 1Tohoku University

4:50 PMTheoretical and Experimental Study of Spatial Effects in 3He Implantation in W: Andrée De Backer1; Christophe Ortiz2; Christophe Domain3; Marie France Barthe4; Charlotte Becquart1; 1UMET, UMR 8207, EM2VM; 2Laboratorio Nacional de Fusión por Confinamiento Magnético – CIEMAT; 3EDF, EM2VM; 4CNRS, UPR3079 CEMHTI

5:10 PMThe Change in Mechanical Properties of Tungsten after Self-Ion Irradiation: James Gibson1; David Armstrong1; Steve Roberts1; 1Oxford University

5:30 PMDeuterium Retention in Ion Damaged Tungsten with and without the Presence of Helium: Yongqiang Wang1; Chunping Xu1; Joseph Barton2; Nate Mara1; Russ Doerner2; George Tynan2; 1Los Alamos National Laboratory; 2University of California

Modeling and Experimental Validation of Multiscale Mechanical Behavior from Atomic Scale to Macro Scale: Multiscale Behavior at Extreme ConditionsSponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Mechanical Behavior of Materials Committee, TMS: Nanomechanical Materials Behavior Committee, TMS: Process Technology and Modeling Committee, TMS: Shaping and Forming CommitteeProgram Organizers: Nathan Mara, Los Alamos National Laboratory; Jian Wang, Los Alamos National Laboratory; Brad Boyce, Sandia National Laboratories; Jennifer Carter, Case Western Reserve University; Anthony Rollett, Carnegie Mellon University; Jonathan Zimmerman, Sandia National Laboratories


Session Chairs: Steven Valone, Los Alamos National Laboratory; Nik Chawla, Arizona State University

2:00 PM InvitedAnomalous High Temperature Response of Twin Boundaries in FCC Metals: Yashashree Kulkarni1; Tanushree Sinha1; 1University of Houston

2:30 PMAtomics Based Predictive Mechanism of Hydrogen Embrittlement in Iron: Jun Song1; William Curtin2; 1McGill University; 2EPFL

2:50 PMDefect Accumulation during Super-Elastic Load Cycling of Gum Metal.: Vassili Vorontsov1; Nicholas Jones2; David Dye1; 1Imperial College London; 2University of Cambridge

3:10 PM InvitedHigh Temperature Mechanical Characterization and Modeling of Al/SiC Nanolaminates: Jon Molina-Aldareguía1; S. Lotfian1; Kyle Yazzie2; Huxiao Xie2; Javier LLorca1; J. Kevin Baldwin3; Amit Misra3; Nikhilesh Chawla2; 1IMDEA Materials Institute, 28040-Madrid, Spain; 2Arizona State University; 3Los Alamos National Laboratory, Los Alamos, NM

3:40 PM Break

3:50 PMDetermination of Strengthening Induced by Dislocation Loops in Irradiated 316 L Steels: From Atomic to Dislocation Dynamics Simulations: Ghiath Monnet1; Dmitry Terentyev2; 1EDF; 2SCK-CEN

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4:10 PM InvitedInterfaces on Shock-Induced Damage in Two-Phase Metals: Copper-Lead: Saryu Fensin1; Steven Valone1; Ellen Cerreta1; George Gray1; Adam Farrow1; Carl Trujillo1; 1Los Alamos National Laboratory

4:40 PMModelling of Size Effects on Behavior of Thin Sheet Metals for Bipolar Plate Manufacturing: Muammer Koc1; Sasawat Mahabunpachai2; 1Istanbul Sehir University; 2MTEC

5:00 PMMolecular Dynamics Study of Strain Rate Sensitivity of Deformation Mechanisms in Nanocrystalline BCC Tantalum: Laura Smith1; Diana Farkas1; Jonathan Zimmerman2; Lucas Hale2; 1Virginia Polytechnic Institute and State University; 2Sandia National Laboratories

5:20 PMStudy of Cyclic Deformation of Mg Single Crystal in [0001] Direction Utilizing In Situ Optical Microscopy: Qin Yu1; Jian Wang2; Yanyao Jiang1; 1Department of Mechanical Engineering, University of Nevada, Reno; 2Materials Science and Technology Division, Los Alamos National Laboratory

5:40 PMLaser Induced Projectile Impact Test for High-Strain Rate Characterization of Nanomaterials: Jae-Hwang Lee1; Edwin Thomas1; 1Rice University

Modeling and Experimental Validation of Multiscale Mechanical Behavior from Atomic Scale to Macro Scale: Polycrystalline Multiscale PlasticitySponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Mechanical Behavior of Materials Committee, TMS: Nanomechanical Materials Behavior Committee, TMS: Process Technology and Modeling Committee, TMS: Shaping and Forming CommitteeProgram Organizers: Nathan Mara, Los Alamos National Laboratory; Jian Wang, Los Alamos National Laboratory; Brad Boyce, Sandia National Laboratories; Jennifer Carter, Case Western Reserve University; Anthony Rollett, Carnegie Mellon University; Jonathan Zimmerman, Sandia National Laboratories


Session Chairs: Curt Bronkhorst, Los Alamos National Laboratory; Carlos Tome, Los Alamos National Laboratory

2:00 PM InvitedHigh Energy X-ray Diffraction Microscopy Tracking of Internal Polycrystal Responses to Tensile Deformation: Robert Suter1; Shiu Fai Li1; Jonathan Lind1; Reeju Pokharel1; Christopher Hefferan1; Xi Tan1; Ulrich Lienert1; Anthony Rollett1; 1Carnegie Mellon University

2:30 PMCombining Laue Microdiffraction and Digital Image Correlation for Improved Measurements of the Elastic Strain Field with Micrometer Spatial Resolution: Johann Petit1; Olivier Castelnau2; Michel Bornert3; Fengguo Zhang2; Odile Robach4; JS Micha4; olivier ulrich4; Christophe Le Bourlot5; damien Faurie5; Felix hofmann6; A Korsunsky6; 1PIMM-CNRS; 2Arts et Metiers ParisTech; 3École des ponts ParisTech; 4CEA Grenoble; 5LSPM; 6University of Oxford

2:50 PMA Single Crystal Yield Model for Tantalum Based on Atomistic Simulations: Lucas Hale1; Jonathan Zimmerman1; Christopher Weinberger1; 1Sandia National Laboratories

3:10 PM InvitedModeling the Crystallographic Texture of Cu/Nb Layered Composites by Accumulated Roll Bonding: Curt Bronkhorst1; Benjamin Hansen1; Hashem Mourad1; John Carpenter1; Jason Mayeur1; Irene Beyerlein1; Rodney McCabe1; Nathan Mara1; Stephen Sintay1; 1Los Alamos National Laboratory

3:40 PM Break

3:50 PMModeling Mechanical Response and Texture Evolution of α-Uranium as a Function of Strain Rate and Temperature Using Polycrystal Plasticity: Marko Knezevic1; Rodney McCabe1; Carlos Tomé1; Ricardo Lebensohn1; Bogdan Mihaila1; 1Materials Science and Technology Division, Los Alamos National Laboratory

4:10 PM InvitedStress States Associated with Twin Nucleation, Propagation and Detwinning: Anand Kanjarla1; Stephen Niezgoda1; H. Wang1; Jian Wang1; P.D. Wu1; Carlos Tome1; 1Los Alamos National Laboratory

4:40 PMUnderstanding Micro-Mechanical Deformation in Zirconium with Nanoindentation, Micro-Cantilevers and High Resolution Electron Backscatter Diffraction: T Ben Britton1; Jicheng Gong1; Edmund Tarleton1; Angus Wilkinson1; Steve Roberts1; 1Department of Materials, University of Oxford

5:00 PM InvitedValidating Crystal Plasticity Finite Element Simulations with DIC and EBSD Experiments: Corbett Battaile1; Hojun Lim1; Christopher Weinberger1; Jay Carroll1; Thomas Buchheit1; Brad Boyce1; 1Sandia National Laboratories

5:30 PMRevisiting PSBs Modeling: Ladislas Kubin1; Maxime Sauzay2; 1LEM, CNRS-ONERA; 2CEA, SRMA

Nanostructured Materials for Lithium Ion Batteries and for Supercapacitors: Nanostructured Materials for Lithium Ion Batteries and for Supercapacitors Session VISponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Energy Conversion and Storage CommitteeProgram Organizer: David Mitlin, University of Alberta and NINT NRC



2:00 PM InvitedStress, Fracture, and Coupled Mechanical-chemical Degradation in Lithium Ion Battery Electrodes: Yang-Tse Cheng1; Rutooj Deshpande1; Juchuan Li1; Mark Verbrugge2; 1University of Kentucky; 2General Motors Research and Development Center


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2:20 PM InvitedInkjet-Printed Graphene for Micro-Supercapacitor: Linh Le1; Matthew Ervin2; De Kong1; Brian Fuchs3; James Zunino3; Woo Lee1; 1Stevens Institute of Technology; 2U.S. Army Research Lab; 3Picatinny Arsenal

2:40 PM InvitedNanostructured Co3O4 Electrodes for Na-Ion Battery Applications from Solution Plasma Spray Technique: Xuan Zhou1; Ramesh Kumar Guduru1; Raghavender Tummala1; Pravansu Mohanty1; 1University of Michigan-Dearborn

3:00 PM InvitedPredicting and Imaging Nanocrystals in Metal Alloy Electrodes: Michael Fleischauer1; A.D.W. Todd2; P.P. Ferguson3; 1National Institute for Nanotechnology; 2National Research Council; 3Université de Moncton

3:20 PM Break

3:40 PM InvitedSpray Pyrolysis for Synthesis of Nanostructured, High Energy xLi2MnO3·(1-x)LiMO2 (M= Mn, Ni, Co) Cathode Materials: Richard Axelbaum1; Xiaofeng Zhang2; Miklos Lengyel1; Ilias Belharouak2; Gal Atlas1; 1Washington University in St. Louis; 2Argonne National Laboratory

4:00 PM InvitedMultinuclear Solid and Liquid State NMR Studies of Battery Materials: Steve Greenbaum1; 1Hunter College of CUNY

4:20 PM InvitedIn Situ Stress Study of Porous V2O5 Films as Li-ion Battery Electrodes: Dawei Liu1; Clement Edouard2; Brian Sheldon2; 1Alfred University; 2Brown University

4:40 PM InvitedMXene - A New Family of Two Dimensional Materials for Use in Lithium Ion Batteries and Lithium Ion Capacitors: Michael Naguib1; Yohan Dallagnese1; Olha Mashtalir1; Jérémy Come2; Pierre-Louis Taberna2; Volker Presser1; Patrice Simon2; Michel Barsoum1; Yury Gogotsi1; 1Drexel University; 2Université Paul Sabatier

5:00 PM InvitedNovel Design of Nanostructured Si Anode on Nanohair Array Polymer Substrate: Min-Suk Jung1; Young-Chang Joo1; Myoung-Woon Moon2; In-suk Choi2; 1Seoul National University; 2Korea Institute of Science and Technology

5:20 PMSi Thin Film Electrode on TiNi Shape Memory Alloy (Current Collector) with Martensitic Phase: Yeon-min Im1; Sang-hun Lee1; Jung-phil Noh1; Gyu-bong Cho1; Tae-hyun Nam1; 1Gyeongsang National University

5:40 PMSynthesis of Nanosheet TiO2(B) with Open Structure for Applications in High-Rate Lithium-ion Batteries: Ming-Yan Hou1; Yu-Sheng Lin1; Jenq-Gong Duh1; 1Department of Materials Science and Engineering, National Tsing Hua University

Neutron and X-Ray Studies of Advanced Materials VI: Centennial and Beyond: Diffraction Studies of Phase TranstionsSponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Rozaliya Barabash, Oak Ridge National Laboratory; Xun-Li Wang, City University of Hong Kong; Jaimie Tiley, US Air Force Research Laboratory; Gernot Kostorz, ETH Zurich; Brent Fultz, California Institute of Technology; Peter Liaw, Univ of Tennessee


Session Chairs: Thomas Watkins, ORNL; Brent Fultz, CALTECH

2:00 PM KeynoteStrain in Semiconductor Nano-Structures using X-ray Bragg Coherent Diffraction Imaging: Vincent Favre-Nicolin1; Francesca Mastropietro2; Joël Eymery3; Gerardina Carbone4; François Andrieu5; Julien Claudon3; Jean-Michel Gérard3; 1CEA-Université de Grenoble; 2Université Aix-Marseille; 3CEA; 4ESRF; 5CEA-LETI

2:20 PMProbing the Local Structure of the Lead-Free Piezoelectric Na0.5Bi0.5TiO3 by X-Ray and Neutron Scattering: Jens Kreisel1; 1CRP Lippmann & Luxembourg University

2:35 PM InvitedWhat Neutrons Tell Us about Magnetic Shape Memory Materials?: Volodymyr Chernenko1; Jose Manuel Barandiarán1; Patricia Lázpita1; Jon Gutiérrez1; 1University of Basque Country (UPV/EHU)

2:55 PMTime-Resolved High-Energy Small-Angle X-ray Scattering of the γ’ Precipitates in a Polycrystalline Nickel-Base Superalloy: David Collins1; Thomas Connolley2; Leigh Connor2; Howard Stone3; 1University of Oxford; 2Diamond Light Source; 3University of Cambridge

3:10 PM InvitedUsing Small Angle Scattering and Atom Probe Tomography as Complementary Tools for Characterising Precipitate Microstructures at the Nanoscale: Alexis Deschamps1; Frédéric De Geuser2; Vicente Araullo-Peters3; Julie Cairney3; Laurent Couturier1; Baptiste Gault4; Christophe Sigli5; 1Grenoble Institute of Technology; 2CNRS, SIMAP; 3University of Sydney; 4McMaster University; 5Constellium Voreppe research Centre

3:30 PM InvitedMonitoring Nanomaterials in Situ Elaboration, Structure, Morphology and Operando Activity by Synchrotron X-Rays Scattering: Gilles Renaud1; 1CEA-Grenoble

3:50 PM Break

4:00 PMPhonon Anharmonicity of Zirconia and Yttirum-Stabilized Zirconia at Elevated Temperatures: A Neutron Scattering Study: Chen Li1; Hillary Smith1; Jorge Munoz1; Lisa Mauger1; Doug Abernathy2; Brent Fultz1; 1Caltech; 2Oak Ridge National Lab

4:15 PMPolymer Crystallization in Processing Conditions: Synchrotron SAXS and WAXS Analysis with Millisecond Time Resolution: Giuseppe Portale1; Dario Cavallo2; Gerrit Peters2; Giovanni Alfonso3; Luigi Balzano4; Wim Bras1; 1DUBBLE-CRG, European Synchrotron Radiation Facility; 2Eindhoven University of Technology; 3University of Genova; 4DSM Research

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4:30 PMStudy of Formation and Growth of Omega Phase in TIMETAL LCB Using Small Angle X-Ray Scattering: Jana Smilauerova1; Milos Janecek1; Vaclav Holy1; Henry Rack2; Radomir Kuzel1; 1Charles University; 2Clemson University

4:40 PMThermal Residual Stresses and Strains in Depleted Uranium: Christopher Calhoun1; James Wollmershauser1; Donald Brown2; Rupalee Mulay1; Elena Garlea3; Sean Agnew1; 1University of Virginia; 2Los Alamos National Laboratory; 3Y-12 National Security Complex

4:55 PM InvitedBinary Semiconductor Nano-Sized Structures and the Regularities of Diffracted Intensity Pattern Formation under Grazing Incidence Conditions.: Danylo Grygoryev1; Sergey Lazarev1; Philipp Schroth1; Mathew Helfrich1; Andrey Minkevich1; Taras Slobodskyy2; Tilo Baumbach1; 1Karlsruhe Institute for Technology; 2University of Hamburg

5:15 PMAnalysis of Phase Distribution in Thin Surface Layers Comparable to the Penetration Depth of X-Rays: Paul Rozenak1; 1Hydrogen Energy Batteries LTD

5:35 PMThree-Dimensional Diffuse-Scattering Analysis of the Phase Transition in a Ni2MnGa Ferromagnetic Shape-Memory Alloy by In-Situ High-Energy X-Ray Measurement: Gang Wang1; 1Northeastern University

5:50 PMIn-Situ Bragg Edge Imaging for Strain and Phase Mapping under Multi-Axial Loading: Robin Woracek1; Daykar Penumadu2; Anton Tremsin3; Nikolay Kardjilov4; Andre Hilger4; Mirko Boin4; Akawut Siriruk2; Ingo Manke4; Markus Strobl5; Joe Kelleher6; 1University of Tennessee & Helmholtz Zentrum Berlin; 2University of Tennessee; 3University of California at Berkeley; 4Helmholtz Zentrum Berlin; 5ESS design update programme ; 6STFC Rutherford Appleton Laboratory

Ni-Co 2013: Pyrometallurgy - SmeltingSponsored by:The Minerals, Metals and Materials Society, Metallurgical Society of the Canadian Institute of Mining Metallurgy and Petroleum, Chinese Society for Metals, GDMB Society for Mining, Metallurgy, Resource and Environmental Technology, Society for Mining Metallurgy and Exploration, Mining and Materials Processing Institute of Japan, Associacao Brasileira de Metalurgia, Materiais e Mineracao, Southern African Institute of Mining and Metallurgy (SAIMM), Minerals Engineering International Online, Cobalt Development Institute, Societe Francaise de Metallurgie et de Materiaux, TMS Extraction and Processing Division, TMS: Hydrometallurgy and Electrometallurgy Committee, TMS: Pyrometallurgy CommitteeProgram Organizer: Thomas Battle, Midrex Technologies


Session Chairs: Antoine Allanore, MIT - DMSE/ Sadoway Group; Rodney Jones, Mintek

2:00 PMHPOXAL of Furnace and Converter Slags - What Have We Learned?: Ilya Perederiy1; Vladimiros Papangelakis2; 1Vale; 2University of Toronto

2:25 PMNickel, Cobalt and Copper Recovery from Sea Nodules by Direct Smelting Process: Kamala Sahu1; S. Agarwal1; D. Mishra1; A. Agrawal1; K. M. Godiwalla1; R. K. Jana1; 1CSIR-National Metallurgical Laboratory

2:45 PMWater Atomization of Iron-Nickel Alloys: Rodney Jones1; 1Mintek

3:10 PMAlternative Coolants and Cooling System Designs for Safer Freeze Lined Furnace Operation: Mark Kennedy1; Mark Weaver2; Per Nos3; Mia Bratt4; 1Norwegian University of Science and Technology; 2Alcoa Technical Center; 3Termek Technology; 4Elkem AS Research

3:30 PM Break

3:50 PMOutotec’s Ausmelt Top Submerged Lance (TSL) Technology for the Nickel Industry: Ross Andrews1; Robert Matusewicz1; Lauri Aspola1; Stephen Hughes1; 1Outotec

4:10 PMProcessing of PGM Containing Ni/Cu Bulk Concentrates in a Sustainable Way by Outotec Direct Nickel Flash Smelting Process: Satu Jyrkonen1; Matti Luomala1; Janne Karonen1; Paivi Suikkanen2; Kaarlo Haavanlammi1; 1Outotec (Finland) Oy; 2Boliden Harjavalta Oy

4:30 PMNickel-Chromium-Boron Alloys Production by Aluminothermic Processes: Ozge Caglar Yilmaz1; Murat Alkan1; Onuralp Yücel1; 1Istanbul Technical University

Novel Synthesis and Consolidation of Powder Materials: Metal Injection Moulding and Advanced Powder ProcessingSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Powder Materials CommitteeProgram Organizers: Ma Qian, The University of Queensland; Iver Anderson, The Ames Laboratory

Wednesday PM Room: Lone Star Salon CMarch 6, 2013 Location: Grand Hyatt

Session Chairs: Ping Li, University of Science and Technology Beijing; Stefan Gulizia, CSIRO Materials Science and Engineering

2:00 PM InvitedRoom and High Temperature Properties of Injection Molded Superalloy Compacts: Hideshi Miura1; Syunsuke Morinaka1; Toshiko Osada1; Hyungoo Kang1; Fujio Tsumori1; 1Kyushu University

2:30 PMRheological Properties of Feedstock Composed of Titanium Alloy Powder and Polyethylene Glycol-based Binder System for Metal Injection Moulding: Gnanavinthan Thavanayagam1; Deliang Zhang1; Kim Pickering1; 1Waikato Centre for Advanced Materials, School of Engineering, The University of Waikato

2:50 PM InvitedAdvances in Lubrication Technology in PM to Promote Higher Sintered Densities: Francis Hanejko1; 1Hoeganaes Corporation

3:20 PM Break

3:40 PM InvitedEffect of Surfactants in Pre-Mixing Powders for Oxide Dispersion Strengthened Steel Processing: Selçuk Kuyucak1; Carlo Tesone1; Jian Li1; 1CanmetMATERIALS

4:10 PMCharacterization and Consolidation of Mechanically Modified Titanium Powders for Cold Spray Application: Stefan Gulizia1; mahnaz jahedi2; darren fraser2; 1CSIRO Materials Science & Engineering/Future Manufacturing Flagship; 2CSIRO Materials Science & Engineering


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4:30 PMMagnetic Property Improvement of PM Fe-50%Ni Soft Magnetic Alloy: Mingli Qin1; Jidong Ma1; Lusha Tian1; Lin Zhang1; Xiaofeng Zhang1; Ping Li1; Xuanhui Qu1; 1University of Science and Technology Beijing

4:50 PMWC–17Co Nanostructured Coating Prepared by Air Plasma Spraying: Hui Chen1; 1Southwest Jiaotong University

5:10 PMReal-Time Diagnostics on Attritor Mill: Towards a Better Scale-Up Model: Priya Radhi Santhanam1; Edward Dreizin1; 1New Jersey Institute of Technology

Pb-free Solders and Emerging Interconnect and Packaging Technologies: Sn Whiskering and ElectromigrationSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Electronic Packaging and Interconnection Materials CommitteeProgram Organizers: Nikhilesh Chawla, Arizona State University; Srinivas Chada, Whirlpool; Darrel Frear, Freescale Semiconductor; John Elmer, LLNL; Tae-Kyu Lee, Cisco Systems; Yan Li, Intel; Laura Turbini, Research In Motion; Kwang-Lung Lin, National Cheng Kung University; Sohoon Yoo, Korea Institute of Industrial Technology



2:00 PMTin Whisker and Hillock Growth Mechanism Via Grain Boundary Sliding Coupled with Shear Induced Grain Boundary Migration: Pylin Sarobol1; John Blendell1; Carol Handwerker1; 1Purdue University

2:20 PMCorrelating Whisker/Hillock Growth with Compressive Stress in Sn during Thermal Cycling: Fei Pei1; Nitin Jadhav1; Eric Chason1; 1Brown University

2:40 PMEffect of Plastic Deformation on Sn Whisker Growth in Electroplated Sn and Sn-Ag: Jaewon Chang1; Sung Kang2; Jaeho Lee3; Keun-Soo Kim4; Hyuck Mo Lee1; 1KAIST; 2IBM T.J. Watson Research Center; 3Hongik University; 4Hoseo University

3:00 PMEffects of POSS-Silanol Addition on the Whisker Formation in Sn-Based Pb-Free Electronic Solders: Sihan Liu1; Yutian Shu1; KN Subramanian2; Andre Lee2; Fu Guo1; 1Beijing University of Technology; 2Michigan State University

3:20 PM Break

3:40 PMTwo-Dimensional Simulation of Intermetallic Compound Growth during the Lead-Free Soldering under the Influence of Electromigration: Min Soo Park1; Sean Gibbons1; Raymundo Arroyave1; 1Texas A&M University

4:00 PMThe Behavior of Zn-Rich Phase in Sn-9Zn Solder Alloys under Current Stressing: Jian-Yang He1; Tsung-Chieh Chiu1; Albert T. Wu2; Kwang-Lung Lin1; 1National Cheng Kung University; 2National Central University

4:20 PMThe Effect of Current Stressing on Solder Grain Growth and Orientation: Yu-Lung Lin1; Chih Chen1; 1National Chiao Tung University

4:40 PMAn EBSD Investigation of the Effect of Sn Orientation on Electromigration in Idealized SnAgCu Interconnects: Christopher Kinney1; Xioranny Linares1; Kyu-Oh Lee2; J.W. Morris1; 1University of California, Berkeley; 2Intel Corporation

Phase Transformation and Microstructural Evolution: Non-conventional Phase Transformation Paths: Part IVSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Chemistry and Physics of Materials Committee, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Phase Transformations Committee, TMS: Process Technology and Modeling Committee, ASM: Alloy Phase Diagrams CommitteeProgram Organizers: Amy Clarke, Los Alamos National Laboratory; Sudarsanam Suresh Babu, Ohio State Univ; Rajarshi Banerjee, Univ of North Texas; John Morral, Ohio State Univ; Brian Gleeson, University of Pittsburgh; Carelyn Campbell, National Institute of Standards & Tech; Yongho Sohn, Univ of Central Florida; Yunzhi Wang, Ohio State University


Session Chairs: Dong-Woo Suh, Pohang Institute of Science and Technology (POSTECH); Marc De Graef, Carnegie Mellon University

2:00 PM InvitedMaterials Design for Joinability: FSW Aluminum: Greg Olson1; 1Northwestern University

2:30 PMElectron Microscopy Characterization of the Microstructural Evolution of Similar and Dissimilar Titanium Alloys Following Solid State Welding: Jonathan Orsborn1; Daniel Huber1; Robert Williams1; Hamish Fraser1; 1The Ohio State University

2:50 PMMicrostructural Evolution in a Weld Overlay Cladding of a Ni-Based Alloy on 2.25Cr-1Mo Steel during Thermal Aging: Hassan Saghafifar1; 1Cameron

3:10 PM Break

3:20 PMCorrelation Microstructure/Thermo-Mechanical Process Parameters for Ti6Al4V Alloy: Kalenda Mutombo1; 1CSIR

3:40 PMMicrostructural Evolution in Haynes 282 After High Temperature Creep Exposure: Jeffrey Hawk1; Paul Jablonski1; John Sears1; 1U.S. Department of Energy, National Energy Technology Laboratory

4:00 PMMicrostructural Evolution in Ti-5Al-5Mo-5V-3Cr during Continuous Heating: Yufeng Zheng1; Robert Williams1; Soumya Nag2; Rajarshi Banerjee2; Hamish Fraser1; 1The Ohio State University; 2University of North Texas

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4:20 PMModeling Precipitate Microstructure Evolution during Continuous Cooling: Qing Chen1; Herng-Jeng Jou2; Gustaf Sterner1; Kaisheng Wu3; Johan Bratberg1; Anders Engström1; Paul Mason3; 1Thermo-Calc Software AB; 2QuesTek Innovations LLC; 3Thermo-Calc Software, Inc

4:40 PMPhase Transformation as a Result of Mechanical Loading and Turning of Metastable Austenitic Steels: Marek Smaga1; Robert Skorupski2; Dietmar Eifler2; Patrick Mayer3; Jan C. Aurich3; 1Institute of Materials Science and Engineering, University of Kaiserslautern; 2Institute of Materials Science & Engrg, University of Kaiserslautern; 3Institute for Manufacturing Technology & Production Systems, University of Kaiserslautern

5:00 PMTEM Observation of FCC 9R Phase Transformation in Nanocrystalline Pd Thin Films during Hydriding/Dehydriding Cycles: Hosni Idrissi1; Behnam Amin-ahmadi1; Montserrat Galceran2; Renaud Delmelle3; Marie-Stéphane Colla3; Jean-Pierre Raskin4; Stéphane Godet2; Joris Proost3; Thomas Pardoen3; Dominique Schryvers1; 1EMAT. University of Antwerp; 2Service 4 MAT. Université libre de Bruxelles (ULB); 3IMMC. Université catholique de Louvain; 4ICTEAM, Université catholique de Louvain

Phase Transformation and Microstructural Evolution: Scale and Subsurface Phase Transformations during High-Temperature OxidationSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Chemistry and Physics of Materials Committee, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Phase Transformations Committee, TMS: Process Technology and Modeling Committee, ASM: Alloy Phase Diagrams CommitteeProgram Organizers: Amy Clarke, Los Alamos National Laboratory; Sudarsanam Suresh Babu, Ohio State Univ; Rajarshi Banerjee, Univ of North Texas; John Morral, Ohio State Univ; Brian Gleeson, University of Pittsburgh; Carelyn Campbell, National Institute of Standards & Tech; Yongho Sohn, Univ of Central Florida; Yunzhi Wang, Ohio State University


Session Chairs: Brian Gleeson, University of Pittsburgh; John Morral, The Ohio State University

2:00 PM InvitedEvolution of Scale and Subsurface Alloy Microstructures During Oxidation of Chromia-Forming Alloys in CO2: David Young1; Thomas Gheno1; Daniel Monceau2; 1University of New South Wales; 2ENSIACET

2:30 PMEnvironmental and Compositional Factors Affecting the Establishment of a Stable Alumina Scale: Xu Liu1; Brian Gleeson1; 1University of Pittsburgh

2:50 PMComparison of the High-Temperature Oxidation Behavior of Subsolvus and Supersolvus Treated Advanced Powder Metallurgy Disk Alloys: Chantal Sudbrack1; Jonathan Yu2; Timothy Gorman3; Tim Gabb1; David Hull1; 1NASA Glenn Research Center; 2Stanford University; 3University of Dayton

3:10 PMInvestigation of Oxygen Contents in Various Phases in Gamma-TiAl by Laser-Pulsed Atom Probe Tomograph: Gopal Das1; Michael Miller2; 1P&W; 2Oak Ridge National Laboratory

3:30 PM Break

3:50 PM InvitedInternal Oxidation – from Wagner to Interdiffusion Genome: John Agren1; 1Royal Institute of Technology

4:20 PMPhase Field Modeling of Metal Oxidation Kinetics and Its Microstructure Dependence: Tian-Le Cheng1; Youhai Wen1; 1National Energy Technology Laboratory

4:40 PMPhase Field Modeling of Tetragonal to Monoclinic Phase Transformation at Zirconium Oxide: Mahmood Mamivand1; Mohsen Asle Zaeem2; Haitham El Kadiri1; 1Mississippi State University; 2Missouri University of Science and Technology

5:00 PMPhase Transformations in the Sub-Oxide Layer during the Oxidation of Beta-21s Beta Titanium Alloy: Amit Behera1; Kristopher Mahdak1; Hamidreza Mohseni1; Soumya Nag1; Jaimie Tiley2; Rajarshi Banerjee1; 1University of North Texas; 2Air Force Research Laboratory

5:20 PMPhase Evolution Characterization of a Multi-Component Oxide Welding Slag and Its Effect on Weld Properties: Badri Narayanan1; Amir Avishai2; 1The Lincoln Electric Company; 2Case Western Reserve University

Physical and Mechanical Metallurgy of Shape Memory Alloys: Multiscale Modeling and ApplicationsSponsored by:TMS/ASM: Phase Transformations CommitteeProgram Organizers: Haluk Karaca, University of Kentucky; Ibrahim Karaman, Texas A&M University; Othmane Benafan, NASA Glenn Research Center; Ryosuke Kainuma, Tohoku University; Hans Jurgen Maier, Univ of Paderborn

Wednesday PM Room: Lone Star Salon BMarch 6, 2013 Location: Grand Hyatt

Session Chairs: Yunzhi Wang, The Ohio State University; Darren Hartl, Texas A&M University

2:00 PMSimulation of Twinning and Slip in Shape Memory Allloys: Huseyin Sehitoglu1; Jifeng Wang1; Tawhid Ezaz1; Hans Maier2; 1University of Illinois; 2University of Paderborn

2:30 PMPhase Field Modeling of Domain Structures and Properties of Doped Ferroelastic Systems: Dong Wang1; Xiaobing Ren2; Yunzhi Wang3; 1Xi’an Jiaotong University; 2National Institute for Materials Science; 3The Ohio State University

3:00 PMModeling Shape Memory Alloy Single Crystalline Responses Using an Anisotropic Yield Surface: Darren Hartl1; Bjoern Kiefer2; Andreas Menzel2; 1Texas A&M University; 2Technical University Dortmund


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3:20 PMA Finite Element/Phase Field Approach to Study Martensitic Phase Transformations in Shape Memory Alloys: Harshad Paranjape1; Sivom Manchiraju1; Yipeng Gao1; Yunzhi Wang1; Peter Anderson1; 1The Ohio State University

3:40 PM Break

4:00 PMThe Effect of Ternary Additions and Their Content on the Properties of NiTi Alloys: Navdeep Singh1; Thien Duong1; Sean Gibbons1; Anchalee Junkaew1; Anjana Talapatra1; Shengyen Li1; Hassan Thawabi1; Raymundo Arróyave1; 1Texas A&M University

4:20 PMCharacterization and Modeling of Trained Nitinol Torsional Actuators under Reverse Bias Loads: James Mabe1; Brian Fisher1; Darren Hartl2; 1The Boeing Company; 2Texas A&M University

4:40 PMThe Superelastic Behavior of Ti-Ni Superelastic Wire Rope: Kazuhiro Kitamura1; Yusuke Oda1; Yukiharu Yoshimi2; 1Aichi University of Education; 2Yoshimi Inc.

5:00 PMCopper Based Shape Memory Alloy a Modern Opportunity to Change Classic Casting Dental Alloys: Irena Gurau1; Gheorghe Gurau2; Carmela Gurau2; 1University of Medicine and Pharmacy “Carol Davila” Bucharest, Romania; 2Dunarea de Jos University of Galati, Romania

5:20 PMFabricating Tubes of Ni-Mn-Ga Magnetic Shape Memory Alloys by Interdiffusion of Mn and Ga into Ni Tubing: Bin Yuan1; Paul Lindquist2; Peiqi Zheng3; Peter Müllner2; David Dunand3; 1South China University of Technology; 2Boise State University; 3Northwestern University

REWAS 2013: Enabling Materials Resource Sustainability: Enabling Sustainability through Education and Consumer AwarenessSponsored by: Chinese Society for Metals, The Mining and Materials Processing Institute of Japan (MMIJ), TMS Extraction and Processing Division, TMS: Recycling and Environmental Technologies CommitteeProgram Organizers: Christina Meskers, Umicore Precious Metals Refining; Anne Kvithyld, SINTEF; Markus Reuter, Outotec Oyj; Randolph Kirchain, Massachusetts Institute of Technology; Mark Schlesinger, Missouri University of Science and Technology; Gregory Krumdick, Argonne National Laboratory; Cong Wang, Saint-Gobain High Performance Materials; Gabrielle Gaustad, Rochester Institute of Technology; Diana A. Lados, Worcester Polytechnic Institute; Brajendra Mishra, Colorado School of Mines; Jeffrey S. Spangenberger, Argonne National Laboratory

Wednesday PM Room: 006BMarch 6, 2013 Location: Henry B. Gonzalez Convention CenterFunding support provided by: Xstrata; SINTEF; Outotec; Umicore, and CR3, the Center for Resource Recovery and Recycling Session Chairs: Cong Wang, Saint-Gobain High Performance Materials; Brajendra Mishra, Colorado School of Mines


2:05 PM InvitedEmbedding Sustainable Development into Research – Vision of Umicore: Maurits Van Camp; Karolien Vasseur; Mieke Campforts; Christina Meskers1; 1Umicore Precious Metals Refining

2:30 PM InvitedThe Sustainable Inorganic Materials Management (SIM2) Consortium at KU Leuven: Bart Blanpain1; 1KU Leuven

2:55 PM InvitedHaving Productive Conversations About Sustainability: Pitfalls and Pathways: Jason Jay1; 1MIT Sloan Initiative for Sustainable Business and Society

3:20 PM Break

3:40 PM InvitedResource Efficient Metal and Material Recycling: Markus Reuter1; Antoinette van Schaik; 1Outotec Oyj

4:05 PM InvitedEducation, Materials, Sustainability: Joining the Dots: Philippe Radlovic1; 1Granta Design Ltd.

4:30 PM InvitedToward a Closed-Loop Society: Ideas, Education, and Consumer Awareness: Shinichiro Nakamura1; 1Waseda University

Solar Cell Silicon: Slag-based Refining of Silicon and Solar Cell AdvancesSponsored by:TMS Extraction and Processing Division, TMS Light Metals Division, TMS: Energy Conversion and Storage Committee, TMS: Recycling and Environmental Technologies CommitteeProgram Organizers: Gabriella Tranell, Norwegian University of Science and Technology; Arjan Ciftja, SINTEF; Shadia Ikhmayies, Al Isra University; Yulia Meteleva-Fischer, Materials innovation institute (M2i) / Delft University of Technology


Session Chairs: Arjan Ciftja, SINTEF; Shadia Ikhmayies, Al Isra University

2:00 PMThermodynamic Calculations for the Removal of B from Liquid Si Using Molten Slag: In-Ho Jung1; Yumin Zhang1; 1McGill University

2:20 PMReductive Removal of Phosphorus in Silicon Using CaO-CaF2 Slag: Hiroaki Kawamura1; Yutaka Yanaba1; Takeshi Yoshikawa1; Kazuki Morita1; 1Institute of Industrial Science, The University of Tokyo

2:40 PMBoron and Phosphors Distribution Equilibria among the Molten Si, Slag and Metal Phases: Kai Tang1; Egil Krystad2; Gabriella Tranell2; Merete Tangstad2; 1SINTEF Materials and Chemistry; 2Norwegian University of Science and Technology

3:00 PMDistribution of Boron between Silicon and CaO-MgO-SiO2 Slags: Lars Klemet Jakobsson1; Merete Tangstad1; 1NTNU

3:20 PMThe Kinetics of boron removal from silicon by oxidative slag refining in the SiO2-CaO slag system: Egil Krystad1; Gabriella Tranell1; 1NTNU

3:40 PM Break

4:00 PMProgress in Developing an Automated Repairing System for Solar Cells by Laser Enabled Silicon Post-Processing: Joerg Schmauder1; Radovan Kopecek1; Radim Barinka2; Pavlina Barinkova2; Axier Bollar3; Dimitris Koumanakos4; Nerea Otero5; Pablo Romero5; 1ISC Konstanz; 2Solartec s.r.o.; 3Ingenieria y Soluciones en Energias Alternativas S.L.; 4G. Zarlas – D. Koumanakos O.E.; 5AIMEN Technology Centre

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4:20 PMPotential of Silicon Solar Cells from Metallurgical Process Route: Pirmin Preis1; Kristian Peter1; Erik Enebakk2; Anne-Karin Soiland2; 1ISC Konstanz e.V.; 2Elkem Solar AS

4:40 PMSegregation of Impurities in Silicon for Solar Cells: Marisa Di Sabatino1; Antoine Autruffe1; Chiara Modanese1; Lars Arnberg1; 1NTNU

5:00 PMStress and Fracture of Silicon Solar Cells as Revealed by Synchrotron X-Ray Microdiffraction: Arief Budiman1; Arief Budiman1; Alexander Caldwell1; C. Bonelli2; M. Kunz3; N. Tamura3; D. Verstraeten2; 1SunPower Corporation; 2TOTAL Gas & Power; 3Advanced Light Source (ALS)

5:20 PMAntireflective Silicon Nanostructures Fabricated by Cheap Chemical Etchant and Coated by Atomic Layer Deposited Al2O3 Layer: Zhihao Yue1; Honglie Shen1; 1Nanjing University of Aeronautics and Astronautics

5:40 PMScale Length Effect on the Fracture Strength of Silicon Wafers: Tania Vodenitcharova1; Oscar Borrero-López1; Mark Hoffman1; 1The University of New South Wales

Symposium on High Entropy Alloys: Modeling and OtherSponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials Committee, TMS: Alloy Phases CommitteeProgram Organizers: Peter Liaw, The University of Tennessee; Gongyao Wang, University of Tennessee; M. Gao, National Energy Technology Laboratory ; S. Mathaudhu , U.S. Army Research Office


Session Chairs: Takeshi Egami, The University of Tennessee; Michael Gao, National Energy Technology Lab

2:00 PM InvitedProperties of High-Entropy Alloys under Irradiation: Takeshi Egami1; 1University of Tennessee

2:25 PM InvitedPreparation and Simulation of FCC High Entropy Alloys: Douglas Irving1; Carl Koch1; Changning Niu1; Alexander Zaddach1; 1North Carolina State University

2:50 PMOrdering Behavior in the Al(x)CoCrCuFeNi High-Entropy Alloys: Louis Santodonato1; Yang Zhang2; Michael Gao3; Chad Parish2; Mikhail Feygenson2; Zhi Tang4; Joerg Neuefeind2; Richard Weber5; Peter Liaw4; 1ORNL and UT; 2Oak Ridge National Laboratory; 3National Energy Technology Laboratory; 4The University of Tennessee; 5Materials Development Inc.

3:05 PM InvitedAtomistic Simulation of High-Entropy Alloys: Yongqiang Cheng1; 1Oak Ridge National Lab

3:30 PM Break

3:45 PM InvitedComputational Thermodynamics Aided High-Entropy Alloy Design: Chuan Zhang1; Fan Zhang1; Shuanglin Chen1; Weisheng Cao1; Jun Zhu1; Zhi Tang2; Peter Liaw2; 1CompuTherm LLC; 2University of Tennessee

4:10 PMComparative Studies of the Ground State Properties for Nb25Mo25Ta25W25 and V20Nb20Mo20Ta20W20 Alloys: Oleg Starovoytov1; Michael Gao2; Shengmin Guo3; Ebrahim Khosravi1; Jialin Lei1; Liuxi Tan1; Shizhong Yang1; 1Southern University and A&M College; 2National Energy Technology Laboratory; 3Louisiana State University

4:25 PM InvitedStatistical Fatigue-Life Modeling for High-Entropy Alloys: Tao Yuan1; Michael Hemphill2; Zhi Tang2; Gongyao Wang2; Andrew Chuang2; CheWei Tsai3; Jien-Wei Yeh3; Peter Liaw2; 1Ohio University; 2The University of Tennessee, Knoxville; 3National Tsing Hua University

4:50 PM InvitedOxidation Behavior of TaNbHfZrTi Alloy: A First Principles Simulation Study: Shizhong Yang1; Michael Gao2; Shengmin Guo3; 1Southern University and A&M College; 2National Energy Technology Laboratory; 3Louisiana State University

Ultrasonic Welding II: Ultrasonic Welding: Design Principles and Light Metal JointsSponsored by:TMS Light Metals Division, TMS Structural Materials Division, TMS: Advanced Characterization, Testing, and Simulation Committee, TMS: Materials Characterization Committee, TMS: Young Leaders Committee, ASM-MSCTS: Materials and Processing Committee, METSOC-CIM: Metal Processing and Fabrication CommitteeProgram Organizer: Frank Balle, University of Kaiserslautern


Session Chairs: Guntram Wagner, University of Kaiserslautern, Institute of Materials Science and Engineering ; Frank Balle, University of Kaiserslautern, Institute of Materials Science and Engineering and State Research Focus Advanced Materials Engineering (AME)


2:15 PMA Design Procedure for Sonotrodes Based on Dynamic Finite Elements and Laser Triangulation Measurements: Massimiliano Annoni1; Michele Carboni1; 1Politecnico di Milano

2:35 PMFatigue Behavior of Dissimilar Ultrasonic Spot Welds in Lap-Shear Specimens of Magnesium and Steel Sheets with Adhesive: William Lai1; Jwo Pan1; Tsung-Yu Pan2; Zhili Feng2; Michael Santella2; 1University of Michigan; 2Oak Ridge National Laboratory

2:55 PMTemperature Distribution in Ultrasonic Spot Welding of Al/Al and Al/Mg Sheets Via Infrared Thermography Method: Yansong Zhang1; 1School of Mechanical Engineering,Shanghai Jiao Tong University

3:15 PM Break

3:45 PMUltrasonic Torsion Welding of Light Metals – Process Monitoring and Property Analysis: Jens Magin1; Frank Balle1; 1Institute of Materials Science and Engineering, University of Kaiserslautern (Germany)

4:05 PM InvitedMicrostructural Investigation of Aluminum and Titanium Welds after Ultrasonic Torsion Welding: Kinga Unocic1; Frank Balle2; 1ORNL; 2Institute of Materials Science and Engineering, University of Kaiserslautern, Germany


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4:25 PMMicrostructure and Mechanical Properties of Ultrasonic Spot Welded Aluminum Alloy to High Strength Low Alloy Steel: Vikas Patel1; Sanjeev Bhole1; Daolun Chen1; 1Ryerson University

4:45 PMAn Analysis of the Tensile-Shear Fatigue Behavior of Lap-Joints Obtained by Ultrasonic Spot Welding and Ultrasonic Spot Welding Plus Adhesive Bonding: Michele Carboni1; 1Politecnico di Milano

2013 Functional Nanomaterials: Synthesis, Properties and Applications: Structural Nanomaterials ISponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Nanomaterials CommitteeProgram Organizers: Seong Jin Koh, University of Texas at Arlington; Nitin Chopra, University of Alabama; Jiyoung Kim, University of Texas at Dallas; Yuanbing Mao, University of Texas-Pan American; Ashwin Ramasubramaniam, University of Massachusetts; Gregory Thompson, University of Alabama

Thursday AM Room: 201March 7, 2013 Location: Henry B. Gonzalez Convention Center


Session Chairs: Nitin Chopra, The University of Alabama; Yongho Sohn, University of Central Florida

8:30 AM Introductory Comments Best Graduate Student Paper Award Ceremony

8:45 AM InvitedBulk Nanostructured Metals with Multifunctional Properties: Ruslan Valiev1; Ilchat Sabirov2; Alexander Zhilyaev3; Terence Langdon4; 1Ufa State Aviation Technical University; 2IMDEA Materials Institute; 3Institute for Metals Superplasticity Problems, Russian Academy of Science; 4University of Southampton

9:20 AM InvitedNano-Scale Grain Size Effects Observed on Aluminum Metal Matrix Composites: Strengthening, Stability and Growth: Yongho Sohn1; Bo Yao1; Clara Hofmeister1; Catherine Kammerer1; Bhaskar Maumdar2; Anit Giri3; Kyu Cho3; 1University of Central Florida; 2New Mexico Institute of Mining and Technology; 3U.S. Army Research Laboratory

9:55 AM Break

10:15 AM BreakStructural Ordering in Fe-Au Nanoclusters: Pinaki Mukherjee1; Matthew Kramer2; Jeffrey Shield1; 1University of Nebraska- Lincoln and Nebraska Center for Materials and Nanoscience; 2Ames Laboratory and Iowa State University

10:35 AMBulk Nanostructured Cu and Cu-based Alloys: Production, Characterization, Mechanical Properties and Deformation Behavior: Mohsen Samadi Khoshkhoo1; Sergio Scudino2; Hamed Bahmanpour3; Alexander Kauffmann2; Jens Freudenberger2; Michael Zehetbauer4; Ronald Scattergood5; Carl Koch5; Jürgen Eckert2; 1Leibniz Institute for Solid State and Materials Research (IFW); 2Leibniz Institute for Solid State and Materials Research (IFW); 3University of California Davis; 4University of Vienna; 5North Carolina State University

10:55 AMNanocrystalline Diamond (NCD) Coatings on High Speed Steel and WC-Co Tools for Metal Forming Applications: Somaiah Gowthama1; Maneesh Chandran1; S S Bhattacharya1; M S Ramachandra Rao1; P Shanmugam2; R Natarajan2; 1Indian Institute of Technology Madras; 2Tube Investments of India limited, Chennai

11:15 AMDeformation Behavior of a New Aluminum Alloy Matrix Base Nanocomposite: Rabindra Mahapatra1; Horst Adams2; 1Naval Air Systems Command; 2Adamco, Inc.

11:35 AMApplying Precession Electron Diffraction (PED) to Nano-Twin Copper: Subhasis Sinha1; Matthew Kramer2; Anthony Rollett1; 1Carnegie Mellon University; 2Ames Laboratory, Iowa State University

11:55 AMEffect of Carbon Nanotube Reinforcement on the Phase Transformation of Zirconia: Neelima Mahato1; Pratyasha Mohapatra2; Siddharth Rawat1; Kantesh Balani1; 1Indian Institute of Technology; 2National Institute of Technology

4th International Symposium on High-Temperature Metallurgical Processing: Sintering and PelletizationSponsored by:TMS Extraction and Processing Division, TMS: Energy Committee, TMS: Materials Characterization Committee, TMS: Pyrometallurgy CommitteeProgram Organizers: Tao Jiang, Central South University; Jiann-Yang Hwang, Michigan Technological University; Phillip Mackey, Consultant; Onuralp Yücel, ITU; Guifeng Zhou, Wuhan Iron and Steel

Thursday AM Room: 008AMarch 7, 2013 Location: Henry B. Gonzalez Convention Center

Session Chairs: Guanghui Li, Central South University; Xuewei Lv, Chongqing university

8:30 AMProduction of Crude Ferronickel from Sivrihisar Laterite Ores of Turkey: Ender Keskinkilic1; Saeid Pournaderi2; Ahmet Geveci2; Yavuz A. Topkaya2; 1Atilim University; 2Middle East Technical University

8:50 AMSintering Process of Phosphorite from Leshan,China: Enguang Guo1; Donghai Li1; Cheng Pan1; Mei Liu1; Xuewei Lv1; 1Chongqing University

9:05 AMComprehensive Effect of Coke Breeze and Limestone Particle Size on Sinter Performance in Sintering of a Coarse Hematite Iron Ore: Wang Zhe1; Zhang Jianliang1; Xing Xiangdong1; Ren Shan1; Gao Bing1; Zhang Xueqi2; 1University of Science and Technology of Beijing; 2Tianjin Iron and Steel Group Co., LTD

9:20 AMMechanisms of Iron and Slag Separation in Carbon Composite Iron Ore Pellets at Lower Temperature: Hongliang Han1; Dongping Duan1; Xing Wang1; Yunshu Guo1; 1Institute of Process Engineering, Chinese Academy of Sciences

9:35 AMEffect of the Raw Material Characteristic of Iron Concentrates on Ballability: Jian Pan1; Shouyan Yue1; Deqing ZHU1; Zheng He1; 1Central South University

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9:50 AMStudy on Improving the Strength of Copper Concentrate Pellets by Adding Binders: Xiaohui Fan1; Shan He1; Lin Zhang2; Yanbin Tang2; Guohua Bai1; Xuling Chen1; Min Gan1; 1Central South University; 2Daye Nonferrous

10:05 AM Break

10:15 AMSintering Process of Chromite Concentrate: Pan Chen1; Donghai Li1; Cheng Pan1; Mei Liu1; Xuewei Lv1; 1Chongqing University

10:30 AMResearch on Strengthening Consolidation of Magnesium Bearing Hematite Pellets: Lishun Yuan1; Xiaohui FAN1; Min GAN1; Guiming Yang1; Xiaoxian Huang1; Zhi-yun Ji1; Zhi-yuan Yu1; 1Central South University

10:50 AMStudy on the Improvements of Reduction Swellability and Low Temperature Reduction Disintegration of Vanadium-Titanium Magnetite Oxidized Pellets: Yufeng Guo1; Jianfeng Zhou1; Tao Jiang1; Feng Chen1; Xiaolei Song1; Minjun Tang1; Linjiang Qing1; 1Central South University

11:10 AMThe New On-line Detecting Method of Sintering Mix and Its Basic Research: Yang Yong-bin1; Tan Qi-bing1; Li Qian1; Jiang tao1; Li Kai1; Zhu Yuan-yuan1; 1Central South University

11:30 AMOptimizing the Sintering Process of Low-Grade Ferromanganese Ores: Yuanbo Zhang1; Wei Luo1; Zhixiong You1; Zijian Su1; Guanghui Li1; Tao Jiang1; 1Central South University

11:45 AMStudy for Influence of Prereduction Degrees on the Softening and Melting Properties of Sintering Ore: Rui Mao1; 1University of Science and Technology Beijing

12:00 PMMineralization Behavior of Iron Ore Sintering Process: Ying Li1; Xiao-hui Fan2; Xu-ling Chen2; 1The Central South University ; 2The Central South University

12:15 PMEffects of Anthracite on Pelletization of Hematite Ore: Tao Jiang1; Zhaokun Tang1; Yuanbo Zhang1; Mingjun Rao1; Guanghui Li1; 1School of Minerals Processing and Bioengineering, Central South University

4th International Symposium on High-Temperature Metallurgical Processing: Treatment of Solid Slag/Wastes and Complex OresSponsored by:TMS Extraction and Processing Division, TMS: Energy Committee, TMS: Materials Characterization Committee, TMS: Pyrometallurgy CommitteeProgram Organizers: Tao Jiang, Central South University; Jiann-Yang Hwang, Michigan Technological University; Phillip Mackey, Consultant; Onuralp Yücel, ITU; Guifeng Zhou, Wuhan Iron and Steel

Thursday AM Room: 008BMarch 7, 2013 Location: Henry B. Gonzalez Convention Center

Session Chairs: Abdolkarim Danaei, Ryerson University; Hongxu Li, University of Science and Technology

8:30 AMDevelopments of Processing Technologies for Refractory Gold Ores: Lin Chen1; Tianzu Yang1; Weifeng Liu1; Deyu Wang1; 1Central South University

8:50 AMChloridizing Roasting-Smelting Reduction Methods Applied to Recovery Copper and Iron from Copper Slags: Li Lei1; Wang Hua1; 1Kunming University of Science and Technology

9:05 AMStudy on Iron Recovery and Desulfurization of Pyrite Cinder: Xiaohui Fan1; Hongli Wen1; Qiong Deng1; Min Gan1; Guangkun Shen1; Shoujian Huang1; 1Central South University

9:25 AMEffects of Lime Additions on the Sulphur Distribution between Red Mud Based Fluxes and Carbon Saturated Liquid Iron: Abdolkarim Danaei1; 1Ryerson University

9:40 AMReaction Process of Coal Based Reduction of Siderite Ore: Jian Pan1; Zixing Xue1; Deqing Zhu1; Xianlin Zhou1; Yanhong Luo1; 1Central South University

10:00 AM Break

10:10 AMResearch on Coal-Based Direct Reduction Enhancement of Vanadium Titanomagnetite: Yi Xia1; Tao Jiang1; Shaowu Yu1; Xiangxin Xue1; 1Northeastern University

10:25 AMEnhanced Reduction of CaF2 and NaF on Vanadium Titano-Magnetite Carbon Composite Pellets: Xing Xiangdong1; Zhang Jianliang1; Wang Zhe1; Ren Shan1; Cao Mingming1; Liu Zhengjian1; Lu Mingchun2; 1University of Science and Technology of Beijing; 2Tianjin Iron & Steel Association

10:45 AMAddition of Electric Arc Furnace Dust in Hot Metal at a Temperature of 1500 Degrees Celsius: Vicente Sobrinho1; Jose Oliveira1; Estefano Vieira1; Felipe Grill2; Victor Telles2; Jorge Tenorio2; Denise Espinosa2; 1IFES; 2USP

11:00 AMAn Investigation on Utilization of Ferrous Scrap by Cold-Bonded Pelletizing: Xiaohui FAN1; Lishun Yuan1; Min GAN1; Wei LV1; Yi WANG1; Xuling Chen1; 1Central South University


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11:20 AMResearch on the Lead Removal from Pyrite Cinder: Xuling Chen1; Guangkun Shen1; Xiaohui Fan1; Qiong Deng1; Hongli Wen1; Min Gan1; 1Central South University

11:40 AMThe Directional Preparation of Colored Steel Slag Glass-ceramic: Yanbing Zong1; Wenbin Dai1; Jinbiao Bu1; 1University of Science and Technology Beijing

11:55 AMRemoval of Potassium and Sodium in Sintering of Iron Ores: Zeqiang Xie1; Tao Jiang2; Qian Li2; 1Kunming University of Science and Technology; 2Central South University

Advanced Materials and Reservoir Engineering for Extreme Oil & Gas Environments: Advance Materials & Innovative Solutions for Oil and Gas IISponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Nanomaterials CommitteeProgram Organizers: Indranil Roy, Schlumberger; Brajendra Mishra, Colorado School of Mines; Manuel Marya, Schlumberger Technology Corporation; Kuo-Chiang Chen, Schlumberger; Partha Ganguly, Schlumberger; Richard Lewis, Schlumberger; Suveen Mathaudhu, U.S. Army Research Office; Nitin Chopra, The University of Alabama; Xinghang Zhang, Texas A&M University; Greg Kusinski, Chevron; John Meng, BP America Inc.; Jefferson Rodrigues, Petrobras; Justin Cheney, Scoperta

Thursday AM Room: Lone Star Salon AMarch 7, 2013 Location: Grand Hyatt

Session Chairs: Justin Cheney, Scoperta; Tatiana Hernandez, Schlumberger

8:30 AM Introductory Comments Justin Cheney, CTO, Scoperta

8:35 AMEffect of High Pressure-Temperature on Conventional and Un-conventional Reservoirs: Richard Lewis1; 1Schlumberger

9:05 AMPhase Behavior and Corrosion Mechanisms of Reservoir Fluids Rich in Acid Gases at Extreme Conditions: Craig Borman1; 1Schlumberger

9:25 AMMechanical Properties of a Cold Worked Nickel Alloy with Nano Dispersions: Ed Hibner1; Indranil Roy; Lee Pike; Virendra Singh; Manuel Marya; Xinghang Zhang; 1National Specialty Alloys

9:45 AMCERTIS High-integrity Reservoir Test Isolation System for HPHT Reservoirs: Christian Wilkinson1; Indranil Roy1; Stephane Hiron1; 1Schlumberger

10:05 AM Break

10:20 AMThe Use of Thermal Spray Technology in Downhole Applications: Justin Cheney1; 1Scoperta Inc

10:40 AMAmorphous Coatings Produced by Spray Forming and Thermal Spray of Fe-Cr-Nb-B Glass Former Alloy: Claudio Kiminami1; Ana Melle1; Conrado Afonso1; Claudemiro Bolfarini1; Walter Botta1; 1Federal University of S. Carlos

11:00 AMWear Resistance of Spray Formed Supermartensitic Stainless Steel Modified with Boron: Guilherme Zepon1; Claudemiro Bolfarini1; 1Federal University of São Carlos

11:15 AMCorrosion Resistance of Fe-based Amorphous and Nanocrystalline Alloys: José Berger1; 1PPGCEM-UFSCar

11:30 AMThermodynamic Modeling Techniques for Use in Developing High Strength, High Hardness Nanocrystalline Steels: Shengjun Zhang1; 1Scoperta Inc.

11:50 AMFormation of Fe-Based Nanostructured Metallic Coatings by Spray Forming: Claudemiro Bolfarini1; Ana Branquinho1; Hugo Germano1; Claudio Kiminami1; Walter Botta1; 1Universidade Federal de São Carlos

12:10 PM Panel Discussion

Advanced Materials for Power Electronics, Power Conditioning, and Power Conversion: Magnetic Materials for High Frequency Power ElectronicsSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Energy Conversion and Storage Committee, TMS: Magnetic Materials CommitteeProgram Organizers: Paul Ohodnicki, National Energy Technology Laboratory; Clive Randall, Penn State University; Michael Lanagan, Penn State University; Michael McHenry, Carnegie Mellon University; Rachel Myers-Ward, Naval Research Laboratory


Session Chair: Michael McHenry, Carnegie Mellon University

8:30 AM InvitedNanocomposite Magnetic Alloys for Power Applications: Matthew Willard1; Maria Daniil2; Keith Knipling1; 1U.S. Naval Research Laboratory; 2George Washington University

9:00 AM InvitedHigh frequency Inductor Materials: Lajos Varga1; 1Wigner Research Center for Physics of Hung. Acad. Sciences

9:30 AM Break

9:50 AM InvitedSoft Magnetic Materials for High Power and High Frequency Power Electronics: John Xiao1; Yang Zhou1; Xiaoming Kou1; Hao Zhu2; 1University of Delaware; 2Spectrum Magnetics, LLC

10:20 AMSynthesis, Structure, Property Correlations in FeCo-SiO2 Nanogranular Thin Films for High Frequency Inductor Applications: Paul Ohodnicki1; Vincent Sokalski2; Shen Shen2; 1National Energy Technology Laboratory; 2Carnegie Mellon University

10:40 AM InvitedElement-Specific Magnetic Structure of Nanocrystallized Ribbons: Catherine Jenkins1; Sam Kernion2; Vincent DeGeorge2; Michael McHenry2; 1LBNL; 2Carnegie Mellon University

11:10 AMSoft Magnetic Alloy-Polymer Composite for High-frequency Power Electronics Application: Jesus Calata1; Guo-Quan Lu1; Khai Ngo1; 1Virginia Tech

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Alumina and Bauxite: Low Grade Alumina SourcesSponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizer: Pat Clement, Alcoa


Session Chair: Jack Bender, BASF Corporation


8:40 AMInnovative Technology for Alumina Production from Low-grade Raw Materials: Andrey Panov1; Alexander Senyuta1; 1RUSAL Engineering & Technology Centre

9:00 AMImproving Characterization of Low Grade Diasporic Bauxite to be Utilize in Jajarm Alumina Plant: Mohammadtaghi Shadloo1; Mohammad Zarbayani2; Esmaeil Jorjani3; Mojtaba Aram4; 1Iran Alumina Co.; 2General Mechanic Company; 3Science & Research Branch, Islamic Azad University; 4IMPRC

9:20 AMThe Processing of High Quartz Bauxite: Edgar Gasafi1; Alessio Scarsella1; Vladimir Hartmann1; Hans-Werner Schmidt; 1Outotec GmbH

9:40 AMAppropriate Reduction and Fe-Al Separation of High Iron Gibbsite: Zhenggen Liu1; Mansheng Chu1; Jue Tang1; Yuanting Han1; Xianglong Wu1; 1Northeastern University

10:00 AM Break

10:15 AMInfluence of MgO and C/A and Cooling System on Alumina Leaching Property of Calcium Aluminate Slag: Z. F. Tong1; YingJie Li YingJie Li2; Tao Chen2; 1 Jiangxi University of Science and Technology; 2Jiangxi University of Science and Technology

10:35 AMCalcification-Carbonation Method for Alumina Production by Using Low-Grade Bauxite: Zhang Ting’an1; Zhu Xiaofeng1; Lv Guozhi1; Pan Lu1; Liu Yan1; Zhao Qiuyue1; Li Yan1; Dou Zhihe1; He Jicheng1; 1Northeastern University

10:55 AMBasic Research on Calcification Transformation Process of Low Grade Bauxite: Zhu Xiaofeng1; Zhang Ting’an1; Lv Guozhi1; Liu Yan1; Zhao Qiuyue1; Li Yan1; Dou Zhihe1; 1Northeastern University

11:15 AMResearch on the Phase Transformation and Separation Performance in Calcification-carbonation Method for Alumina Production: Lv Guozhi1; Zhang Ting’an1; Zhu Xiaofeng1; Pan Lu1; Qin Mingxiao1; Liu Yan1; Zhao Qiuyue1; Dou Zhihe1; Li Yan1; 1Northeastern University


Aluminum Alloys: Fabrication, Characterization and Applications: Emerging TechnologySponsored by:TMS Light Metals Division, TMS: Aluminum Processing CommitteeProgram Organizers: Zhengdong Long, Kaiser Aluminum; Subodh Das, Phinix LLC; Tongguang Zhai, University of Kentucky; William Golumbfskie, Naval Surface Warfare Center


Session Chair: Subodh Das, Phinix LLC

8:30 AMCold Spray for Repair of Naval Components: Jennifer Wolk1; Benjamin Bouffard1; Frederick Lancaster2; Caroline Scheck1; 1Naval Surface Warfare Center; 2Naval Air System Command

8:50 AM InvitedNew Insights into the Solute-Nanostructures in Advanced Al Alloys: Gang Sha1; Simon Ringer1; 1The University of Sydney

9:10 AMTransient Microstructural Thermomechanical Fatigue and Deformation Characteristics under Superimposed Mechanical and Thermal Loading in AlSi Based Automotive Diesel Pistons: Roman Morgenstern1; Scott Kenningley1; 1Federal-Mogul Nuremberg GmbH

9:30 AMCharacterization of Friction Stir Processed Al-Sc-Zr Alloys: M. Vargas1; G. Chermak2; K. Kandasamy2; P. Sanders3; J. Schultz2; A. Aning1; S. Kampe3; 1Virginia Tech; 2Aeroprobe Corporation; 3Michigan Tech

9:50 AMMechanical Behaviour of Cold Formed Metal-Polymer Laminate and the Interaction of Its Layers: Feidhlim Ó Dubhlaing1; David Browne1; Robin Rennicks2; Connor Rennicks2; 1University College Dublin; 2Prodieco Pharmaceutical Components

10:10 AMMechanical Behavior of Aluminum Alloy Welds at Large Strains: Jennifer Hyde1; Moise Bruhuis1; Jidong Kang2; Joseph McDermid1; 1McMaster University; 2CANMET Materials

10:30 AM Break

10:50 AMEffect of Intermediate Annealing on Microstructure and Properties of Roll-Bonded 4343/3xxx/4343 Aluminum Clad Sheets: Kwangjun Euh1; Hyoung-Wook Kim1; Su-Hyeon Kim1; Dong Bae Kim1; Eunji Baek1; Young-Mi Oh1; 1Korea Institute of Materials Science

11:10 AMDevelopment of ECAP Conform for Fabrication of Ling-Sized Aluminum Rods with Ultrafine-Grained Structure: Georgy Raab1; Ruslan Valiev1; Elvira Gimaltdinova1; Viktor Frolov2; 1Ufa State Aviation Technical University; 2Russian Engineering Company RUSAL

11:30 AMMechanical and Tribological Properties of AA2124-Graphene Self Lubricating Nanocomposite: Ahmed El-Ghazaly1; Basamat Seif1; Hanadi Salem1; 1American University in Cairo

11:50 AMJoining Vacuum High Pressure Die Cast A356 under T4 Treatment to Wrought Alloy 6061: Meng Wang1; Henry Hu1; Yanda Zou1; Gary Meng2; Patrick Cheng3; Yeou-li Chu3; 1University of Windosr; 2AGS Agreatsun Welding Ltd; 3Ryobi Die Casting (USA), Inc.


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Aluminum Processing: ICME in Aluminum ProcessingSponsored by:TMS Light Metals Division, TMS: Aluminum CommitteeProgram Organizer: Kai Karhausen, Hydro Aluminium Rolled Products GmbH



8:30 AM InvitedICME for Lightweighting of Automobile Body Structures and Closures: Paul Krajewski1; 1TMS

9:10 AM InvitedCrucial Issues and Future Directions of Through-Process Modeling: Günter Gottstein1; 1RWTH Aachen University

9:50 AM InvitedApplication of Combined Model Approaches to the Simulation of Microstructure Evolution During Processing of Aluminium Alloys: Alexis Miroux1; M. Ghosh2; S. Kurukuri3; R. Dutta1; M. de Jong4; A. Bahrami1; A. van den Boogaard5; P.E.J. Rivera-Diaz-Del-Castillo6; M.H.F. Sluiter4; A.J. den Bakker7; 1Materials Innovation Institute; 2Bengal Engineering and Science University; 3University of Waterloo; 4Delft University of Technology; 5University of Twente; 6Metallurgy University of Cambridge; 7Nedal Aluminium B.V.

10:10 AM Break

10:30 AMProcess Modelling of Extruded AA3xxx Aluminum Products: Warren Poole1; M Wells; Nick Parson; 1The University of British Columbia

11:10 AM InvitedThrough-Process Simulation of Microstructure and Texture and the Resultant Properties During the Thermo-mechanical Processing of Aluminium Sheet: Olaf Engler1; 1Hydro Aluminium Rolled Products GmbH

11:30 AM InvitedModelling the Evolution in Microchemistry and Microstructure during Thermo-mechanical Processing of Aluminium Alloys: Knut Marthinsen1; Bjørn Holmedal; Yanjun Li; Trond Furu; 1Norweigian Univ of Science and Technology

11:50 AM InvitedUncertainty Quantification in Through-process Modeling of Aluminum Strip Production: Markus Bambach1; Johannes Lohmar; S Heppner; Kai Karhausen; 1RWTH Aachen Univ

Biological Materials Science Symposium: Molecular Biomimetics and Bioenabled Materials and SystemsSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Structural Materials Division, TMS: Biomaterials CommitteeProgram Organizers: Candan Tamerler, University of Washington; Molly Gentleman, Texas A & M University; Po-Yu Chen, National Tsing Hua University; Kajal Mallick, University of Warwick; Rajendra Kumar Kasinath, Unversity of Montana; Paul G. Allison, US Army Corp of Engineers

Thursday AM Room: 214CMarch 7, 2013 Location: Henry B. Gonzalez Convention Center


Session Chairs: Kalpana Katti, North Dakota State University; Rajendra Kasinath, Montana Tech

8:30 AM InvitedMaterials Science and Engineering of Biomolecules on Surfaces: Tailoring the Self-Assembled Peptides on Graphite/Graphene: Mehmet Sarikaya1; 1University of Washington

9:00 AM InvitedModeling Protein-Surface and Protein-Nanoparticle Interactions by Atomistic Simulations: Stefano Corni1; 1CNR Istituto Nanoscienze

9:30 AM InvitedBiomineralization of Hydroxyapatite in Nanoclay Galleries: A Modeling and Experimental Study: Kalpana Katti1; Avinash Ambre1; Anurag Sharma1; Dinesh Katti1; 1North Dakota State University

10:00 AM Break

10:20 AMOn the Possibility of Modulating Bacteriophage Virulence Employing Iron Doped Hydroxyapatite Biomaterials: Rajendra Kasinath1; Casey McConnell1; Jovanka Voyich2; Marisa Pedulla1; 1Montana Tech of the University of Montana; 2Montana State University

10:40 AM InvitedSelf-Assembled Peptide Nanostructures for Template Directed Synthesis of One-Dimensional Inorganic Systems: Mustafa Guler1; 1Bilkent University

11:10 AMNanomechanical and Wear Behaviors of Remineralized Carious Human Enamel: Hsiu-Ying Chung1; Hsiu-Mei Lin1; 1Feng Chia University

11:30 AMMimicking Biological Interfaces by Self Adhering Hybrid Nanostructures: Deniz Yucesoy1; Marketa Hnilova1; Mustafa Gungormus1; Mehmet Sarikaya1; Candan Tamerler1; 1University of Washington

11:50 AM InvitedExploring Nature’s Strategies for Creating Functional Materials: Rajesh Naik1; 1Air Force Research Laboratory

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Biological Materials Science Symposium: Molecular, Cellular and Tissue EngineeringSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Structural Materials Division, TMS: Biomaterials CommitteeProgram Organizers: Candan Tamerler, University of Washington; Molly Gentleman, Texas A & M University; Po-Yu Chen, National Tsing Hua University; Kajal Mallick, University of Warwick; Rajendra Kumar Kasinath, Unversity of Montana; Paul G. Allison, US Army Corp of Engineers



Session Chairs: Paul Calvert, UMass Dartmouth; Molly Gentleman, Stoony Brook

8:30 AM KeynoteCranial Defects: Biomaterials and Tissue Engineering Approaches: Erhan Piskin1; 1Hacettepe University

9:10 AMPDGF-Loaded Aligned Collagen Fibers Promote the Proliferation of Adipose-Derived Stem Cells: Xingguo Cheng1; Christopher Tsao1; Douglas Cornet2; Victor Sylvia2; Robert Christy3; 1Southwest Research Institute; 2University of Texas Health Science Center at San Antonio; 3U.S. Army Institute of Surgical Research

9:30 AM InvitedBiomimetic Hydroxyapatite Reinforced Collagen Scaffolds: Robert Kane1; Matthew Meagher1; Holly Weiss1; Yongxing Liu1; Joshua Gargac1; Glen Niebur1; Diane Wagner1; Ryan Roeder1; 1University of Notre Dame

10:00 AM Break

10:10 AM InvitedGraphene on Cell Stem Growth & Differentiation: Wong Cheng Lee1; Candy Haley Y.X. Lim1; Hui Shi1; Lena A. L. Tang1; Yu Wang1; Kian Ping Loh1; Chwee Teck Lim1; 1National University of Singapore

10:40 AMFabrication of a Nanobiomaterial from Renewable Resources as a Potential Scaffold in Vascular Tissue Engineering: Parisa Pooyan1; Rina Tannenbaum2; Hamid Garmestani1; 1Georgia Institute of Technology; 2Boston University

10:55 AMShape and Stability of Substrate-Free Cell Films Generated by Mechanical Strain: Andreas Undisz1; Erik Geuther1; Andrea Voelpel1; Bernd Sigusch1; Markus Rettenmayr1; 1Friedrich-Schiller-University

11:15 AM InvitedInkjet-Printed Gels for Tissue Engineering: Paul Calvert1; Skander Limem; David Kaplan; 1University of Massachusetts Dartmouth

11:45 AMParametric Characterisation of Porous 3D Bioscaffolds Fabricated by Adaptive Foam Reticulation Technique: James Winnett1; Kajal Mallick1; 1University of Warwick

12:00 PMA Three Dimensional Anisotropic Finite-strain Damage Model of an Incompressible Quadriphasic Mixture: Application for Fibrous Soft Tissue: Alireza Ostadhossein1; Corina S. Drapaca1; 1Pennsylvania State University

12:20 PMSilk Fibroin Based Antibacterial Bionanotextile as Wound Dressing: Semih Çalamak1; Yeliz Tunç1; Ceren Özkul1; Meral Özalp1; Kezban Ulubayram2; 1Hacettepe University Faculty of Pharmacy; 2Hacettepe University Faculty of Pharmacy

Bulk Metallic Glasses X: Structures and Mechanical Properties IVSponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Peter Liaw, The University of Tennessee; Hahn Choo, The University of Tennessee; Yanfei Gao, The University of Tennessee; Gongyao Wang, University of Tennessee

Thursday AM Room: Bowie AMarch 7, 2013 Location: Grand Hyatt


Session Chairs: Paul Voyles, University of Wisconsin, Madison; Yuri Petrusenko, National Science Center - Kharkov Institute of Physics & Technology

8:30 AM InvitedMixed Icosahedral and Crystal-Like Short and Medium Range Structure in Zr50Cu45Al5 Bulk Metallic Glass: Paul Voyles1; Francois Payen1; Nayomi Plaza1; Jinwoo Hwang1; Eren Kalay2; Matt Kramer2; 1University of Wisconsin, Madison; 2Ames Laboratory

8:50 AM InvitedStatic Measurements for α- and β-relaxation below Tg in a Zr55Cu30Ni5Al10BMG: Osami Haruyama1; Kazuhiro Yoshikawa1; Hiroyuki Sawada1; Yoshihiko Yokoyama2; Kazumasa Sugiyama2; 1Tokyo University of Science; 2Tohoku University

9:10 AM InvitedRelaxation Phenomena in Bulk Metallic Glasses: From ß-Relaxations to Nano-Shear Bands: Konrad Samwer1; 1University of Göttingen

9:30 AMThe Correlation between Shear Band/Microcrack Evolution and the Plasticity of a Ti-Based Bulk Metallic Glass Composite: Wang Yongsheng1; Hao Guojian1; Lin Junpin1; 1University of Science and Technology Beijing (USTB)

9:45 AM InvitedRole of the Boundary Shear-Transformation Zones During Compression-Compression Fatigue Experiments: Yuri Petrusenko1; Alexander Bakai2; Sergij Bakai2; Peter Liaw3; Gongyao Wang3; Pei-Ling Sun4; 1National Science Center - Kharkov Institute of Physics & Technology,; 2National Science Center - Kharkov Institute of Physics & Technology; 3The University of Tennessee; 4Feng Chia University

10:05 AM Break

10:20 AMVariability of Poisson’s Ratio and Enhanced Ductility in Amorphous Metal: Klaus-Dieter Liss1; DongDong Qu2; Kun Yan3; Mark Reid4; Jun Shen2; 1Australian Nuclear Science and Technology Organisation; 2Harbin Institute of Technology; 3Australian Nuclear Science and Technology Organisation and University of Wollongong; 4University of Wollongong

10:35 AM InvitedShear-Band Arrest during Inhomogeneous Flow of Bulk Metallic Glasses: Robert Maass1; Peter Derlet2; Jörg Löffler1; 1ETH Zurich; 2Paul Scherrer Institute


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10:55 AM InvitedSize Matters: Fabrication and Deformation of Nano-Sized Metallic Glass Structures: Dongchan Jang1; David Chen1; Kelly Guan1; Julia Greer1; 1California Institute of Technology

11:15 AMDeformation Mode Transition by Structural Rejuvenation in Zr-Cu-Al Bulk Metallic Glass: Koichi Tsuchiya1; Fanqiang Meng2; Seiichiro Ii1; Yoshihiko Yokoyama3; Kei Ozaki4; Osami Haruyama4; 1NIMS; 2University of Tsukuba; 3Tohoku University; 4Tokyo University of Science

11:35 AMAtomic Structural Evolution in Metallic Melts: Hongbo Lou1; Xiaodong Wang1; Qingping Cao1; Jianzhong Jiang1; 1Zhejiang University

11:50 AM InvitedShear Deformation Characteristic and Work Hardening of High Strength Amorphous and Nanocrystalline Ni-W Alloys: Tohru Yamasaki1; Kazutaka Fujita2; 1University of Hyogo; 2Ube National College of Technology

12:10 PMInvestigation of Porous Zr-Based Bulk Metallic Glass: You Junhua1; WANG Houchun1; 1Shenyang University of Technology

Characterization of Minerals, Metals and Materials 2013: Characterization of MineralsSponsored by:TMS Extraction and Processing Division, TMS: Materials Characterization CommitteeProgram Organizers: Jiann-Yang Hwang, Michigan Technological University; Chen-Guang Bai, Chongqing University; John Carpenter, DOE LANL; Shadia Ikhmayies, Al Isra University; Bowen Li, Michigan technological University; Mingming Zhang, ArcelorMittal Global R&D; Sergio Monteiro, State University of North Rio de Janeiro; Zhiwei Peng, Michigan Technological University


Session Chairs: Chenguang Bai, Chongqing University; Matthew Andriese, Michigan Technological University

8:30 AMA Minimum Pollution, Low Energy Process for the Recovery of Cobalt and Copper from Complex Sulphide Minerals: Yotamu Hara1; 1Leeds University

8:50 AMCharacteristics and Non-Isothermal Crystallization Kinetics of Spinels in Vanadium Slag Containing High Content of Chromium: Hai-Xing Fang1; Hong-Yi Li1; Tao Zhang1; Chao Liu1; Cui Li1; Bing Xie1; 1Chongqing University

9:10 AMCharacterization and Dry High Intensity Magnetic Separation of Aswan Iron Ore: M. Sadawy1; A. Latif1; T. Taha1; A. Amer1; 1Faculty of Engineering, Al-Azhar University, Cairo, Egypt

9:30 AMExperiment Study on the Sintering Process Optimization of High Chromium Vanadium-Titanium Magnetite: Yong Zhang1; Jianxing Liu1; Gongjin Cheng1; Zhenggen Liu1; Mansheng Chu1; Xiangxin Xue1; 1Northeastern University

9:50 AMInfluence of the Material Properties of Iron Ores on Granulation before Sintering: Xiaobo Huang1; Chenguang Bai1; Rende Zhang1; Maojun Zhou2; Xuewei Lv1; 1College of Materials Science and Engineering,Chongqing University; 2Ironmaking plant, Baoshan Iron & Steel Co., Ltd.

10:10 AMPhysicochemical Properties of Slags Generated during the Copper Converting Process: Huaiwei Zhang1; Xiaoyan Shi1; Fei Sun1; Xinlin Li1; Xin Hong1; 1Shanghai University

10:30 AMPretreatment of Sulfur & Arsenic-Bearing Gold Concentrate by Double-layered Pellet Roasting Process: Jiang Tao1; li Xi-Shan1; Cui Li-na1; Ge Jie1; Li Qian1; Yang Yong-bin1; 1Central South University

10:50 AMReduction Mechanisms of Copper, Cobalt and Iron during Low Temperature Recovery from Mineral Sulphide Concentrates: Yotamu Hara1; 1Leeds University

11:10 AMMicrowave Dielectric Characterization of Silicon Dioxide: Zhiwei Peng1; Jiann-Yang Hwang1; Byoung-Gon Kim2; Matthew Andriese1; Xinli Wang1; 1Michigan Technological University; 2Korea Institute of Geoscience and Mineral Resources

11:30 AMThe Effect of Temperature on Dielectric Permitivity and Microwave Absorption Properties of Anthracite in Microwave Field: Chenhui Liu1; Libo Zhang1; 1Key Laboratory of Unconventional Metallurgy, Kunming University of Science and Technology

11:50 AMRecovery of High Grade SnO2 from Cassiterite Ore by Microwave Pretreatment, Leaching and Precipitation: Gerald Onyedika1; Martin Ogwuegbu1; 1Federal University of Technology, Owerri

12:10 PMResearch on a Novel Technology of Interactive Roast of Complex Low-grade Bismuth Sulfide Ore and Pyrolusite: Chuan-fu Zhang1; Zhi-Jian Wang1; Chu-ping Xia1; Jing Zhan1; 1Central South University

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Characterization of Minerals, Metals and Materials 2013: Characterization of Soft MaterialsSponsored by:TMS Extraction and Processing Division, TMS: Materials Characterization CommitteeProgram Organizers: Jiann-Yang Hwang, Michigan Technological University; Chen-Guang Bai, Chongqing University; John Carpenter, DOE LANL; Shadia Ikhmayies, Al Isra University; Bowen Li, Michigan technological University; Mingming Zhang, ArcelorMittal Global R&D; Sergio Monteiro, State University of North Rio de Janeiro; Zhiwei Peng, Michigan Technological University


Session Chairs: Gerald Onyedika, Federal University of Technology, Owerri; T.T. Chen, CANMET

8:30 AMComparison between HDPE/Clay and HDPE/Piassava Fiber/Clay Treated by Electron-Beam Radiation: Angel Ortiz1; Cordélia Mara Fazzio Escanhoela1; Michelle Gomes1; Rene Oliveira1; Francisco Díaz2; Esperidiana Moura1; 1IPEN-CNEN/SP; 2Metallurgical and Materials Engineering Department

8:50 AMEvaluation of the Diameter Dependence on the Tensile Strength of Bagasse Fiber by the Weibull Statistics.: Amanda Luiza Martins1; Veronica Candido1; Raissa Gouvea1; Sergio Monteiro2; 1Military Institute of Engineering; 2State University of the Northern Rio de Janeiro - UENF

9:10 AMInvestigation on the Thermal Conductivity of Inorganic-Filler/Resin Composite: Kenji Monden1; 1Denki Kagaku Kogyo K.K.

9:30 AMWeibull Analysis of the Correlation between the Elastic Modulus and the Diameter of Sponge-Gourd Fibers: Sergio Monteiro1; Raissa Gouvea2; Veronica Candido2; Amanda Luiza Martins2; 1Military Institute of Engineering ; 2Military Institute of Engineering

9:50 AMWeibull Analysis of the Elastic Modulus of Bamboo Fiber of the Specimen Dendrocalmus Giganteus: Lucas Martins1; Sergio Monteiro2; Frederico Margem1; Rômulo Loyola1; 1UENF; 2IME

10:10 AMCharacterization of Tensile Properties of Jute Fiber Reinforced Epoxy Composites: Isabela Silva1; Alice Bevitori1; Victor da Silva1; Frederico Margem1; Sergio Monteiro2; 1UENF; 2IME

10:30 AMComposite Based on Poly(Vinyl Alcohol), Starch and Sugarcane Bagasse Ashes: Dirce Jacomo1; Jaciele Teixeira2; Valquíria Silva2; Rene Oliveira2; Esperidiana Moura3; Michelle Gomes2; Anibal Victor Abreu Castillo4; 1CornProducts Brasil; 2Instituto de Pesquisas Energeticas E Nucleares - IPEN-CNEN/SP; 3Instituto de Pesquisas Energeticas E Nucleares - IPEN-CNEN/SP; 4Laboratorio Tecnologia del Uruguay

10:50 AMIncipient and Progressive Damage in High-Density Polyethylene under Extreme Tensile Conditions: Eric Brown1; Jevan Furmanski1; Carl Trujillo1; Daniel Martinez1; George Gray1; 1Los Alamos National Laboratory

11:10 AMStudy Biodegradability, Physical, and Mechanical Properties of Thermoplastic Starch/ Polypropylene Blends: Afsaneh Dorri Moghadam1; Reza Bagheri1; 1Sharif University of Technology, Iran

11:30 AMTensile Behavior of Epoxy Composites Reinforced with Continuous and Aligned Ramie Fibers: Alice Bevitori1; Isabela Silva1; Victor da Silva1; Frederico Margem1; Sergio Monteiro2; 1UENF; 2IME

11:50 AMTensile Strength of Epoxi Matrix Composites Reinforced with Giant Bamboo Fibers (Dendrocalmus Giganteus): Lucas Martins1; Sergio Monteiro2; Frederico Margem1; Rômulo Loyola1; 1UENF; 2IME

Computational Thermodynamics and Kinetics: Phase DiagramsSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Materials Processing and Manufacturing Division, TMS: Alloy Phases Committee, TMS: Chemistry and Physics of Materials Committee, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Phase Transformations Committee, TMS: Process Technology and Modeling CommitteeProgram Organizers: Jörg Neugebauer, Max-Planck-Institut für Eisenforschung GmbH; Carelyn Campbell, NIST; Dongwon Shin, Oakridge National Lab; Zi Kui Liu, Penn State; Michael Demkowicz, Massachusetts Institute of Technology; Raymundo Arroyave, Texas A & M University; Shenyang Hu, Pacific Northwest National Laboratory


Session Chairs: Bo Sundman, INSTN, CEA; Zi-Kui Liu, Penn State

8:30 AM InvitedThe Open Calphad Initiative: Bo Sundman1; Ursula Kattner2; Mauro Palumbo3; Suzana Fries3; 1INSTN, CEA; 2National Institute of Standards and Technology; 3ICAMS, RUB

8:55 AMA Tale of Two States and More: Modeling of New Generation of Lattice Stability from Zero Kelvin with Thermo-Calc 3.0: Qing Chen1; Wei Xiong2; Magnus Jansson1; Malin Selleby2; Anders Engström1; 1Thermo-Calc Software AB; 2KTH Royal Institute of Technology

9:10 AMLow Temperature CALPHAD Based on the New Generation of Lattice Stabilities Down to Zero Kelvin: Wei Xiong1; Qing Chen2; Moshiour Rahaman3; Malin Selleby3; Andrei Ruban3; 1University of Wisconsin - Madison; 2Thermo-Calc Software AB; 3KTH Royal Institute of Technology

9:25 AMThermodynamic Modeling of Laves-Phase Hardened Steels – The Fe-Cr-Nb-Si System: Clemens Schmetterer1; Aurelie Jacob1; Torsten Markus1; 1Forchungszentrum Juelich

9:40 AMAb-Initio Calculations and Reassessment of U-Nb System: Thien Duong1; Alexander Landa2; Patrice Turchi2; Saurabh Bajaj3; Raymundo Arroyave1; 1Texas A&M University; 2Lawrence Livermore National Laboratory; 3California Institute of Technology

9:55 AM Break


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10:20 AM InvitedThermodynamic Modeling of Oxy-Fluoride System Containing CaO-SiO2-Al2O3-MgO-Na2O-F System and Its Applications to Mould Flux Design in Steelmaking Process: In-Ho Jung1; Marie-Aline Van Ende1; 1McGill University

10:45 AMCalculation of the Phase Equilibria in Nb-Ni-Ti Ternary System: Guangxiang Tan1; Gui Na1; Ming Zhu2; Xionggang Lu1; Jieyu Zhang1; Guangxin Wu1; Chonghe Li1; 1Shanghai University; 2General Research Institute for Nonferrous Metals

11:00 AM316Nb: Detailed Mechanisms of Sigma Phase Precipitation: Aurelien Perron1; François Buy1; Eric Suzon1; Xavier Ledoux1; Gwenaël Texier1; Joseph Farré1; François Cortial2; Philippe Petit3; 1CEA; 2DCNS Research - CESMAN; 3Aubert & Duval

Cost Affordable Titanium IV: Processing: Property RelationshipSponsored by:TMS Structural Materials Division, TMS: Titanium CommitteeProgram Organizers: M. Ashraf Imam, Naval Research Lab; Sam Froes, University of Idaho (Retired); Ramana Reddy , The University of Alabama

Thursday AM Room: 217CMarch 7, 2013 Location: Henry B. Gonzalez Convention Center

Session Chairs: K. S. Ravi Chandran, University of Utah; Rohit Bhagat, Warwick University

8:30 AMThe Initial Development of Next Generation, Military Grade Titanium Alloys for Armor Applications: Tyrone Jones1; Katsuyoshi Kondoh2; 1U.S. Army Research Laboratory; 2Osaka University

8:50 AM InvitedBeta Gamma Fine Fully Lamellar Materials: Breaking Ductility and Use Temperature Barriers: Young-Won Kim1; Sang-Lan Kim2; Christopher Woodward3; 1Gamteck; 2UES; 3AFRL

9:10 AM InvitedElectromagnetic Cold Crucible Technology for the Production of Large γ-TiAl Alloy Ingots with Directional Growth Structures: Hongsheng Ding1; Ge Nie1; Yongzhe Wang1; Ruirun Chen1; Jingjie Guo1; Hengzhi Fu1; 1Harbin Institute of Technology

9:30 AMThe Potential for Discontinuously Reinforced Ti-TiBw Metal Matrix Composites in High Performance Structural Applications: K. S. Ravi Chandran1; 1University of Utah

9:50 AM Break

10:10 AMEconomic Surface Treatment of Ti-Alloys to Improve Their Resistance Against Environmental High Temperature Attack: Alexander Donchev1; Michael Schütze1; Rossen Yankov2; Andreas Kolitsch2; 1DFI; 2HZDR

10:30 AMMechanical Property Correlation with Microstructural Features in Bimodal and Fully Lamellar Microstructures Developed in the High-Strength, Near-Beta Titanium Alloy, TIMETAL®18: Adam Young1; Robert Williams1; Megan Harper2; Steve Fox2; Hamish Fraser1; 1Ohio State University; 2TIMET

10:50 AMDevelopment of Low Cost and Low Elastic Modulus of Ti-Al-Mo-Fe Alloys for Automotive Applications: Chenglin Li1; Wenjun Ye1; Xujun Mi1; Songxiao Hui1; Dong-Geun Lee2; Yongtai Lee2; 1General Research Institute for Nonferrous Metals; 2Korea Institute of Materials Science

11:10 AMEffect of Swirly Segregation of Mo on Omega Phase Precipitation Behavior and Tensile Property of Ti-12Mo Alloy: Satoshi Emura1; Xiaohua Min1; Seiichiro Ii1; Koichi Tsuchiya1; 1National Institute for Materials Science

11:30 AMGrain Refinement in Metastable Beta-type Titanium Alloys by Severe Plastic Deformation: Wei Xu1; Xiaolin Wu1; Lingfei Cao2; Darren Edwards3; Mihai Stoica4; Eckert Jürgen4; Kenong Xia1; 1University of Melbourne; 2Monash University; 3Defence Science and Technology Organisation; 4IFW Dresden

11:50 AMMicrostructure and Mechanical Properties of Low Cost Ti-Al-Cr-Fe Titanium Alloy: Guo Wang1; SongXiao Hui1; WenJun Ye1; 1State Key Laboratory for Fabrication & Processing of Nonferrous Metals, General Research Institute for Nonferrous Metals

12:10 PMRecycling of Titanium Machining Chips by Equal Channel Angular Pressing: Daniel McDonald1; Wei Xu2; Kenong Xia1; 1University of Melbourne and Defence Materials Technology Centre; 2University of Melbourne

Deformation, Damage, and Fracture of Light Metals and Alloys: Deformation, Damage, and Fracture of Light Metals and Alloys Session VISponsored by:TMS Light Metals Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Ke An, Oak Ridge National Laboratory; Qizhen Li, University of Nevada, Reno


Session Chair: Qizhen Li, University of Nevada, Reno

8:30 AMInternal Stresses in High Strength 7xxx Alloy with Different Textures: Patrick Schloth1; Julia Repper2; Weimin Gan3; Jean-Marie Drezet1; Helena Van Swygenhoven2; Steven Van Petegem; 1EPFL; 2Paul Scherrer Institut; 3Helmholtz-Zentrum Geesthacht (HZG) Out Station at FRM-II

8:50 AMInfluence of the Microstructure on the Fracture Strain of 6xxx Series Aluminum Alloys: Aude Simar1; Kim Nielsen2; Liza Lecarme1; Thomas Pardoen1; 1Universite catholique de Louvain; 2Technical University of Denmark

9:10 AMModelling the Mechanical Behaviour and Fracture of an Al-Zn-Mg Electron Beam Weld Based on a Multi-Scale Microstructural Analysis: Quentin Puydt1; Sylvain Flouriot2; Sylvain Ringeval2; Alexis Deschamps1; Guillaume Parry1; Frédéric De Geuser3; 1Grenoble Institute of Technology; 2CEA Valduc; 3SIMAP

9:30 AMPredictions and Modeling of Failure Modes in Crystalline Layered Aluminum Composites: Prasenjit Khanikar1; Qifeng Wu1; Mohammed Zikry1; 1North Carolina State University

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9:50 AMSubstructure Evolution during Grain Boundary Sliding in Al Bicrystals: Rajesh Korla1; S Karthikeyan1; A Chokshi1; 1Indian Institue of Science, Bangalore

10:10 AM Break

10:20 AMSolute Effects in Strengthening and Grain Size Reduction in Mechanically Alloyed Al-Mn Alloys: Kris Darling1; Anthony Roberts2; Heidi Maupin1; Suveen Mathaudhu3; Laszlo Kecskes1; 1ARL; 2ORISE; 3ARO

10:40 AMA Study of the Strengthening Mechanisms in Al-Based Nanostructured Alloys: Stella Pedrazzini1; Marina Galano1; Fernando Audebert1; George D W Smith1; Marcela Lieblich2; Asuncion Garcia-Escorial2; 1Department of Materials, University of Oxford; 2CENIM-CSIC

11:00 AMCharacterization of Ti/Al Multilayered Composites Subjected to Perforation Testing: Derrick Stokes1; Xiu-Ren Bu2; Jennifer Conway1; Stanley Jones1; Viola Acoff1; 1The University of Alabama; 2Clark Atlanta Unviersity

11:20 AMEffects of Precipitation on Plastic Instabilities in AA 2198: Henry Ovri1; Erica Lilleodden1; 1Helmholtz Zentrum Geesthacht

11:40 AMMaterial Constitutive Parameter Identification for Aluminum Alloys Using Electromagnetic Forming Coupled with Numerical Simulation: Jianhui Shang1; Steve Hatkevich1; Larry Wilkerson1; 1American Trim LLC

12:00 PMImproved Environmental Bending Fatigue Strength of Mg-Al-Mn Alloy by Super Vacuum Die Cast: Wei Wen1; Yan Jin1; Alan Luo2; Tongguang Zhai1; 1University of Kentucky; 2General Motors

Fatigue in Materials: Microstructure-Driven Modeling and In-Situ Fatigue Characterization: Advanced and Emerging Technologies in Fatigue Experimentation and SimulationSponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Michael Sangid, Purdue University; Tongguang Zhai, University of Kentucky; Antonios Kontsos, Drexel University


Session Chair: Michael Sangid, Purdue University

8:30 AM KeynoteCombined High Energy X-ray Diffraction Microscopy and Tomography Measurements On and Around Fracture Surfaces: Robert Suter1; Xi Tan1; Jonathan Lind1; Shiu Fai Li1; Christopher Hefferan1; Ulrich Lienert2; 1Carnegie Mellon University; 2Argonne National Laboratory

9:05 AM InvitedUnderstanding Microcrack Initiation Conditions Using Synchrotron X-Rays and Crystal-Scale Material Models: Matthew Miller1; 1Cornell University

9:30 AM InvitedSimulating the Mechanical Responses of Polycrystals under Cyclic Loading with a Focus on Comparisons with In Situ Loading Diffraction Experiments: Paul Dawson1; 1Cornell University

9:55 AM Break

10:15 AM InvitedIn Situ Fatigue Monitoring in Magnesium Alloys: Antonios Kontsos1; Kavan Hazeli1; 1Drexel University

10:40 AM InvitedUsing Ultrasonic Fatigue Methods in the Very High Cycle Fatigue Regime: J. Wayne Jones1; 1University of Michigan

11:05 AM InvitedCharacterization of Deformation Mechanisms Under Cyclic and Dwell Fatigue in a Polycrystalline Ni-based Superalloy: Dan Wei1; Patrick Phillips2; Timothy Smith3; Dave Mourer1; Michael Mills3; 1GE Aviation; 2University of Illinois-Chicago; 3The Ohio State University

11:30 AM InvitedIn-Situ TEM and XRD to Examine Fatigue Mechanisms of Nanocrystalline Metals: Brad Boyce1; Henry Padilla1; John Sharon1; Blythe Clark1; Daniel Kiener; Daniel Kiener2; 1Sandia National Labs; 2Montanuniversität Leoben

11:55 AMCharacterizing and Simulating Fatigue Cracking Mechanisms in LSHR: Albert Cerrone1; Joseph Tucker2; Clayton Stein2; Ashley Spear1; Anthony Rollett2; Anthony Ingraffea1; 1Cornell University; 2Carnegie Mellon University


Friction Stir Welding and Processing VII: Friction Stir ProcessingSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Shaping and Forming CommitteeProgram Organizers: Rajiv Mishra, University of North Texas; Murray Mahoney, Retired from Rockwell Scientific; Yutaka Sato, Tohoku University; Yuri Hovanski, Pacific Northwest National Laboratory; Ravi Verma, General Motors

Thursday AM Room: Grand Ballroom C3March 7, 2013 Location: Henry B. Gonzalez Convention Center

Session Chairs: John Baumann, The Boeing Company; Judith Schneider, Mississippi State University; Saumyadeep Jana, PNNL

8:30 AMMaterial Flow and Texture in Friction Extruded Wire: Xiao Li1; Wei Tang1; Anthony Reynolds1; 1University of South Carolina

8:50 AM InvitedNano-Sized Grain Refinement Using Friction Stir Processing: Brian Thompson1; Kevin Doherty2; Jianqing Su3; Rajiv Mishra3; 1EWI; 2U.S. Army Research Laboratory; 3University of North Texas

9:10 AMFriction Stir Processing for Mitigation of Sensitization in 5XXX Series Aluminum Alloys: Anthony Reynolds1; Joel Chrisfield1; 1University of South Carolina


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9:30 AMFriction Stir Processing of Cast Aluminum Alloys: Seeking a Correlation between Process Parameters, Abnormal Grain Growth, and Fatigue Behavior: Saumyadeep Jana1; Glenn Grant1; Blair Carlson2; Rajiv Mishra3; 1PNNL; 2General Motors R & D center; 3University of North Texas

9:50 AMDouble Sided Multipass Friction Stir Processing and Its Effect on the Superplastic Forming Behaviour of a 5086 Aluminum Alloy: Pradeep Shivanna1; Vivek Pancholi1; 1Indian Institute of Technology Roorkee

10:10 AM Break

10:20 AMModified Friction Stir Processing for Back Extruding Lightweight Alloy Tubes: Fadi Abu-Farha1; 1Clemson University

10:40 AMNovel Applications of Friction Stir Welding and Processing in Aluminum and Magnesium Alloys: YE CAO1; Andrew L. Biro1; Diana Lados1; 1Worcester Polytechnic Institute, Integrative Materials Design Center

10:55 AM InvitedFabrication of Carbon Nanotube Reinforced Aluminum Matrix Composites Via Friction Stir Processing: Z.Y. Ma1; Z.Y. Liu1; B.L. Xiao1; W.G. Wang1; 1Institute of Metal Research, Chinese Academy of Sciences

11:15 AMProcessing and Characterization of Cu-Mo Composite Via Additive Friction Stir Fabrication: Kumar Kandasamy1; Liam Renaghan1; Zachary Morrey1; Jeffrey Schultz1; 1Aeroprobe Corporation

11:35 AMFlow Behavior of SiC Particles as Tracer Material during the Fabrication of MMCs by Friction Stir Processing: Qing-yu Shi1; Kai Sun1; Wei Wang1; Xu Kang1; 1Tsinghua University

11:55 AMProcessing, Microstructure and Mechanical Property Correlation in Al-B4C Surface Composite Produced Via Friction Stir Processing: Mageshwari Komarasamy1; Rajiv Mishra1; John Baumann2; Glenn Grant3; Yuri Hovanski3; 1University of North Texas; 2The Boeing Company; 3Pacific Northwest National Laboratory

12:10 PMEffect of Friction Stir Processing on Room Temperature Forming of AZ31 Alloy: Phalgun Nelaturu1; Rajiv Mishra1; Glenn Grant2; Yuri Hovanski2; 1University of North Texas; 2Pacific Northwest National Laboratory

12:25 PMFabrication of Light-Weight, High Thermal Conductivity Metal Matrix Composites Using Friction Stir Processing: Chi-Hoon Jeon1; Ho-Cheol Suh2; Yong-Ha Jeong1; Min-Sung Kim1; Sung-Tae Hong1; Young-Jin Yum1; Seung-Hyun Hur1; 1University of Ulsan; 2Sejong Industrial co

Frontiers in Solidification Science: Atomistic Aspects and NucleationSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Solidification CommitteeProgram Organizers: Andre Phillion, University of British Columbia; Silvere Akamatsu, Institut des Nanosciences de Paris; Christoph Beckermann, The University of Iowa; Michel Rappaz, Ecole Polytechnique Federale de Lausanne

Thursday AM Room: Lone Star Salon FMarch 7, 2013 Location: Grand Hyatt


Session Chairs: Christoph Beckermann, University of Iowa; Nikolas Provatas, McGill University

8:30 AM InvitedCoalescence and Mechanical Behavior of Bicrystals during Late-Stage Solidification: Insights from Atomistic and Phase-Field-Crystal Simulations: Alain Karma1; 1Northeastern University

9:00 AM InvitedA Molecular Dynamics and Phase Field Crystal Study of Solute Trapping: Harith Humadi1; Jeffrey Hoyt1; Nikolas Provatas2; 1McMaster University; 2McGill University

9:30 AMExperimental Determination of Nucleation Rates: Gerhard Wilde1; Joachim Bokeloh1; 1University of Muenster

9:50 AM Break

10:00 AMStep Free Energy Calculations for Faceted Solid-Liquid Interfaces in Stillinger-Weber Silicon: Timofey Frolov1; Mark Asta1; 1University of California Berkeley

10:20 AMModelling of the Nucleation-Free Zone Formed during the Initial Transient of Grain Formation: Arvind Prasad1; Lang Yuan2; Peter Lee2; David StJohn1; 1University of Queensland; 2The University of Manchester

10:40 AMAtomic Observation of Sr in High Purity Melt Spun Al-5 wt%Si Based Alloys: Jiehua Li1; Peter Schumacher1; 1The University of Leoben

11:10 AMEffect of Antimony on Primary Graphite Growth in Cast Iron – From Ab-Initio Calculations to Experimental Observations: Ivan Bleskov1; Koenraad Theuwissen1; Damien Connetable1; Jacques Lacaze1; 1Université de Toulouse

11:30 AMAnisotropy of Mobility and Free Energy of Solid-Liquid Interface in Stochiometric Ni-Zr Compounds: S. R. Wilson1; M. I. Mendelev1; 1Ames Laboratory, USDOE

11:50 AMAveraged Voronoi Polyhedron in the Diffusion Controlled Solidification Modeling: Andriy Burbelko1; Jacek Poczatek1; 1AGH University of Science and Technology

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Hume-Rothery Award Symposium: Electronic Structure Theory of Stability and Bonding in Alloys: Magnetic MaterialsSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Alloy Phases CommitteeProgram Organizer: Chris Wolverton, Northwestern University


Session Chairs: Su-Huai Wei, NREL; Lin-Wang Wang, LBNL

8:30 AM InvitedFinite Temperature, Magnetic, and Many-Body Effects in Ab Initio Simulations of Alloy Thermodynamics: Igor Abrikosov1; Björn Alling1; Peter Steneteg1; Lasse Hultberg1; Olle Hellman1; Igor Mosyagin1; Andrey Lugovskoy2; Svetlana Barannikova3; 1Linköping University; 2National Research Technological University MISiS; 3Institute of Strength Physics and Materials Science and Tomsk State University

9:00 AM InvitedAnalytic Bond-Order Potential Including Magnetism and Charge Transfer for Modelling Steel: Ralf Drautz1; David Pettifor2; 1Ruhr-Universität Bochum; 2University of Oxford

9:30 AM Break

9:50 AM InvitedHeusler Compounds: From Spintronics to Topological Insulators: Claudia Felser1; 1Max Planck Institute

10:20 AM InvitedMagnetism Where You Least Expect It: Priya Mahadevan1; 1S.N.Bose National Centre for Basic Sciences

Magnesium-Based Biodegradable Implants Symposium: Advanced Materials and ProcessingSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Light Metals Division, TMS Structural Materials Division, TMS: Biomaterials Committee, TMS: Magnesium CommitteeProgram Organizers: Candan Tamerler, University of Washington; Wim Sillekens, European Space Agency

Thursday AM Room: 214DMarch 7, 2013 Location: Henry B. Gonzalez Convention Center


Session Chairs: Jag Sankar, North Carolina A&T State University; Petra Maier, University of Applied Sciences Stralsund

8:30 AM InvitedMg-Based Bulk Metallic Glasses for Use as Biodegradable Implants: Jörg Löffler1; 1ETH Zurich

9:00 AMGrowing and Characterization of Magnesium Single Crystal for Biodegradable Implant Applications: Pravahan Salunke1; Madhura Joshi1; Frank Witte2; Mark Schulz1; Maren Pink3; Boyce Collins4; Vesselin Shanov1; 1University of Cincinnati; 2Hannover Medical School; 3Indiana University; 4North Carolina Agricultural and Technological State University

9:20 AMMicrostructure Design of Ultra-Fine-Grained Mg-Al Alloy for Bioabsorbable Implant Applications: Toshiji Mukai1; Akiko Yamamoto2; Yoshinaka Shimizu3; 1Kobe University; 2National Institute for Materials Science; 3Tohoku University

9:40 AMEffects of Composition and Grain Size on Corrosion Behavior of CaO added Magnesium Alloys as Biodegradable Materials.: Wonseok Yang1; Hyun Kyu Lim1; Young-Ok Yoon1; Shae K. Kim1; Do Hyang Kim2; 1KITECH; 2Yonsei University

10:00 AM Break

10:20 AMEffect of Processing on Mechanical Properties and Corrosion of Pure Mg and Binary Mg-Ca Alloys for Application As Biodegradable Implants: O. Jay1; Jean-Jacques Blandin1; I. Guillotte1; P. Donnadieu1; J. P. Petit1; E. Toyserkani2; S. Esmaeili2; 1Université de Grenoble / CNRS; 2University of Waterloo

10:40 AMEvolution of the Mechanical and the Corrosion Properties in AE21 and AE42 Magnesium Alloys after Processing through ECAP: Peter Minárik1; Robert Král1; Josef Pešicka1; 1Charles University in Prague, Faculty of Mathematics and Physics

11:00 AMInfluence of Thermo-Mechanical Processing on the Mechanical and Bio-Corrosion Behavior of AZ80-Based Magnesium Alloy for Stent Application: Jake Edick1; Wim Sillekens2; 1Boston Scientific; 2TNO

Magnesium Technology 2013: Grain Refinement, Twinning, and CompositesSponsored by:TMS Light Metals Division, TMS: Magnesium CommitteeProgram Organizers: Norbert Hort, Helmholtz-Zentrum Geesthacht; Suveen Mathaudu, US Army Research Office; Neale Neelameggham, IND LLC; Martyn Alderman, Magnesium Elektron


Session Chairs: Karl Kainer, Helmholtz-Zentrum Geesthacht; Bin Li, Mississippi State University

8:30 AMOptimisation of the Process for Obtaining an UFG Structure in WE43 Alloy: Stanislav Rusz1; Lubomir Cizek1; Jan Dutkiewicz2; Bartlomiej Plonka3; Vit Michenka4; Stanislav Tylsar1; Michal Salajka1; Jan Kedron1; Tibor Donic5; Eugenius Hadasik6; 1VSB - Technical University of Ostrava; 2Polish Academy of Science; 33Institute of Non Ferrous Metals in Gliwice; 4Research Institute of Iron and Metallurgy Dobra; 5Technical University of Zilina; 6Silesian University of Technology Katowice

8:50 AMThermal Stability of Ultra-Fine Grained Magnesium Alloy Processed by Extrusion and ECAP: Jitka Vrátná1; Miloš Janecek1; 1Charles University in Prague

9:10 AMTailoring Precipitates in Mg-6Zn-2Gd Based Alloy Subjected to High Pressure Torsion: Jiehua Li1; Peter Schumacher1; 1The University of Leoben


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9:30 AMInteraction between a Mg17Al12 Precipitate and {1012} <1012> Twin Boundary in Magnesium Alloys: Bin Li1; Suveen Mathaudhu2; 1Center for Advanced Vehicular Systems; 2Army Research Laboratory

9:50 AMTwin Boundary Migration Creating Zero Shear Strain: In-Situ TEM Observations and Atomistic Simulations: Boyu Liu1; Bin Li2; Zhiwei Shan1; 1Xi’an Jiaotong University; 2Center for Advanced Vehicular Systems

10:10 AM Break

10:30 AMNanoparticle Addition to Enhance the Mechanical Response of Magnesium Alloys Including Nanoscale Deformation Mechanisms: Muralidharan Paramsothy1; Manoj Gupta1; 1National University of Singapore

10:50 AMProperties of Extruded Disintegrable Metal Composites: Bobby Salinas1; Zhiyue Xu1; John Welch1; 1Baker Hughes

11:10 AMEffect of Fiber Volume Fractions on Corrosion Resistance of Mg AM60 Alloy-based Composites in NaCl Solutions: Xuezhi Zhang1; Xiaoping Niu2; Henry Hu1; 1University of Windsor; 2Promatek Research Center

11:30 AMSynthesis of Disintegrable Metal Composite for Oilfield Applications: Zhihui Zhang1; Bobby Salinas1; Caleb Newman1; Zhiyue Xu1; 1Baker Hughes

Materials and Fuels for the Current and Advanced Nuclear Reactors II: Structural Materials IIISponsored by:TMS Structural Materials Division, TMS/ASM: Corrosion and Environmental Effects Committee, TMS/ASM: Nuclear Materials CommitteeProgram Organizers: Ramprashad Prabhakaran, Idaho National Laboratory; Dennis Keiser, Idaho National Laboratory; Raul Rebak, GE Global Research


Session Chair: Walter Luscher, Pacific Northwest National Laboratory

8:30 AMEffects of Oxide Particle Composition on Structure Property Relations in Reduced Activation Ferritic - Oxide Dispersion Strengthened Steels: Jan Hoffman1; T Ben Britton2; David Armstrong2; Steve Roberts2; Michael Rieth1; 1Karlsruhe Institute of Technology; 2Department of Materials, University of Oxford

8:50 AMMicrostructural Assessment of Zr-Fe-Ce Alloys as an Inert Matrix for Nuclear Fuels: Brian Barnhart1; Patrice Turchi2; Sean McDeavitt1; 1Texas A&M University; 2Lawrence Livermore National Laboratory

9:10 AMVanadium Coating on F/M Steel for Mitigating the Fuel Cladding Chemical Interaction: Wei-Yang Lo1; Yong Yang1; 1University of Florida

9:30 AMMicrostructure Study of 800H Alloy at Static and Dynamic Heating Conditions: Behrang Poorganji1; Deepthi Tammana1; Xingshou Wen1; Laura Carroll2; Richard Wright2; T-L. (Sam) Sham3; Vijay. K Vasudevan1; 1University of Cincinnati; 2Idaho National Laboratory; 3Oak Ridge National Laboratory

9:50 AMOn the Evolution Late Blooming Phases in RPV Steels: Theoretical Foundations, Experimental Observations and Recent Insights: G. Odette1; Peter Wells1; Takuya Yamamoto1; Nicholas Cunningham1; Yuan Wu1; 1UC Santa Barbara

10:10 AM Break

10:30 AMFission Product Diffusion in ß-SiC Using Ion Implanted Multilayer Diffusion Couples: Shyam Dwaraknath1; Gary Was1; 1University of Michigan

10:50 AMInfluence of Liquid Sodium on the Mechanical Behavior of Modified 9Cr-1Mo Steel: Samuel Hemery1; Thierry Auger1; Jean-Louis Courouau2; Fanny Balbaud-Celerier2; 1CNRS; 2CEA

11:10 AMEvaluation of Potential Diffusion Barrier Candidates for High-Burnup Metal Fuel Cladding Designs: Grant Helmreich1; Carissa Humrickhouse-Helmreich1; James Vollmer2; Rob Corbin2; Sean McDeavitt1; 1Texas A&M University; 2TerraPower

11:30 AMStructure and Properties of Oxide Dispersion Strengthened 18Cr Steel: Vijay R.1; Nagini M.1; Ramakrishna M.1; Sundararajan G.1; 1International Advanced Research Centre for Powder MEtallurgy and New Materials (ARCI)

Materials Science of Nuclear WasteManagement IISponsored by:TMS Structural Materials Division, TMS/ASM: Nuclear Materials CommitteeProgram Organizers: Kyle Brinkman, Savannah River National Laboratory (SRNL); Ming Tang, Los Alamos National Laboratory (LANL); Kevin Fox, Savannah River National Laboratory (SRNL); Peng Xu, Westinghouse Electric Company


Session Chairs: Ming Tang, Los Alamos National Laboratory; Chris Stanek, Los Alamos National Laboratory

8:30 AM InvitedSteel-Based Alloy Waste Forms for Reprocessing Wastes: William Ebert1; 1Argonne National Laboratory

9:00 AMMelt Processed Crystalline Ceramic Wasteforms for an Advanced Nuclear Fuel Cycle: Kyle Brinkman1; Jake Amoroso1; Kevin Fox1; James Marra1; Ming Tang2; 1Savannah River National Laboratory (SRNL); 2Los Alamos National Laboratory (LANL)

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9:20 AMHot Isostatic Pressing of Chlorine-Containing Plutonium Residues and Wastes: Martin Stewart1; Sam Moricca1; Eric Vance1; Ewan Maddrell2; Charlie Scales2; Jeff Hobbs3; R. Authur Day1; 1Australian Nuclear Science and Technology Organisation; 2National Nuclear Laboratory; 3Sellafield Ltd.

9:40 AMComparison of Hydrogen Insertion Methods to Evaluate the Behavior of Zirconium-Based Cladding during Dry Storage: Sean McDeavitt1; Brent Heuser2; Delia Perez-Nunez1; Samuel Kuhr1; Jun-Li Lin2; Ryan Brito1; John Martinez1; William Sames1; 1Texas A&M University; 2University of Illinois and Urbana-Champaign

10:00 AM Break

10:15 AMDelayed Hydride Cracking Susceptibility of Spent Fuel Rods in Dry Storage: Young Suk Kim1; 1Korea Atomic Energy Research Institute

10:35 AMNet-Shape Al/B4C Metal Matrix Composites (MMCs) for High Specific Stiffness and Neutron Absorption Applications: Prashant Karandikar1; Matthew Duke1; Allyn McCormick1; Michael Aghajanian1; 1M Cubed Technologies, Inc.

10:55 AMIsolation of Matrices for High-Level Radioactive Waste Using Metal Coatings Prepared by Chemical Vapor Deposition: Boris Bryskin1; Alexander Kostylev2; Jorge Pokrovsky; Vladimir Romanovsky; Alexander Lumpov2; 1Bryskin Metallurgical Consulting; 2Khlopin Radium Institute

11:15 AMEffect of Alloy Composition on the Environmental cracking of Nickel Alloys in Bicarbonate and Chloride Solutions: Natalia Zadorozne1; Ricardo Carranza2; C. Giordano2; Alicia Ares3; Raul Rebak4; 1CONICET; 2Instituto Sabato; 3Universidad Nacional de Misiones; 4GE Global Research

11:35 AMEncapsulation of Mg-Zr Fuel Cladding in Geopolymer Material: David Lambertin1; Adrien Rooses1; Fabien Frizon1; Valerie Thiebaut1; 1CEA/DEN

11:55 AMNeutron and X-Ray Imaging of Cement and Ceramic Wasteforms: Daniel Brew1; Frikkie de Beer2; Peter McGlinn1; Mabuti Radebe2; Robert Nshimirimana2; 1ANSTO; 2South African Nuclear Energy Corporation

Microstructural Processes in Irradiated Materials: Nuclear Fuels & Zr-alloy Claddings Sponsored by:TMS Structural Materials Division, TMS/ASM: Nuclear Materials CommitteeProgram Organizers: Thak Sang Byun, Oak Ridge National Laboratory; Dane Morgan, University of Wisconsin-Madison; Yasuyoshi Nagai, Tohoku University; Zhijie Jiao, University of Michigan-Ann Arbor; Christine Guéneau, CEA-Saclay


Session Chairs: Brian Cockeram, Bechtel-Bettis; Thierry Wiss, European Commiss, Joint Res Ctr

8:30 AM InvitedSingle Effect Studies for Assessing In-Pile Fuel Behavior: Thierry Wiss1; Dragos Staicu1; Arne Janssen1; Vincenzo Rondinella1; Rudy Konings1; 1EC - JRC - Institute for Transuranium Elements

9:00 AMMicrostructural Investigation of Kr Irradiated UO2: Lingfeng He1; Mahima Gupta1; Clarissa Yablinsky1; Jian Gan2; Marquis Kirk3; Todd Allen1; 1University of Wisconsin-Madison; 2Idaho National Laboratory; 3Argonne National Laboratory

9:20 AMInvestigation of Swift Heavy Ion Irradiation Defects in CeO2: Clarissa Yablinsky1; Jian Gan2; Ram Devanathan3; Todd Allen1; 1University of Wisconsin; 2Idaho National Laboratory; 3Pacific Northwest National Laboratory

9:40 AMAb Initio Molecular Dynamics Simulation of Interstitial Diffusion in Ni-Cr Alloys: Leland Barnard1; Katharina Vortler1; Izabela Szlufarska1; Dane Morgan1; 1University of Wisconsin-Madison

10:00 AM Break

10:10 AMThermodynamic Modeling of the U-Zr System - A Revisit: Wei Xiong1; Wei Xie2; Chao Shen2; Dane Morgan3; 1Department of Materials Science and Engineering, University of Wisconsin – Madison; 2Materials Science Program, University of Wisconsin – Madison; 3Materials Science Program & Department of Materials Science and Engineering, University of Wisconsin – Madison

10:30 AMMicrostructural Evolution of a Uranium-Zirconium Alloy at Low Fluences: Maria Okuniewski1; Steven Hayes1; Brandon Miller1; Assel Aitkaliyeva1; Jian Gan1; James Madden1; Gary Bell2; Ron Ellis2; Joel McDuffee2; Larry Ott2; 1Idaho National Laboratory; 2Oak Ridge National Laboratory

10:50 AMDevelopment of Microstructure and Irradiation Hardening of Zircaloy during Low Dose Neutron Irradiation at Nominally 375-440°C: Brian Cockeram1; K Leonard2; T.S. Byun2; Lance Snead2; Jim Hollenbeck1; 1Bechtel-Bettis; 2Oak Ridge National Laboratory

11:10 AMInteractions between Gliding Dislocations and Irradiation Induced Loops in Recrystallized Zircaloy-4: In Situ TEM Tensile Tests and Dislocation Dynamic Simulations: Julie Drouet1; Fabien Onimus1; Laurent Dupuy1; Frédéric Mompiou2; Simon Perusin3; Antoine Ambard4; 1CEA Saclay; 2CEMES; 3AREVA NP SAS Fuel Business Unit 10; 4EDF/R&D Les Renardières

11:30 AMTheoretical Investigation of Microstructure Evolution and Deformation of Zirconium under Neutron Erradiation: Alexander Barashev1; Stanislav Golubov1; Roger Stoller1; 1Oak Ridge National Laboratory

11:50 AMAccurate Computation of Point Defect Absorption Rates by Sinks: Gopinath Subramanian1; Blas Uberuaga1; Danny Perez1; Carlos Tome1; Arthur Voter1; 1LANL


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Modeling and Experimental Validation of Multiscale Mechanical Behavior from Atomic Scale to Macro Scale: Dislocation DynamicsSponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Mechanical Behavior of Materials Committee, TMS: Nanomechanical Materials Behavior Committee, TMS: Process Technology and Modeling Committee, TMS: Shaping and Forming CommitteeProgram Organizers: Nathan Mara, Los Alamos National Laboratory; Jian Wang, Los Alamos National Laboratory; Brad Boyce, Sandia National Laboratories; Jennifer Carter, Case Western Reserve University; Anthony Rollett, Carnegie Mellon University; Jonathan Zimmerman, Sandia National Laboratories


Session Chairs: Giacomo Po, University of California, Los Angeles; Marisol Koslowski, Purdue University

8:30 AM InvitedRecent Progress in Dislocation Dynamics: Sylvie Aubry1; Athanasios Arsenlis1; Wei Cai2; Steve Fitzgerald3; 1LLNL; 2Stanford University; 3Culham Center for Fusion Energy

9:00 AMAtomistics Analysis of Dislocation Structure and Mechanisms in Semi-Coherent Nanoscale Epitaxial Laminates: Firas Akasheh1; Bin Li2; 1Tuskegee University; 2Center of Advanced Vehcular Systems

9:20 AM InvitedConstrained Network Parametric Dislocation Dynamics (CNPDD) in Finite Volumes: Giacomo Po1; Nasr Ghoniem1; 1UCLA

9:50 AMDislocation Microstructure Analysis of Multi-junctions in Large Scale Dislocation Dynamics Simulations of BCC Metals: Meijie Tang1; Lei Cao2; Rich Cook1; 1LLNL; 2Purdue University

10:10 AM Break

10:20 AM InvitedMultiscale Simulation of Dislocation-Σ11 Grain Boundary Interaction in FCC Materials: Wenshan Yu1; Zhiqiang Wang1; 1University of North Texas

10:50 AM InvitedBridging Atomistic and Dislocation Dynamics across Time and Length Scales: Marisol Koslowski1; 1Purdue University

11:20 AM InvitedSize Effects in Plastic Deformation: Modeling and Experiment: Richard LeSar1; 1Iowa State University

11:50 AMA Physics-Based Understanding of Size-Effects in FCC Single Crystals: Jaafar El-Awady1; 1Johns Hopkins University

Modeling and Experimental Validation of Multiscale Mechanical Behavior from Atomic Scale to Macro Scale: Mechanics at MultiscalesSponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Mechanical Behavior of Materials Committee, TMS: Nanomechanical Materials Behavior Committee, TMS: Process Technology and Modeling Committee, TMS: Shaping and Forming CommitteeProgram Organizers: Nathan Mara, Los Alamos National Laboratory; Jian Wang, Los Alamos National Laboratory; Brad Boyce, Sandia National Laboratories; Jennifer Carter, Case Western Reserve University; Anthony Rollett, Carnegie Mellon University; Jonathan Zimmerman, Sandia National Laboratories



8:30 AM InvitedElectrical Contact Degradation: A Multiscale Simulation Study: Douglas Irving1; Christopher Freeze1; Benjamin Gaddy1; Xiaoyin Ji1; 1North Carolina State University

9:00 AMComparison of Deformation Behavior in Tantalum Carbides: Gregory Thompson1; Nicholas De Leon1; Billie Wang1; Christopher Weinberger2; 1University of Alabama; 2Sanida National Laboratories

9:20 AMMassively Parallel Molecular Statics Simulations of the Percolation of Dislocations through a Random Array of Forest Dislocation Obstacles in FCC Nickel: Satish Rao1; Dennis Dimiduk2; Michael uchic2; Triplicane Parthasarathy1; Alexander Stukowski3; Jaafar El-Awady4; Christopher Woodward2; 1UES Inc.; 2Air Force research Laboratory; 3Lawrence Livermore National Laboratory; 4Johns Hopkins University

9:40 AM InvitedPhase-Field Simulations of Stress-Induced Twinning and De-Twinning: Shenyang Hu1; Chuck Henager1; 1Pacific Northwest National Laboratory

10:10 AM Break

10:20 AM InvitedSlip Planes in BCC Tantalum: Towards Resolving the Discrepancy between Modeling and Experiments: Christopher Weinberger1; Lucas Hale1; Garritt Tucker1; Ping Lu1; Jonathan Zimmerman1; Stephen Foiles1; 1Sandia National Labs

10:50 AMMolecular Dynamics Study on Fullerene-Deposited Thin Film on Si Substrate: Minwoong Joe1; Kwang-Ryeol Lee1; 1Korea Institute of Science and Technology

11:10 AMMultiscale Modeling and Experiments on Human Bone: Dinesh Katti1; Kalpana Katti1; Shashindra Pradhan1; Chunju Gu1; 1North Dakota State University

11:30 AM InvitedRelating Hierarchical Structure to the Blackness of Butterfly Wings: Tongxiang Fan1; 1Shanghai Jiaotong University

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12:00 PMModeling of Effective Thermal Conductivities of Pt-Cu Alloy Series as a Function of Temperature in the Liquid Region: Shahid Mehmood1; 1Quaid-e-Azam University Islamabad

Nanostructured Materials for Lithium Ion Batteries and for Supercapacitors: Nanostructured Materials for Lithium Ion Batteries and for Supercapacitors Session VIISponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Energy Conversion and Storage CommitteeProgram Organizer: David Mitlin, University of Alberta and NINT NRC



8:30 AM InvitedIntegrating Nano-sized Si into Three-Dimensional Structured Macroscopic Composites as High Capacity Anodes for Li-ion Batteries: Donghai Wang1; Shuru Chen1; Ran Yi1; Fang Dai1; Mikhail Gordin1; 1Penn State University

8:50 AM InvitedGraphene and Carbon Nnaotube Composite Structures for Supercapacitors of High Energy Density: Lu-Chang Qin1; Jie Tang2; 1University of North Carolina at Chapel Hill; 2National Institute for Materials Science

9:10 AM InvitedMolecular Dynamics Simulation of Crack Propagation in Silicon Nanowires: Alireza Ostadhossein1; 1Pennsylvania State University

9:30 AM InvitedStretchable Power Sources for Flexible Electronics: Bingqing Wei1; 1University of Delaware

9:50 AM InvitedSolid-Electrolyte-Interphase (SEI) Layer: Formation and Dynamic Evolution: Perla Balbuena1; 1Texas A&M University, Artie McFerrin Department of Chemical Engineering

10:10 AM Break

10:30 AM InvitedSynthesis and Functionalization of Nanoporous Carbon Materials for Energy-Related Applications: Sheng Dai1; 1Oak Ridge National Laboratory

10:50 AM InvitedThe Key Roles of Interfaces on the High Performance of TiSnSb as a New Material for Negative Composite Electrodes of Li Ion Batteries: Henri Wilhelm1; Cyril Marino2; Laure Monconduit2; Bernard Lestriez1; 1CNRS, Université de Nantes; 2CNRS, Université de Montpellier II

11:10 AM InvitedTheoretical Investigation of Cathode Catalysts for Alternative Li Batteries: Ye Xu1; 1Oak Ridge National Laboratory

11:30 AM InvitedThin Film Patterned Sandwich Anode Structures for Li-Ion batteries: Sameer Damle1; Siladitya Pal1; Spandan Maiti1; Prashant Kumta1; 1University of Pittsburgh

11:50 AM InvitedUltrathin Surface Coatings for Enhanced Cycleability of Li-Ion Battery Electrodes at Elevated Temperature: Ying Wang1; Jianqing Zhao1; 1Louisiana State University

12:10 PM InvitedProduction of Nano-Structured Silicon Composite by Plasma Spraying with SiO for Negative Electrode of Lithium Ion Batteries: Makoto Kambara1; Keiichiro Homma1; Toyonobu Yoshida1; 1The University of Tokyo

Neutron and X-Ray Studies of Advanced Materials VI: Centennial and Beyond: Strains and DislocationsSponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Rozaliya Barabash, Oak Ridge National Laboratory; Xun-Li Wang, City University of Hong Kong; Jaimie Tiley, US Air Force Research Laboratory; Gernot Kostorz, ETH Zurich; Brent Fultz, California Institute of Technology; Peter Liaw, Univ of Tennessee


Session Chairs: Peter Liaw, University of Tennessee; Jaimie Tiley, Air Force Research Laboratory

8:30 AM InvitedDislocation Structure in Different Texture Components of Highly Textured Zr-2 Rolled Plates Determined by Neutron Diffraction Line Profile Analysis: Tamás Ungár1; Thomas Holden2; Bjørn Clausen3; Levente Balogh3; Gábor Csiszár1; Bertalan Jóni1; Donald Brown3; 1Eötvös University Budapest; 2Northern Stress Technologies; 3Los Alamos National Laboratory

8:55 AM InvitedPhase Reversion during Compressive Loading of Shocked Alpha/Omega Zirconium: Bjørn Clausen1; Eric Tulk1; Ellen Cerreta1; Juan Escobedo-Diaz1; Thomas Sisneros1; Donald Brown1; Jonathan Almer2; 1Los Alamos National Laboratory; 2Argonne National Laboratory

9:15 AM InvitedMicrostructure Evolution of LPSO Structures in Mg-Y-Zn Alloys Examined by In-Situ SAXS: Hiroshi Okuda1; Toshiki Horiuchi1; Yoshihito Kawamura2; Michiaki Yamasaki2; 1Kyoto University; 2Kumamoto University

9:35 AMIn-Situ Studies of the Deformation Characteristics of Intercritically Austempered Ductile Irons Using VULCAN: Alan Druschitz1; Sayanti Banerjee; Ke An2; Dong Ma2; Alexandru Stoica2; 1Virginia Polytechnic Institute and State University (Virginia Tech); 2Oak Ridge National Laboratory

9:45 AM InvitedNanoscale Precipitation in a Nanostructured Ferritic Alloy by Small Angle Neutron Scattering and Atom Probe Tomography: Z. W. Zhang1; L. Yao1; X.-L. Wang1; K. Littrell1; Q. Li1; M. Miller1; 1Oak Ridge National Labs

10:05 AMSynchrotron X-Ray Diffraction Study of Fatigue-Induced Damage in Ni-Based Superalloy: Chih-Pin Chuang1; Yan Gao2; Tim Hanlon2; Monica Soare2; Jon Almer3; Michael Hemphill1; Peter Liaw1; 1University of Tennessee; 2GE Global Research Center; 3Advanced Photon Source


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10:15 AM Break

10:20 AM InvitedInfluence of Strain Modes on the Texture Evolution and Martensitic Phase Transformation Kinetics in TRIP Steels: Hahn Choo1; 1Univ of Tennessee

10:40 AMTexture Evolution in Rolled and Recrystallized Fe81Ga19 Sheets: Zhenghua He1; Yuhui Sha1; Fang Zhang1; Feifei Lin1; Liang Zuo1; 1Northeastern University

10:55 AMThe Influence of Inter- and Intragranular Long Range Strain Distributions on the Accuracy of Dislocation Densities Determined by Diffraction Line Profile Analysis: Levente Balogh1; Bertalan Joni2; Anand Kanjarla1; Ricardo Lebensohn1; Carlos Tome1; Tamas Ungar2; 1Los Alamos National Laboratory; 2Lorand Eotvos University

11:15 AMIntroduction of Shanghai Synchrotron Radiation Facility and One Scientific Case Focused on Deformation Behavior of Nanostructured Cu/Ag Multilayered Films at Beamline 14B1: Li Li1; Ru Su2; Zhihua Nie2; Yandong Wang2; 1Shanghai Institute of Applied Physics; 2Beijing Institute of Technology

11:30 AMAustenite Stability Effects in Medium-Mn TRIP Steels: Paul Gibbs1; Emmanuel De Moor1; Amy Clarke2; Donald Brown2; Bjørn Clausen2; Matthew Merwin3; Bruno De Cooman4; David Matlock1; 1Advanced Steel Processing and Products Research Center, Colorado School of Mines; 2Los Alamos National Laboratory; 3U. S. Steel Research and Technology Center; 4Graduate Institute of Ferrous Technology, Pohang University of Science and Technology

11:45 AM InvitedAmorphous Materials: Potential Avenues for Uncovering Their Atomic Structures: Claire White1; 1Los Alamos National Laboratory

12:05 PMTexture, Stress and Grain Size Analysis by Two-dimensional XRD: Bob He1; 1Bruker AXS

12:20 PMNeutron Diffraction Study of Strain/Stress States and Subgrain Defects in a Creep Deformed Single Crystal Superalloy: Erdong Wu1; Guangai Sun2; Bo Chen2; Jian Zhang1; Vincent Ji3; Vincent Klosek4; Marie-Helene Mathon4; 1Institute of Metal Research, Chinese Academy of Science; 2Institute of Nuclear Physics and Chemistry; 3Université Paris-Sud 11; 4Laboratoire Léon Brillouin

Ni-Co 2013: Applications & RecyclingSponsored by:The Minerals, Metals and Materials Society, Metallurgical Society of the Canadian Institute of Mining Metallurgy and Petroleum, Chinese Society for Metals, GDMB Society for Mining, Metallurgy, Resource and Environmental Technology, Society for Mining Metallurgy and Exploration, Mining and Materials Processing Institute of Japan, Associacao Brasileira de Metalurgia, Materiais e Mineracao, Southern African Institute of Mining and Metallurgy (SAIMM), Minerals Engineering International Online, Cobalt Development Institute, Societe Francaise de Metallurgie et de Materiaux, TMS Extraction and Processing Division, TMS: Hydrometallurgy and Electrometallurgy Committee, TMS: Pyrometallurgy CommitteeProgram Organizer: Thomas Battle, Midrex Technologies


Session Chairs: Xingbo Liu, West Virginia Univ; Jon Groh, GE Aviation

8:30 AMNumerical Simulation of Temperature Field in Directional Solidification of Turbine Blade by Liquid Metal Cooling Method: Tang Ning1; Xu Qingyan1; Liu Baicheng1; 1Tsinghua University

8:55 AMTemporal Evolution of the Morphology and Phase Composition in a Model Ni–Al–Mo Superalloy: Yiyou Tu1; Elizaveta Plotnikov2; Ronald Noebe3; David Seidman2; 1Southeast University; 2Northwestern University; 3NASA John H. Glenn Research Center

9:20 AMInfluence of Thermomechanical Treatment on Structure and Properties of a Cobalt Based Superalloy: Pallab Sarkar1; Narahari S. Prasad1; Mrinal Chatterjee1; Narayana Rao Myneni1; 1Midhani

9:45 AM Break

10:05 AMEffect of Processing Conditions on Structure, Properties and Performance of a Nickel Base Cast Superalloy for High Temperature Applications: Mrinal Chatterjee1; Pani Kishore A1; Pallab Sarkar1; Narayana Rao Myneni1; 1MIDHANI

10:30 AMDevelopment of Nickel Boron Alloys for Brazing Materials: Kerem Tasyürek1; Murat Alkan1; Onuralp Yücel1; 1Istanbul Technical University

10:55 AMMicrostructural Evolution and Mechanical Behaviour of Hot Deformed 37Ni- 27Fe- 25Cr Alloy: Maribel De la Garza Garza1; Adriana García1; Martha Guerrero-Mata1; Rafael Colás1; Victor Paramo2; 1FIME, UANL; 2Frisa Forjados S.A. de C.V.

11:20 AMElectro-healing cracks in nickel: Xiangui Zheng1; Yinong Shi1; Ke Lu1; 1Shenyang National Laboratory for Materials Science, Institute of Metal Research, Chinese Academy of Sciences

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Novel Synthesis and Consolidation of Powder Materials : Porous Structure Fabrication and Thermomechanical ProcessingSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Powder Materials CommitteeProgram Organizers: Ma Qian, The University of Queensland; Iver Anderson, The Ames Laboratory

Thursday AM Room: Lone Star Salon CMarch 7, 2013 Location: Grand Hyatt

Session Chairs: Selçuk Kuyucak, Dept. of Natural Resources Canada; Soon-Jik Hong, Kongju National University

8:30 AMElectrolytic Infiltration of Laser Sintered Porous Preforms: Abhimanyu Bhat1; David Bourell1; 1University of Texas at Austin

8:50 AM InvitedFabrication of Porous Metallic Compacts Using Electro-Discharge Sintering: Jae Young Cho1; Ki Buem Kim1; 1Sejong University

9:20 AMPore Evolution during Thermomechanical Processing of Sintered Pure Ti: Lingwen Kong1; Xiaolin Wu1; Wei Xu1; Shudong Luo2; Ya Feng Yang2; Ma Qian2; Kenong Xia1; 1The University of Melbourne; 2The University of Queensland

9:40 AMMechanical Behavior and Deformation Mechanisms of Polycrystalline Nickel with Controlled Nano/Micro Grain Volume Fractions: Guy-Daniel Dutel1; David Tingaud1; Damien Faurie1; Patrick Langlois1; Guy Dirras1; 1Université Paris 13

10:00 AM Break

10:20 AM InvitedTurning Machining Chips into Advanced Materials by Powder Metallurgy: Deliang Zhang1; Jiamiao Liang2; Xun Yao2; Jianqiang Yan2; Liuyang Zhang2; 1Shanghai Jiao Tong University, China/The University of Waikato, NZ; 2Shanghai Jiao Tong University, China

10:50 AM InvitedExperimental and Theoretical Analysis of Oxygen Solid Solution Strengthening Behavior of P/M Pure Ti Material: Takanori Mimoto1; Katsuyoshi Kondoh1; Li Shufeng1; Hisashi Imai1; Junko Umeda1; 1Osaka University

11:20 AMDirect Powder Rolling of Titanium-Platinum (TiPt) Blended Elemental Powders: Silethelwe Chikosha1; Hilda Chikwanda1; 1CSIR

11:40 AMCommercially Pure Ti from Powder Forging and Direct Powder Consolidation by Severe Plastic Deformation: Xiaolin Wu1; Wei Xu1; Shudong Luo2; Ya Feng Yang2; Ma Qian2; Kenong Xia1; 1The University of Melbourne; 2The University of Queensland

Pb-free Solders and Emerging Interconnect and Packaging Technologies: Interfacial ReactionsSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Electronic Packaging and Interconnection Materials CommitteeProgram Organizers: Nikhilesh Chawla, Arizona State University; Srinivas Chada, Whirlpool; Darrel Frear, Freescale Semiconductor; John Elmer, LLNL; Tae-Kyu Lee, Cisco Systems; Yan Li, Intel; Laura Turbini, Research In Motion; Kwang-Lung Lin, National Cheng Kung University; Sohoon Yoo, Korea Institute of Industrial Technology



8:30 AMDependence of (Cu,Ni)6Sn5 Morphology on the Grain Structures of Ni Substrate in Sn-3.0Ag-0.5Cu/Ni Solder Joints: Yi-Hsin Wu1; Jenq-Gong Duh2; 1National Tsing Hua University ; 2National Tsing Hua University

8:50 AMEffect of Bump Height on Thermomigration Induced Kirkendall Voids on the Pb-Free Flip Chip Solder Joint and Three Dimensional Integrated Circuits Packaging: Fan-Yi Ouyang1; Wei-Cheng Juh1; 1National Tsing Hua University

9:10 AMEliminating Kirkendall Voids during Solid State Aging between Solder and Nano-Twinned Copper with (111) Orientation: Yi Cheng Chu1; Chih Chen1; 1Department of Materials Science & Engineering, National Chiao Tung University

9:30 AMOptimization of the Ni(P) Thickness for an Ultrathin Ni(P)-Based Surface Finish in Soldering Applications: Cheng-En Ho1; Chia-Wei Fan1; Hsin-Hui Hua1; Wei-Hsiang Wu1; 1Yuan Ze University

9:50 AM Break

10:10 AMReliability of Lead-Free BiAgX Pastes for High Temperature Die-Attach Application: HongWen Zhang1; Runsheng Mao1; Ning-Cheng Lee1; Liang Yin2; 1Indium Corporation; 2Universal Instrument Corporation

10:30 AMInterfacial Reaction and Mechanical Evaluation in Pd-Containing Solder Joints Via Drop and High Speed Impact Test: Hsiu-Min Lin1; Cheng-Ying Ho1; Wen-Lin Chen1; Yi-Hsin Wu1; De-Hui Wang2; Tong-Xing Yong2; Jun-Ren Lin2; Zhi-Wei Lin2; Jenq-Gong Duh1; 1Materials Science and Engineering, National Tsing Hua University; 2Kinsus Interconnect Technology corporation


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Phase Transformation and Microstructural Evolution: General Phase Transformations - Fe Based Alloys: Part ISponsored by:TMS Materials Processing and Manufacturing Division, TMS: Chemistry and Physics of Materials Committee, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Phase Transformations Committee, TMS: Process Technology and Modeling Committee, ASM: Alloy Phase Diagrams CommitteeProgram Organizers: Amy Clarke, Los Alamos National Laboratory; Sudarsanam Suresh Babu, Ohio State Univ; Rajarshi Banerjee, Univ of North Texas; John Morral, Ohio State Univ; Brian Gleeson, University of Pittsburgh; Carelyn Campbell, National Institute of Standards & Tech; Yongho Sohn, Univ of Central Florida; Yunzhi Wang, Ohio State University


Session Chairs: Tadashi Furuhara, Tohoku University; Paul Gibbs, Los Alamos National Laboratory

8:30 AM InvitedAtom Probe Tomography Examination of Carbon and Alloying Elements in Quench and Tempered Steels: Amy Clarke1; Michael Miller2; Robert Field1; David Alexander1; Kester Clarke1; George Krauss3; David Matlock3; 1Los Alamos National Laboratory; 2Oak Ridge National Laboratory; 3Colorado School of Mines

9:00 AM InvitedDevelopment of New Ferrous Alloys with High Al Content: Dong Woo Suh1; 1Pohang University of Science and Technology

9:30 AMEvolution of Microstructure in Heavily Cold Drawn High-Strength Duplex Stainless Steels UNS S32205 and S32304: Robert Moser1; Sam Raji2; Omar Rodriguez3; Robert McCullough4; Boris Renteria-Beleno3; Paul Allison1; Preet Singh2; Marcelo Suarez3; Oscar Perales-Perez3; Daniel Schuetz2; Ruth Hidalgo-Hernandez1; Lawrence Kahn2; Kimberly Kurtis2; 1US Army Engineer Research and Development Center; 2Georgia Institute of Technology; 3University of Puerto Rico at Mayaguez; 4University of Alabama

9:50 AM Break

10:10 AMMicrostructure Evolution of Stainless TWIP Steels: Linda Mosecker1; Alireza Saeed-Akbari1; Wolfgang Bleck1; 1Department of Ferrous Metallurgy RWTH Aachen University

10:30 AMStudy of Microstructural Evolutions in Lean Duplex 2101 during Isothermal Aging: Jean-Yves Maetz1; Sophie Cazottes1; Catherine Verdu1; Xavier Kleber1; 1MATEIS-INSA de Lyon

10:50 AMUltrafine Grained High-Alloyed Austenitic TRIP/TWIP Steels: Anja Weidner1; Alexandra Müller1; Christian Segel1; Horst Biermann1; 1TU Bergakademie Freiberg

11:10 AMControlled Setting of the Transformation Kinetics and the Structure Constituents in Low-Temperature Bainite Steels: Mohamed Soliman1; Heinz Palkowski1; 1TU-Clausthal

11:30 AMEBSD-Based Analysis of Orientation Relationship Scatter in the FCC-BCC/BCT Martensitic Transformation in Fe-Based Alloys: Eric Payton1; Victoria Yardley2; 1Federal Institute for Materials Research and Testing; 2Ruhr-Universitaet Bochum

11:50 AMStudy of the Kinetic of Spinodal Decomposition and G Phase Precipitation in Ferrite of Long Term Thermally Aged Duplex Stainless Steels: Jonathan Emo1; Cristelle Pareige1; Sébastien Saillet2; Philippe Pareige1; 1Groupe de Physique des Matériaux; 2EDF

Phase Transformation and Microstructural Evolution: Phase Field, Phase Field Crystal, Diffusive Molecular Dynamics and Related Models: Part ISponsored by:TMS Materials Processing and Manufacturing Division, TMS: Chemistry and Physics of Materials Committee, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Phase Transformations Committee, TMS: Process Technology and Modeling Committee, ASM: Alloy Phase Diagrams CommitteeProgram Organizers: Amy Clarke, Los Alamos National Laboratory; Sudarsanam Suresh Babu, Ohio State Univ; Rajarshi Banerjee, Univ of North Texas; John Morral, Ohio State Univ; Brian Gleeson, University of Pittsburgh; Carelyn Campbell, National Institute of Standards & Tech; Yongho Sohn, Univ of Central Florida; Yunzhi Wang, Ohio State University


Session Chairs: Heike Emmerich, University of Bayreuth; Ken Elder, Oakland University; Yunzhi Wang, Ohio State University


8:35 AM InvitedDiffusive Molecular Dynamics: Ju Li1; 1University of Pennsylvania

9:05 AM InvitedPhase Field Crystal Modelling of Strained Epitaxial Films: Ken Elder1; 1Oakland University

9:35 AM Break

9:50 AM InvitedMultilayer Thin Film Growth on Crystalline and Quasicrystalline Surfaces: A Phase-Field Crystal Study: Mikko Haataja1; 1Princeton University

10:20 AM InvitedPhase-Field Simulations of 3D Eutectic Growth Morphologies in Al-Si Cast Alloys: Janin Eiken1; Markus Apel1; 1Access

10:40 AMCalculations of Isothermal Elastic Constants in the Phase-Field Crystal Model: Nirand Pisutha-Arnond; Victor Chan1; Ken Elder; Katsuyo Thornton; 1University of Michigan, Ann Arbor

11:00 AMPhase-Field Crystal Modeling of Clustering in Al-Mg-Si-(Cu) Alloys: Vahid Fallah1; Shahrzad Esmaeili2; Nikolas Provatas3; 1University of Waterloo ; 2University of Waterloo; 3McGill University

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11:20 AMA Phase Field Crystal Study of Temperature Oscillations in Explosive Crystallization: Jonathan Stolle1; Nikolas Provatas2; 1McMaster University; 2McGill University

11:40 AM InvitedAn Efficient Phase-Field Simulation for Solidification of Multicomponent Alloys: S.G. Kim1; W.T. Kim2; Y.B. Park3; P.R. Cha4; H.Y. Seo5; J.T. Choi5; 1Kunsan National University; 2Cheongju University; 3Suncheon National University; 4Kookmin University; 5Hyundai Steel

12:10 PMCrystal Phase Field and Atom Probe Tomography Investigation of Spinodal Decomposition in Supersaturated Fe-C Martensites: Frederic Danoix1; Héléna Zapolsky1; Khalid Hoummada2; Sébastien Allain3; Mohamed Gouné4; 1CNRS - Université de Rouen; 2IM2NP CNRS; 3Arcelormittal Maizières Research SA; 4ICMCB - CNRS

Physical and Mechanical Metallurgy of Shape Memory Alloys: Processing, Powder MetallurgySponsored by:TMS/ASM: Phase Transformations CommitteeProgram Organizers: Haluk Karaca, University of Kentucky; Ibrahim Karaman, Texas A&M University; Othmane Benafan, NASA Glenn Research Center; Ryosuke Kainuma, Tohoku University; Hans Jurgen Maier, Univ of Paderborn

Thursday AM Room: Lone Star Salon BMarch 7, 2013 Location: Grand Hyatt

Session Chairs: Othmane Benafan, NASA Glenn; David Dunand, Northwestern University

8:30 AMA Novel Superelastic Porous Material Made of a Single Entangled NiTi Wire: Benjamin Gadot1; Sabine Rolland du Roscoat2; Laurent Orgéas3; David Rodney1; Didier Bouvard1; 1INP Grenoble; 2Université Joseph Fourier; 3CNRS - Université Joseph Fourier

8:50 AM3D Interconnected Channels in NiTiNb Foams: Catherine Tupper1; Cate Brinson1; David Dunand1; 1Northwestern University

9:10 AMExperimental and Numerical Characterization of Hybrid Shape Memory Alloy (SMA) - MAX Phase Composites: Ankush Kothalkar1; Brian Lester1; Liangfa Hu1; Miladin Radovic1; Ibrahim Karaman1; Dimitris Lagoudas1; 1Texas A&M University

9:30 AMMechanical Behaviors of Gradient Porous NiTi Shape Memory Alloy with Long Bone Structure: Ming Lai1; Dan Zhou1; Bin Yuan1; Yan Gao1; 1South China University of Technology

9:50 AMEffect of Pore Structure Regulation on Mechanical Properties and Superelasticity of Porous Ti-22Nb-6Zr Alloy for Biomedical Application: Ming Lai1; Bin Yuan1; Yan Gao1; 1South China University of Technology

10:10 AM Break

10:30 AMSuperelastic Properties of Porous and Dense Cu-Al-Ni Alloys Created by Directional Solidification: Bin Yuan1; Peiqi Zheng2; David Dunand2; 1South China University of Technology; 2Northwestern University

10:50 AMElectrochemical Behavior of Ti-Ni-Cu Shape Memory Alloy Ribbons Used for the fabrication of Sensors and Actuators: Abdel Salam Makhlouf1; 1Central Metallurgical Research and Development Institute

11:10 AMStructural, Magnetic, and Microstructural Properties of Rapidly Solidified Ni54Fe21Ga25-xAlx Ribbons: Imaddin Al-Omari1; K. Kumar2; S. Aich2; 1Sultan Qaboos University; 2Indian Institute of Technology, Kharagpur

11:30 AMMicrostructural Evolution and Characterization of Ti2Ni Phase in Melt-Spun Ti51.5Ni28.5 Shape Memory Ribbons: Sichuang Xue1; Wu Wang1; jinke Yu2; Qijie Zhai2; Hongxing Zheng1; 1Shanghai University; 2Shanghai Key Laboratory of Modern Metallurgy & Materials Processing

11:50 AMDislocations Induced by Crystal Symmetry Change during Martensitic Transformations: Yipeng Gao1; Yunzhi Wang1; 1The Ohio State University

REWAS 2013: Enabling Materials Resource Sustainability: Enabling Sustainability through Recycling & End-of-Pipe Solutions IISponsored by:TMS Extraction and Processing Division, TMS: Recycling and Environmental Technologies CommitteeProgram Organizers: Christina Meskers, Umicore Precious Metals Refining; Anne Kvithyld, SINTEF; Markus Reuter, Outotec Oyj; Randolph Kirchain, Massachusetts Institute of Technology; Mark Schlesinger, Missouri University of Science and Technology; Gregory Krumdick, Argonne National Laboratory; Cong Wang, Saint-Gobain High Performance Materials; Gabrielle Gaustad, Rochester Institute of Technology; Diana A. Lados, Worcester Polytechnic Institute; Brajendra Mishra, Colorado School of Mines; Jeffrey S. Spangenberger, Argonne National Laboratory


Session Chairs: Jeffrey S. Spangenberger, Argonne National Laboratory; Harald Oosterhof, Umicore


8:35 AMApplication of Membrane Distillation and Solvent Extraction for Water, Acid and Metal Recovery from Mining Waste Solutions: Chu Yong Cheng1; 1CSIRO Australia

9:00 AMMetal Recovery by Bioleaching of Mining Sulfidic Wastes – Application to a European Case Study: Anne-Gwénaëlle Guezennec1; Jérome Jacob1; Catherine Joulian1; Sébastien Dupraz1; Yannick Ménard1; Patrick D’Hugues1; 1BRGM

9:25 AMRecovery of Platinum from Dilute Chloride Media Using Biosorbents: Bihter Zeytuncu1; M.Hakan Morcali1; Onuralp Yucel1; 1Istanbul Technical University

9:45 AM Break

10:05 AMBioextraction of Copper from Printed Circuit Boards: Influence of Initial Concentration of Ferrous Iron: Luciana Yamane1; Denise Espinosa1; Jorge Tenório1; 1Polytechnic School of São Paulo University


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10:25 AMDevelopment of Environmentally Friendly Separation and Recovery Process of Rare Metals from Oil Desulfurization Spent Catalyst: Junji Shibata1; Norihiro Murayama1; 1Kansai University

10:50 AMA Novel Process for Recovering Valuable Materials from Spent Lithium-ion Batteries: Gjergj Dodbiba1; Kenji Murata2; Toyohisa Fujita3; 1University of Tokyo; 2Nippon Koki Co. Ltd; 3The University of Tokyo

REWAS 2013: Enabling Materials Resource Sustainability: Enabling Sustainability through Systems Modelling and DesignSponsored by: Chinese Society for Metals, The Mining and Materials Processing Institute of Japan (MMIJ), TMS Extraction and Processing Division, TMS: Recycling and Environmental Technologies CommitteeProgram Organizers: Christina Meskers, Umicore Precious Metals Refining; Anne Kvithyld, SINTEF; Markus Reuter, Outotec Oyj; Randolph Kirchain, Massachusetts Institute of Technology; Mark Schlesinger, Missouri University of Science and Technology; Gregory Krumdick, Argonne National Laboratory; Cong Wang, Saint-Gobain High Performance Materials; Gabrielle Gaustad, Rochester Institute of Technology; Diana A. Lados, Worcester Polytechnic Institute; Brajendra Mishra, Colorado School of Mines; Jeffrey S. Spangenberger, Argonne National Laboratory

Thursday AM Room: 006AMarch 7, 2013 Location: Henry B. Gonzalez Convention CenterFunding support provided by: Xstrata; SINTEF; Outotec; Umicore, and CR3, the Center for Resource Recovery and Recycling Session Chairs: Daniel Mueller, Norwegian Univ of Science and Technology; Anne Kvithyld, SINTEF


8:35 AMAssessing the Criticality of Metals: Tom Graedel1; E.M. Harper1; Nedal Nassar1; 1Yale University

9:00 AMTowards Zero Waste Production in the Minerals and Metals Sector: William Rankin1; 1CSIRO

9:25 AMScenarios for the Development and Improvement of the Life Support Systems of the Arctic Zone of Russia: Tsukerman Viacheslav1; Stanislav Ivanov1; 1KSC RAS

9:50 AM Break

10:10 AMStochastic Modelling of Material-and Energy Properties in Recycling Systems: Maaria Wierink1; Kari Heiskanen1; 1Aalto University

10:35 AMModeling to Evaluate Coordination and Flexibility in Aluminum Recycling Operations: Elsa Olivetti1; Tracey Brommer1; Snorre Fjeldbo2; Randolph Kirchain1; 1MIT; 2Hydro

11:00 AMIO-MFA and Thermodynamic Approach for Metal Recycling: Kenichi Nakajima1; Kazuyo Matsubae2; Yasushi Kondo3; Shinichiro Nakamura3; Tetsuya Nagasaka2; 1National Institute for Environmental Studies; 2Tohoku University; 3Waseda University

11:25 AMDevelopment of Efficient Recycling System for Steel Alloying Elements in End of Life Vehicles: Hajime Ohno1; Kazuyo Matsubae1; Kenichi Nakajima2; Shinichiro Nakamura3; Testsuya Nagasaka1; 1Tohoku University; 2National Institute for Environmental Studies; 3Waseda University

Symposium on High Entropy Alloys: Structures and Mechanical Properties Sponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials Committee, TMS: Alloy Phases CommitteeProgram Organizers: Peter Liaw, The University of Tennessee; Gongyao Wang, University of Tennessee; M. Gao, National Energy Technology Laboratory ; S. Mathaudhu , U.S. Army Research Office


Session Chairs: Yong Zhang, University of Science and Technology Beijing; Oleg Senkov, UES, Inc.

8:30 AM InvitedMicrostructure-Property-Processing Relationships in a Series of Al-Cr-Fe-Mn-Ni High Entropy Alloys: Abraham Munitz1; Gerald Bourne1; James Cotton2; Michael Kaufman1; 1Colorado School of Mines; 2The Boeing Company

8:55 AMUnusual Mechanical Properties of a Quinary, Equiatomic Single-Phase Solid-Solution Alloy: Frederik Otto1; Hongbin Bei1; Antonin Dlouhý2; Christoph Somsen3; Gunther Eggeler3; Easo George1; 1Oak Ridge National Laboratory; 2Institute of Physics of Materials; 3Ruhr-University Bochum

9:10 AM InvitedMicrostructures and Mechanical Properties AlxCrCuFeNi2 High-Entropy Alloys by Cold Rolling and Heat Treatments: Yong Zhang1; Sheng Guo Ma1; Zhao Di Chen1; 1University of Science and Technology Beijing

9:35 AMEffect of Cr, Mn and Cu on Phase Evolution and Densification of CoFeNiM (M=Cr, Mn, Cu)High Entropy Alloys: Praveen S1; Murty B.S1; Ravi Sankar Kottada1; 1Indian Institute of Technology Madras

9:50 AM Break

10:05 AM InvitedMicrostructure, Thermal Stability and Mechanical Properties of Refractory High Entropy Alloys: Oleg Senkov1; Daniel Miracle1; Christopher Woodward1; 1Air Force Research Laboratory, Materials and Manufacturing Directorate

10:30 AMElevated-Temperature Performance of a Brand New Refractory High-Entropy Alloy: Chien-Chang Juan1; Jien-Wei Yeh1; 1National Tsing Hua University

10:45 AM InvitedInfluence of Processing Parameters on the Microstructure and Mechanical Properties of Lightweight High Entropy Alloys: Laszlo Kecskes1; Mark Atwater1; Vincent Hammond1; Hedwig Maupin1; Kristopher Darling1; 1US Army Research Laboratory

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11:10 AMAge Hardening of the Al0.5CoCrNiTi0.5 High Entropy Alloy: Che-Fu Lee1; Tao-Tsung Shun1; 1Feng Chia University

11:25 AMTribological Properties of AlCoCrFeNiCu High Entropy Alloy: Tiebang Zhang1; Yuan Yu1; Jian Li2; Hongchao Kou1; Rui Hu1; Jinshan Li1; 1Northwestern Polytechnical University; 2Wuhan Research Institute of Materials Protection

Ultrasonic Welding II: Ultrasonic Welding: Metallic and Non-metallic Hybrid JointsSponsored by:TMS Light Metals Division, TMS Structural Materials Division, TMS: Advanced Characterization, Testing, and Simulation Committee, TMS: Materials Characterization Committee, TMS: Young Leaders Committee, ASM-MSCTS: Materials and Processing Committee, METSOC-CIM: Metal Processing and Fabrication CommitteeProgram Organizer: Frank Balle, University of Kaiserslautern


Session Chairs: Guntram Wagner, University of Kaiserslautern, Institute of Materials Science and Engineering; Frank Balle, University of Kaiserslautern, Institute of Materials Science and Engineering and State Research Focus Advanced Materials Engineering (AME)

8:30 AMComparison of Ultrasonic Spot and Torsion Welding for Al/Ti-Joints by Mechanical and Microstructural Characteristics: Daniel Trost1; Frank Balle1; Joseph Robson2; Philip Prangnell2; 1University of Kaiserslautern; 2University of Manchester

8:50 AMFormation and Distribution of Intermetallic Compounds in Ultrasonic Spot Welding of Aluminum and Copper: Yansong Zhang1; 1School of Mechanical Engineering,Shanghai Jiao Tong University

9:10 AMUltrasonic Welding of Bulk Carbon Nanotube Conductors to Metallic Interconnects: Christopher Schauerman1; Jack Alvarenga2; Jason Staub1; Michael Forney1; Ryan Foringer1; Brian Landi1; 1Rochester Institute of Technology; 2Harvard University

9:30 AMExperimental and Computational Analysis of Ultrasonically Multi-Spot Welded Hybrid Al/CFRP-Structures on Component Level: Sebastian Schmeer1; Frank Balle2; Guntram Wagner2; Martin Maier1; Dietmar Eifler2; 1Institute for Composite Materials, Kaiserslautern (Germany); 2University of Kaiserslautern

9:50 AM Concluding Comments Organizer, Frank Balle, University of Kaiserslautern (Germany)

2013 Functional Nanomaterials: Synthesis, Properties and Applications: Structural Nanomaterials IISponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Nanomaterials CommitteeProgram Organizers: Seong Jin Koh, University of Texas at Arlington; Nitin Chopra, University of Alabama; Jiyoung Kim, University of Texas at Dallas; Yuanbing Mao, University of Texas-Pan American; Ashwin Ramasubramaniam, University of Massachusetts; Gregory Thompson, University of Alabama

Thursday PM Room: 201March 7, 2013 Location: Henry B. Gonzalez Convention Center


Session Chairs: Nitin Chopra, The University of Alabama; Seong Jin Koh, University of Texas at Arlington

2:00 PMEffect of Grain Boundary Engineering in Low Stacking Fault Energy Alloys on their Corrosion Resistance: Indranil Roy1; Manuel Marya1; Enrique Lavernia2; Farghalli Mohamed3; 1Schlumberger; 2University of California, Davis; 3University of California, Irvine

2:20 PMCharacterization of Fe-W Nanoclusters Prepared by Inert Gas Condensation: Mark Koten1; Williams Lefebvre2; Jeffrey Shield1; 1University of Nebraska - Lincoln; 2University of Rouen

2:40 PMCeramic Nanofibers and Carbon Nanotube Reinforced Ceramic Nanofiber Composites Prepared by the Forcespinning Method: Alfonso Salinas1; Aleksey Altecor1; Maricela Lizcano1; Mataz Alcoutlabi1; Karen Lozano1; 1The University of Texas Pan American

3:00 PMNext Generation Nanoindenter for Elevated Temperature Nanomechanical Testing: Gregory Favaro1; Nicholas Randall2; Bertrand Bellaton2; Bo Zhou2; 1CSM Instruments ; 2CSM Instruments

3:20 PM Break

3:40 PMStrategies For Developing Bulk Materials NanoTechnology (BMN) into Industrial Products: Daniel Branagan1; Brian Meacham1; Sheng Cheng1; Alla Sergueeva1; 1The NanoSteel Company

4:00 PMGrain Refinement and Mechanical Properties of CP-Ti Processed by Warm Accumulative Roll Bonding: Justin Milner1; Fadi Abu-Farha1; Cristina Bunget1; Vincent Hammond2; Thomas Kurfess3; 1Clemson University; 2US Army Research Laboratory; 3Georgia Institute of Technology

4:20 PMCrystallite Size Study of Room-Temperature Tetragonal Zirconia Stabilisation Nano-Confined by Using Electroless Nickel Cladding: Rong-Tan Huang1; Shin-Ji Yang1; Tsung-Shune Chin2; 1National Taiwan Ocean University; 2Feng Chia University

4:40 PMSintering Behavior, Mechanical Properties and Wear Performance of Alumina-Magnesia Ceramic Cutting Tool: Ayesha Arzumand1; Syeda Sumaiya2; AKM Rashid1; 1Bangladesh University of Engineering and Technology; 2University of Windsor



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4th International Symposium on High-Temperature Metallurgical Processing: Microwave Heating, Energy and EnvironmentSponsored by:TMS Extraction and Processing Division, TMS: Energy Committee, TMS: Materials Characterization Committee, TMS: Pyrometallurgy CommitteeProgram Organizers: Tao Jiang, Central South University; Jiann-Yang Hwang, Michigan Technological University; Phillip Mackey, Consultant; Onuralp Yücel, ITU; Guifeng Zhou, Wuhan Iron and Steel

Thursday PM Room: 008BMarch 7, 2013 Location: Henry B. Gonzalez Convention Center

Session Chairs: Zhiwei Peng, Michigan Technological University; Jianliang ZHANG, University of Science and Technology Beijing

2:00 PMMicrowave Reflection Loss of Ferric Oxide: Zhiwei Peng1; Jiann-Yang Hwang1; Byoung-Gon Kim2; Matthew Andriese1; Xinli Wang1; 1Michigan Technological University; 2Korea Institute of Geoscience and Mineral Resources

2:20 PMProcess Optimization by Response Surface Method for Sintering of Chromite Fines by Microwave: Jian Chen1; 1Key Laboratory of Unconventional Metallurgy for Education Ministry, Kunming University of Science & Technology

2:40 PMLife Cycle Assessment of Microwave Hot Air Systems: Jin Chen1; Guo Chen1; Jinhui Peng1; 1Kunming University of Science and Technology

3:00 PMChemical Enrichment of Precious Metals in Iron Sulfides Using Microwave Energy: Matthew Andriese1; Jiann-Yang Hwang1; Zhiwei Peng1; Bowen Li1; 1Michigan Technological University

3:20 PMRecent Progress on the Exhaust Gas Recirculation Technology of Iron Ore Sintering Process: Zhengjian Liu1; Jianliang Zhang1; 1University of Science and Technology Beijing

3:30 PM Break

3:40 PMDevelopment of Bismuth Smelting Technology in China: Tianzu Yang1; Jun Li1; Lin Chen1; Wanda Bin1; Shu Bin1; Weifeng Liu1; 1Central South University

4:00 PMRecovery of Palladium and Rhodium from Spent Automobile Catalysts by Microwave Roasting: CH Ran1; 1Kunming University of Science and Technology

4:15 PMResearch on the Influence of Moulding Sand with Furan Resin on the Environment: Mariusz Holtzer1; Rafal Danko1; Artur Bobrowski1; Sylwia Zymankowska-Kumon1; Michal Kubecki2; 1AGH University of Science and Technology; 2Institute for Ferrous Metallurgy

4:35 PMEffects on the Quality of Direct Reduced Iron Made by Microwave Heating with Diverse Coals: Linqing Dai1; Hongbo Zhu1; Jinhui Peng1; Libo Zhang1; Dong Chen1; 1Kunming University of Science and Technology

4:45 PMPrediction Method of Pre-Ignition Bed Pressure Drop in Composite Agglomeration Process: Helei Zhang1; Heng Yu1; Zhengwei Yu1; Yuanbo Zhang1; Guanghui Li1; Tao Jiang1; 1School of Minerals Processing and Bioengineering, Central South University

5:05 PMCo-Gasification Behavior of Metallurgical Coke with High and Low Reactivity: Zuo Haibin1; Gao Bing1; Zhang Jianliang1; Wang Zhe1; 1University of Science and Technology Beijing

5:25 PMStudy on Swelling Behavior of Iron Ore Pellets in Direct Reduction with Coal Gas: Zhucheng Huang1; Zhikai Liang1; Yi Lingyun1; Tao Jiang1; 1Central South University

5:40 PMMicrowave Absorbing Properties of the Cordierite-mullite: Guo Chen1; Jin Chen1; Shenghui Guo1; Xiaojie Zhi1; Jinhui Peng1; 1Kunming University of Science and Technology

Advanced Materials for Power Electronics, Power Conditioning, and Power Conversion: Capacitor and Packaging Materials for Advanced Power ElectronicsSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Energy Conversion and Storage Committee, TMS: Magnetic Materials CommitteeProgram Organizers: Paul Ohodnicki, National Energy Technology Laboratory; Clive Randall, Penn State University; Michael Lanagan, Penn State University; Michael McHenry, Carnegie Mellon University; Rachel Myers-Ward, Naval Research Laboratory

Thursday PM Room: 007AMarch 7, 2013 Location: Henry B. Gonzalez Convention Center

Session Chair: Michael Lanagan, Penn State

2:00 PM InvitedFabrication of PLZT Dielectric Films for Power Inverters in Electric Drive Vehicles: U. (Balu) Balachandran1; Manoj Narayanan1; Shanshan Liu1; Beihai Ma1; 1Argonne National Laboratory

2:30 PM InvitedHigh Dielectric Constant Polymeric Dielectric Materials with High Thermal Stability: Shihai Zhang1; 1Strategic Polymer Sciences, Inc.

3:00 PM InvitedHigh Energy Density and High Temperature Ceramic Multilayer Capacitors Based on Ferroelectrics: Seongtae Kwon1; Edward Alberta1; Wesley Hackenberger1; 1TRS Technologies

3:30 PM Break

3:50 PMDevelopment and Characterization of High Temperature, High Energy Density Dielectrics for Power Electronics Capacitor Applications: Dennis Shay1; Niall Donnelly2; Clive Randall1; 1Penn State University; 2Recapping Inc.

4:10 PMElectromigration of Sintered Nanoscale Silver Films at Elevated Temperature: Jesus Calata1; Guo-Quan Lu1; Khai Ngo1; Luu Nguyen2; 1Virginia Tech; 2Texas Instruments, Inc.

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4:30 PMHigh Field Electrical Conduction and Its Relation to Thermal Breakdown Strengths in Glass and Ceramic Capacitors: Doo Hyun Choi1; Michael Lanagan1; Clive Randall1; 1Penn State University

4:50 PMMagnetic-Field Dependent Dielectric Constant of High-Frequency La-Sr-Ni Oxide: Yang-Ki Hong1; Jaejin Lee1; 1University of Alabama

5:10 PM InvitedPotential Ceramic Dielectrics for Air Force Applications: Charles Stutz1; 1Air Force Research Laboratory

Biological Materials Science Symposium: Biomedical Materials Implants and DevicesSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Structural Materials Division, TMS: Biomaterials CommitteeProgram Organizers: Candan Tamerler, University of Washington; Molly Gentleman, Texas A & M University; Po-Yu Chen, National Tsing Hua University; Kajal Mallick, University of Warwick; Rajendra Kumar Kasinath, Unversity of Montana; Paul G. Allison, US Army Corp of Engineers

Thursday PM Room: 214CMarch 7, 2013 Location: Henry B. Gonzalez Convention Center


Session Chairs: Candan Tamerler, University of Washington; Nima Rahbar, Worcester Polytechnic Institute

2:00 PM KeynoteIce-templated Scaffolds for Bone Regeneration: Antoni Tomsia1; 1Lawrence Berkeley National Laboratory

2:40 PMSelf-Adaptive, Ultra-Compliant Shape Memory Alloys for Medical Implant Applications: Ji Ma1; Ibrahim Karaman1; 1Texas A&M University

3:00 PMEffects of Network Architecture and Fibre Microstructure on the Fracture Energy of Stainless Steel Fibre Networks Intended for a Fibrous Scaffold: Suresh Neelakantan1; Wolfram Bosbach1; Athina Markaki1; 1University of Cambridge

3:20 PMMechanical Properties and Biocompatability of TNZ40 Beta Titanium Alloys: Dong-Geun Lee1; Yongtai Lee1; Xujun Mi2; Wenjun Ye2; 1Korea Institute of Materials Science; 2General Research Institute for Nonferrous Metals

3:40 PM Break

3:50 PM InvitedStructure and Ionic Diffusion in Novel Bioactive Glasses: Jincheng Du1; 1University of North Texas

4:20 PMEffect of Porous Size and Sintering Condition on Mechanical Property of Ti-based Porous Composite Fabricated by Spark Plasma Sintering: Eri Miura-Fujiwara1; Takeyuki Kikuchi1; Tohru Yamasaki1; Yoshimi Watanabe2; Equo Kobayashi3; 1University of Hyogo; 2Nagoya Institute of Technology; 3Tokyo Institute of Technology

4:40 PMP/M Processed Titanium Foam for Biomedical Application Using Space Holder Technique: Gaurav Gupta1; Mohit Sharma1; Om Modi1; 1AMPRI bhopal

5:00 PMAn Investigation on the Structural Changes in Synthetic Enamel Mineral Using CW and Ultrafast Pulsed Near-IR Lasers: Animesh Jha1; Gin Jose1; Esam Elmadani1; Monty Duggal1; Tom Brown2; Wilson Sibbett2; Christine Crombie2; David Walsh2; Chris Leburn3; 1University of Leeds; 2University of St Andrews; 3Heriot-Watt University

5:20 PMZirconia Properties Used for Dentistry Restorations: Carlos Elias1; Heraldo dos Santos1; Claudinei dos Santos2; Andrea Melo1; 1Instituto Militar de Engenharia; 2Universidade do Estado do Rio de Janeiro

5:40 PMNano-Scale Adhesion of Parylene C and Stainless Steel 316L: Sina Youssefian1; Nima Rahbar2; 1Worcester Polytechnic Institute; 2Worcester Polytechnic Institute

6:00 PMStructural Competition and Phase Transformations in Binary Ti-Nb Alloys for Biomedical Applications: Matthias Boenisch1; Christine Mickel1; Ajit Panigrahi2; Michael Zehetbauer2; Thomas Waitz2; Annett Gebert1; Mariana Calin1; Werner Skrotzki3; Juergen Eckert1; 1IFW-Dresden; 2University of Vienna; 3TU Dresden

6:15 PMInfluence of Surface Treatment of Nitinol on Adhesion and Proliferation on Pre-Osteoblast Cells: Waseem Haider1; Ryszard Rokicki2; 1University of Texas Pan American; 2Electrobright

Characterization of Minerals, Metals and Materials 2013: Characterization for Extraction ApplicationsSponsored by:TMS Extraction and Processing Division, TMS: Materials Characterization CommitteeProgram Organizers: Jiann-Yang Hwang, Michigan Technological University; Chen-Guang Bai, Chongqing University; John Carpenter, DOE LANL; Shadia Ikhmayies, Al Isra University; Bowen Li, Michigan technological University; Mingming Zhang, ArcelorMittal Global R&D; Sergio Monteiro, State University of North Rio de Janeiro; Zhiwei Peng, Michigan Technological University


Session Chairs: Ailiang Chen, Central South University; Xuewei Lv, Chongqing University

2:00 PMCo-Intensification of Bio-Oxidizing As-Bearing Gold Ores: Li Qian1; Yuan Hong-jing1; Yang Yong-bin1; Jiang tao1; Zhang Yan1; Bai Guo-hua1; 1Central South University

2:20 PMPreparation of Nano Copper Oxide Using Metal Powders Recovered from Waste Printed Circuit Boards: Zhu Ping1; 1Shanghai University

2:40 PMThe Effect of Flotation Reagents on the Gold Sorption Kinetics and Loading Capacity of Activated Carbon: Mohammad Mehdi Salarirad1; Ali Behnamfard1; 1Amirkabir University of tech.


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3:00 PMEffect of Copper and Ammonia on Consumption of Thiosulfate in Gold Leaching Solutions: Jiang Tao1; Wang Dan1; Yang yong-bin1; Li Qian1; 1Central South University

3:20 PMPresent and Development on the Process of Anode Slime Treatment in China: Weifeng Liu1; Shuliang Wang2; Tianzu Yang1; Lin Chen1; Shu Bin1; Wanda Bin1; 1Central South University; 2Lanzhou Jinchuan Advanced Materials Technology Co.,Ltd

3:40 PMNickel Recovery from Sukinda Chromite Overburden Using Shewanella Putrefaciens: Lala Sukla1; Barada Mishra1; Nilotpala Pradhan1; Jacintha Esther1; 1Institute of Minerals and Materials Technology

4:00 PMComposition Control of the Precursor of Fibrous Ni-Co Alloy Powders by Coordinated Coprecipitation: Jing Zhan1; Chuan-fu Zhang1; Yong-lin Yao1; 1Central South University

4:20 PMThe Contrastive Studies of Microwave and Conventional Roasting CuCl Residue from Zinc Hydrometallurgy: Lu Shuaidan1; Yaqian Wei1; Shaohua Ju1; Jinhui Peng1; Libo Zhang1; 1Key Laboratory of Unconventional Metallurgy, Kunming University of Science and Technology

4:40 PMOrganophilization of a Brazilian Kaolin Clay: Maria das Graças Valenzuela1; Camila Matos2; Orley de Oliveira2; Isaac Sayeg2; Lucy de Sant’Anna2; Flavio Carvalho2; Francisco Valenzuela-Díaz2; 1Centro Universitário Estacio Radial de São Paulo; 2Sao Paulo University

5:00 PMIndium Extraction Process from Sulfuric Pressure Leaching Solution for Vacuum Furnace Germanium Slag: Hongyang Cao1; Jimin Wang1; Binxiu Wu2; Jian Wang2; Junhong LI2; 1Guangzhou Research Institute of Non-Ferrous Metals; 2Shaoguan Smelter

5:20 PMResearch on Desilication Technology from Acid Leaching of High-Grade Silic Stone Coal: Zhao Qiang1; 1Changsha Research Institute of Mining and Metallurgy

5:40 PMReformulation of a Roofing Tiles Body: Carlos Maurício Vieira1; Sergio Neves Monteiro1; 1State University of the North Fluminense

Characterization of Minerals, Metals and Materials 2013: Surface, Joint, and Processing of MetalsSponsored by:TMS Extraction and Processing Division, TMS: Materials Characterization CommitteeProgram Organizers: Jiann-Yang Hwang, Michigan Technological University; Chen-Guang Bai, Chongqing University; John Carpenter, DOE LANL; Shadia Ikhmayies, Al Isra University; Bowen Li, Michigan technological University; Mingming Zhang, ArcelorMittal Global R&D; Sergio Monteiro, State University of North Rio de Janeiro; Zhiwei Peng, Michigan Technological University


Session Chair: Ender Keskinkilic, Atilim University

2:00 PMOptimization of Process Parameters on the Siffusion Bonding of a Titanium Alloy with Titanium Alloy Sheet: Chandrappa Kasigavi1; 1Siddaganga Institute of Technology, Tumkur

2:20 PMA Route to Fracture Prediction of Spot Welded Boron Steel in Automotive Applications: Neill Raath1; Darren Hughes1; David Norman2; Iain McGregor2; Anirban Gupta1; Richard Dashwood1; 1University of Warwick; 2Tata Steel Automotive Engineering Research, Development & Technology

2:40 PMAbrasion Behavior in Humid Condition In Tool Steels H-13 Y D-2: Isaias Hilerio1; Daniel Muñoz1; Alejandro Altamirano1; Victor Cortés1; 1UAM Azcapotzalco

3:00 PMCoating Characterization in CrN Deposited by Magnetron Sputtering Method on AISI 316 Steel: Isaias Hilerio1; Miguel A. Barrón1; Dulce Medina1; Roberto Hernández1; 1UAM Azcapotzalco

3:20 PMGrain Boundary Characterization of Crept Alloy 617: Fan Zhang1; David Field1; 1Washington State University

3:40 PMMicrostructures and Microstructure Evolution for Inconel 718 Following Electron and Laser Beam Melt Fabrication and Heat Treatment: K. N. Amato1; E. Martinez2; X. Pan3; L. Murr1; J. Hernandez1; S.M. Gaytan1; C.A. Terrazas1; E. Rodriguez1; F. Medina1; R.B. Wicker1; 1University of Texas at El Paso; 2The University of Texas at El Paso; 3Dalian University of Technology

4:00 PMMicrostructures for Niobium Fabricated by Electron Beam Melting: Edwin Martinez1; Lawrence Murr1; Jennifer Hernandez1; X. Pan2; Krista Amato1; P. Frigola3; Cesar Terrazas1; Sara Gaytan1; Emmanuel Rodriguez1; Francisco Medina1; Ryan Wicker1; 1University of Texas at El Paso; 2Dalian University of Technology; 3RadiaBeam Technologies

4:15 PMReduced Building-Vat-Size-Design for Process Parameter Development in Electron Beam Melting System: Sara Gaytan1; Cesar Terrazas; Francisco Medina1; Pedro Frigola2; Lawrence Murr2; Ryan Wicker1; 1UTEP; 2RadiaBeam

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4:30 PMDetermination of Undercooled Liquid Heat Capacities by Levitation Drop Calorimetry: Carl Tackes1; Ralph Napolitano1; 1Iowa State University/Ames Laboratory

Computational Thermodynamics and Kinetics: Steels and OxidesSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Materials Processing and Manufacturing Division, TMS: Alloy Phases Committee, TMS: Chemistry and Physics of Materials Committee, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Phase Transformations Committee, TMS: Process Technology and Modeling CommitteeProgram Organizers: Jörg Neugebauer, Max-Planck-Institut für Eisenforschung GmbH; Carelyn Campbell, NIST; Dongwon Shin, Oakridge National Lab; Zi Kui Liu, Penn State; Michael Demkowicz, Massachusetts Institute of Technology; Raymundo Arroyave, Texas A & M University; Shenyang Hu, Pacific Northwest National Laboratory


Session Chairs: In-Ho Jung, McGill University; Richard Sisson, Worcester Polytechnic Institute

2:00 PM InvitedModeling the Nitriding: Richard Sisson1; Mei Yang; 1WPI

2:25 PMA New Treatment for the Kinetics of Isothermal Oxidation of Zinc Powders: Qun Luo1; Qian Li1; Jie-Yu Zhang1; Kuo-Chih Chou2; 1Shanghai University; 2University of Science and Technology Beijing

2:40 PMComputation of Thermal Fields with Non-Stationary Model at Electron Beam Melting of Metals: Katia Vutova1; Veliko Donchev2; Vania Vassileva2; 1Institute of Electronics, Bulgarian Academy of Sciences; 2Institute of electronics, Bulgarian Academy of Sciences

2:55 PMGaseous Reduction of Iron Oxide Fines:Kinetic Parameters Estimation Using Global Minimization Algorithm: Huiqing Tang1; Zhancheng Guo1; 1University of Science and Technology Beijing,Beijing

3:10 PM Break

3:25 PMKinetic Discussion on Deoxidation and Desulphurization of Molten Steel with Calcium Treatment: Haiyan Tang1; Tongbo Zhang1; Jingshe Li1; Yanqi Song1; 1University of Science and Technology Beijing

3:40 PMExperimental Grain Boundary Diffusivities in Magnesium Thin Films Using SIMS: Ethan Ambroziak1; Nagraj Kulkarni2; Bruce Warmack2; Bala Radhakrishnan2; Boyd Evans III2; Kevin Coffey3; Yongho Sohn3; Jerry Hunter4; Jay Tuggle4; Graeme Murch5; Irina Belova5; 1University of Wisconsin - Madison; 2Oak Ridge National Laboratory; 3University of Central Florida; 4Virginia Polytechnic Institute and State University; 5The University of Newcastle, Austalia

Deformation, Damage, and Fracture of Light Metals and Alloys: Deformation, Damage, and Fracture of Light Metals and Alloys Session VIISponsored by:TMS Light Metals Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Ke An, Oak Ridge National Laboratory; Qizhen Li, University of Nevada, Reno


Session Chair: Hongbin Bei, Oak Ridge National Laboratory

2:00 PM InvitedIn-situ Neutron Diffraction Study of Microscopic Deformation Processes and the Microstructure Effect in Advanced High-Strength Steels: Zhenzhen Yu1; Zhili Feng1; Ke An1; Ling Yang1; Wei Zhang1; Yanli Wang1; Grigoreta Stoica1; Alexandru Stoica1; Li Sun2; Jeff Wang2; Xiaochuan Xiong2; Shawn Gayden2; Blair Carlson3; 1Oak Ridge National Laboratory; 2General Motors China Science Lab; 3General Motors R&D Center

2:30 PMCharacterization of Beryllium Under Various Stress State Loading: Carl Cady1; Donald Brown1; Thomas Sisneros1; Cheng Liu1; Eric Brown1; George Gray1; 1Los Alamos National Laboratory

2:50 PMFriction Welding of γ-TiAl based Alloy Ti-47Al-3.5(Mn+Cr+Nb)-0.8(B+Si) in Investment Cast Condition - Process Development and Joint Properties: Volker Ventzke1; Nikolai Kashaev1; Heinz-Günter Brokmeier1; Norbert Huber1; 1Helmholtz-Zentrum Geesthacht GmbH

3:10 PMEffect of Nonproportional Loadings on Ductile Fracture: Shamik Basu1; Amine Benzerga1; 1Texas A&M University

3:30 PM Break

3:40 PMComputational Thermodynamic Calculations of Enthalpy for Constituent Phases and Effects on Deformation and Fracture: John Chinella1; 1U.S. Army Research Laboratory

4:00 PMPhase-Field-Crystal Modeling for Crack Propagation of Ductile Materials: Gao Yingjun1; 1Guangxi University

4:20 PMModeling and Analysis of the Combined Roughness and Plasticity Induced Fatigue Crack Closure Process: Justin Crapps1; Steve Daniewicz2; 1Los Alamos National Lab; 2Mississippi State University

4:40 PMVoid Coalescence Modelling: Strain Hardening, Second Population and Shear Effects: Thomas Pardoen1; Liza Lecarme1; Damien Fabrègue2; Cihan Tekoglu3; Jean-Baptiste Leblond4; 1UCL; 2INSA Lyon; 3TOBB University; 4Université Paris VI

5:00 PMFactors Influencing Corrosion of Disintegrable Metal Composite in Downhole Applications: Swetha Ganeshan1; Zhiyue Xu1; Caleb Newman1; 1BHI


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Magnesium-Based Biodegradable Implants Symposium: Coatings and Surface ModificationSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Light Metals Division, TMS Structural Materials Division, TMS: Biomaterials Committee, TMS: Magnesium CommitteeProgram Organizers: Candan Tamerler, University of Washington; Wim Sillekens, European Space Agency

Thursday PM Room: 214DMarch 7, 2013 Location: Henry B. Gonzalez Convention Center

Session Chairs: Candan Tamerler, University of Washington; Jacob Edick, Boston Scientific

2:00 PM InvitedNSF – Engineering Research Center (ERC) for Revolutionizing Metallic Biomaterials: Activities and Opportunities for Globalization: Jag Sankar1; 1NC A&T State University

2:30 PMBio-active Coatings on Magnesium Alloys for Biomedical Applications: Prashant Kumta1; Abhijit Roy1; Boeun Lee1; Nicole Ostrowski1; Satish Singh1; Sangeetha Kunjukunju1; Sung Jae Chung1; 1University of Pittsburgh

2:50 PMSurface Modification of Mg by MgO-ZrO2 Composite Coatings: Sankara Narayanan TSN1; Il Song Park1; Tae Sung Bae1; Min Ho Lee1; 1Chonbuk National University

3:10 PMDevelopment of Biocompatible Metal and Ceramic Coatings for Biodegradable Magnesium Implants: Dhananjay Kumar1; S Yarmolenko1; Ram Gupta1; Prashant Kumta1; Kwado Darkwa-Mensah1; 1North Carolina A & T State Univ

3:30 PM Break

3:50 PMBiocompatibility of Fluoride-Coated Mg/Ca Alloys in a Subcutaneous Mouse Model: Matthias Peuster1; Juliane Seibt1; Thomas Hassel2; Friedrich-Wilhelm Bach2; Andreas Drynda3; 1University of Chicago; 2Leibnitz-University Hannover; 3University of Magdeburg

4:10 PMDeposition of MgF2 Coating on Mg by Chemical and Electrochemical Methods and Evaluation of Their Corrosion Resistance: Sankara Narayanan TSN1; Il Song Park1; Tae Sung Bae1; Min Ho Lee1; 1Chonbuk National University

4:30 PMCovalent Immobilization of Biomolecules on Magnesium Alloy AZ31: Joy Gray-Munro1; K. Bissonnette; Sahajmeet Guraya1; 1Laurentian University

4:50 PMBiodegradable Polymeric Coating on Surface Modified Magnesium Alloys for Controlled Degradation: Sushma Amruthaluri1; Norman Munroe1; Puneet Gill1; 1Florida International University

5:10 PM Concluding Comments Candan Tamerler / Wim Sillekens

Magnesium Technology 2013: Phase Formation Sponsored by:TMS Light Metals Division, TMS: Magnesium CommitteeProgram Organizers: Norbert Hort, Helmholtz-Zentrum Geesthacht; Suveen Mathaudu, US Army Research Office; Neale Neelameggham, IND LLC; Martyn Alderman, Magnesium Elektron


Session Chairs: Alok Singh, National Institute for Materials Science; Alan Luo, General Motors Global Research and Development

2:00 PMBounds to Hardening by Solid Solution, Precipitation and Short Range Order in Mg Binary Alloys: Carlos Caceres1; Saeideh Abaspour1; 1The University of Queensland

2:20 PMA New Magnesium Alloy System: TEXAS: Björn Wiese1; Chamini Mendis1; Carsten Blawert1; Eric Nyberg2; Karl Kainer1; Norbert Hort1; 1Helmholtz-Zentrum Geesthacht; 2Pacific Northwest National Laboratory

2:40 PMEffect of Sn Additions on the Age Hardening Response, Microstructures and Corrosion Resistance of Mg-0.8Ca (wt%) Alloys: Chamini Mendis1; Domonkos Tolnai1; Carsten Blawert1; Norbert Hort1; 1Helmholtz Zentrum Geesthacht

3:00 PMPhase Stability Investigation of the Mg-Zn-Sm System: Xiangyu Xia1; Amirreza Zadeh1; Chuan Zhang2; Xiaoqin Zeng3; Donald Stone1; Alan Luo4; 1Materials Science Program, University of Wisconsin Madison; 2Computherm LLC; 3Shanghai Jiaotong University; 4General Motor

3:20 PMIn Situ Synchrotron Diffraction of the Solidification of Mg-RE Alloys: Domonkos Tolnai1; Chamini Mendis1; Andreas Stark1; Gábor Szakács1; Björn Wiese1; Karl Kainer1; Norbert Hort1; 1Helmholtz Zentrum Geesthacht

3:40 PM Break

4:00 PMNucleation Kinetics of the γ-Phase in a Binary Mg-Al Alloy: Mehdi Lalpoor1; J.S. Dzwonczyk1; N. Hort2; S.E. Offerman1; 1TU-Delft/Materials Innovation Institute; 2Helmholtz Zentrum Geesthacht

4:20 PMImpurity Diffusion Coefficients of Al and Zn in Mg Determined from Solid-to-Solid Diffusion Couples: Catherine Kammerer1; Nagraj Kulkarni2; Robert Warmack2; Kelly Perry2; Irina Belova3; Graeme Murch3; Yongho Sohn1; 1University of Central Florida; 2Oak Ridge National Laboratory; 3The University of Newcastle

4:40 PMEffects of Alloying Elements and Cooling Rate on Morphology of Phases in CaO Added Mg-Al-Si Alloys: Young-Gil Jung1; Hyun kyu Lim1; Young-Ok Yoon1; Shae K. Kim1; Do Hyang Kim2; 1KITECH; 2Yonsei University

5:00 PMMicrostructure and Phase Evolution in Mg-Gd and Mg-Gd-Nd Alloys with Additions of Zn, Y And Zr: Suzan Khawaled1; Menachem Bamberger1; Alexander Katsman1; 1Technion - Israel Institute of Technology

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5:20 PMFormation of a Honeycomb Network of Precipitates in Hot Rolled WE43 Mg-Based Alloy: Deep Choudhuri1; Soumya Nag1; Subhashish Meher1; Nilesh Dendge1; J Hwang1; Rajarshi Banerjee1; 1University of North Texas

Microstructural Processes in Irradiated Materials: Novel Systems & CeramicsSponsored by:TMS Structural Materials Division, TMS/ASM: Nuclear Materials CommitteeProgram Organizers: Thak Sang Byun, Oak Ridge National Laboratory; Dane Morgan, University of Wisconsin-Madison; Yasuyoshi Nagai, Tohoku University; Zhijie Jiao, University of Michigan-Ann Arbor; Christine Guéneau, CEA-Saclay


Session Chairs: Hidehiro Yasuda, Osaka University; Pascal Bellon, University of Illinois


2:10 PM InvitedOn the Role of Interfaces on Radiation Damage Evolution in Oxide Heterocomposites: Blas Uberuaga1; 1Los Alamos National Laboratory

2:40 PMProton Irradiation Study on Zirconium Carbide across Different Temperature and Stoichiometry: Yina Huang1; 1University of Wisconsin-Madison

3:00 PMAb-Initio Study of Defect Clustering in Irradiated Silicon Carbide: Chao Jiang1; Dane Morgan1; Izabela Szlufarska1; 1University of Wisconsin

3:20 PM InvitedPhase Field Modeling of Radiation Induced Segregation and Precipitation: Pascal Bellon1; Venkatswara Manga1; Dallas Trinkle1; Robert Averback1; Thomas Garnier1; Maylise Nastar1; 1University of Illinois

3:50 PM InvitedMeV Electron-Irradiation-Induced Non-Equilibrium Phase Formations in Nanoparticles: Hidehiro Yasuda1; 1Osaka University

4:20 PMMD Simulations of Radiation Effects on Thermal Properties of Multi-walled Carbon Nanotubes: Jing Wang1; Di Chen1; Lin Shao1; 1Texas A&M University

4:40 PMAb Initio Study of Radiation-Induced Amorphization Mechanisms in SiC and ZrC: Ming-Jie Zheng1; Izabela Szlufarska1; Dane Morgan1; 1University of Wisconsin - Madison

5:00 PMComparisons of Radiation Damage in He Ion and Proton Irradiated Immiscible Ag/Ni Nanolayers: Kaiyuan Yu1; Yue Liu1; Engang Fu2; Yongqiang Wang2; Michael Myers1; Haiyan Wang1; Lin Shao1; Xinghang Zhang1; 1Texas A&M University; 2Los Alamos National Laboratory

5:20 PMMicrostructural Changes in a/ß Ti and Zr alloys and Al-Mg-Si Alloy Due to Ion-Beam Irradiation: Dhriti Bhattacharyya1; Pranesh Dayal1; David Carr1; Robert Harrison1; Lyndon Edwards1; Roman Voskoboinikov1; 1ANSTO


Modeling and Experimental Validation of Multiscale Mechanical Behavior from Atomic Scale to Macro Scale: Multiscale Behavior: Strength and SegregationSponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Mechanical Behavior of Materials Committee, TMS: Nanomechanical Materials Behavior Committee, TMS: Process Technology and Modeling Committee, TMS: Shaping and Forming CommitteeProgram Organizers: Nathan Mara, Los Alamos National Laboratory; Jian Wang, Los Alamos National Laboratory; Brad Boyce, Sandia National Laboratories; Jennifer Carter, Case Western Reserve University; Anthony Rollett, Carnegie Mellon University; Jonathan Zimmerman, Sandia National Laboratories

Thursday PM Room: 211March 7, 2013 Location: Henry B. Gonzalez Convention Center

Session Chairs: Mark Tschopp, Mississippi State University; Arief Budiman, SunPower Corporation

2:00 PM InvitedEnergetics and Length Scales of Point Defect and Element Segregation to Grain Boundaries in Fe: Mark Tschopp1; Kiran Solanki2; Fei Gao3; Xin Sun3; 1Mississippi State University; 2Arizona State University; 3PNNL

2:30 PMBinary L12 - Intermetallics: A Statistical-Thermodynamic Modelling of Ordering Phenomena, Behavior and Properties: Olga Semenova1; Regina Krachler1; 1University of Vienna

2:50 PMContinuum Dislocation Dynamics Modelling of Mesoscale Deformation of Single Crystals: Shengxu Xia1; Anter El-Azab1; 1Purdue University

3:10 PMGeometrical Construction of <uvw>(Ʃ/ Ʃn )mǂ1 - 90° Twist Quasi-Periodic Bi-Crystals andTheir Quasi-Periodic Grain Boundaries in Cubic Crystals: Mohammad Shamsuzzoha1; 1University of Alabama

3:30 PM Break

3:40 PMLaue Simulation from 3D Discrete Dislocation Dynamic Modelling: Christophe Le Bourlot1; Steven Van Petegem1; Cecile Marichal1; Jochen Senger2; Daniel Weygand2; Helena Van Swygenhoven2; 1Paul Scherrer Institut; 2KIT

4:00 PMMulti-Scale Constitutive Modeling for Ni3Al-Based Alloy: Hongjian Zhang1; Weidong Wen1; Haitao Cui1; 1Nanjing University of Aeronautics and Astronautics

4:20 PM InvitedPlasticity in the Nanoscale Cu/Nb Multilayers as Revealed by Synchrotron X-Ray Laue Microdiffraction: Arief Budiman1; N. Li1; N. Mara1; M. Kunz2; N. Tamura2; A. Misra1; 1Los Alamos National Laboratory (LANL); 2Advanced Light Source (ALS)


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4:50 PMInfluence of Iron on Strength of Aluminum Die Cast Alloys: Mesut Varlioglu1; Goutam Mohapatra2; Satyam Sahay2; Mohamad El-Zein1; 1Deere & Company; 2John Deere India Pvt Ltd

5:10 PMImproving Estimates of Fretting Wear Rates through Microscale Simulations: Areg Hayrapetian1; Michael Demkowicz1; 1Massachusetts Institute of Technology

Ni-Co 2013: Ni and Co Hydrometallurgy Sponsored by:The Minerals, Metals and Materials Society, Metallurgical Society of the Canadian Institute of Mining Metallurgy and Petroleum, Chinese Society for Metals, GDMB Society for Mining, Metallurgy, Resource and Environmental Technology, Society for Mining Metallurgy and Exploration, Mining and Materials Processing Institute of Japan, Associacao Brasileira de Metalurgia, Materiais e Mineracao, Southern African Institute of Mining and Metallurgy (SAIMM), Minerals Engineering International Online, Cobalt Development Institute, Societe Francaise de Metallurgie et de Materiaux, TMS Extraction and Processing Division, TMS: Hydrometallurgy and Electrometallurgy Committee, TMS: Pyrometallurgy CommitteeProgram Organizer: Thomas Battle, Midrex Technologies

Thursday PM Room: 007DMarch 7, 2013 Location: Henry B. Gonzalez Convention Center

Session Chairs: Violina Cocalia, Cytec Industries, Inc.; Harald Oosterhof, Umicore

2:00 PMContinuous Co-Precipitation Behaviour and Stability of Arsenic(V) from Fe(II,III)-Al(III)-Ni(II) Sulphate Effluent Solutions: Christoph Doerfelt1; George Demopoulos1; 1McGill University

2:25 PMHydrochloric Acid Regeneration Via Calcium Sulfate Crystallization for Non-Ferrous Chloride Leaching Processes: Thomas Feldmann1; George Demopoulos1; 1McGill University

2:50 PMHydrometallurgical Nickel Laterite Processing: A Review of Current SX Flowsheets and Industry Trends: Adam Fischmann1; Shane Wiggett1; Troy Bednarski1; Violina Cocalia1; Cyril Bourget1; 1Cytec Industries Inc.

3:15 PMStudies on Refining Cobalt Salt Solution by Extraction Chromatography to Prepare High Purity Cobalt: Chen Song1; Zhang Li1; Lang Shuling1; Cai Zhenping1; Wang Lijun1; 1General Research Institute for Non-ferrous Metals

3:40 PM Break

4:00 PMWhen Laboratory Work and Operating Plant Don’t Agree:Commercializing the Caron Ammonia-Ammonia Carbonate Ni Process: Larry Southwick1; 1L.M.Southwick & Assoc.

4:25 PMSelective Production of Co & Ni Powders through Hydrothermal Reduction of Leach Solutions of A Synthetic Matte Containing Cu-Ni-Co-Fe-S: Devabrata Mishra1; Kyung-Ho Park2; Kamala Sahu1; Archana Agrawal1; Chul-Wo Nam2; 1National Metallurgical Laboratory (CSIR-NML); 2KIGAM

Phase Transformation and Microstructural Evolution: General Phase Transformations - Fe Based Alloys: Part IISponsored by:TMS Materials Processing and Manufacturing Division, TMS: Chemistry and Physics of Materials Committee, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Phase Transformations Committee, TMS: Process Technology and Modeling Committee, ASM: Alloy Phase Diagrams CommitteeProgram Organizers: Amy Clarke, Los Alamos National Laboratory; Sudarsanam Suresh Babu, Ohio State Univ; Rajarshi Banerjee, Univ of North Texas; John Morral, Ohio State Univ; Brian Gleeson, University of Pittsburgh; Carelyn Campbell, National Institute of Standards & Tech; Yongho Sohn, Univ of Central Florida; Yunzhi Wang, Ohio State University


Session Chairs: Amy Clarke, Los Alamos National Laboratory; Sudarsanam Suresh Babu, The Ohio State University

2:00 PM InvitedVariant Selection in Heterogeneous Nucleation during Phase Transformations of Steels: Tadashi Furuhara1; Goro Miyamoto1; 1Institute for Materials Research, Tohoku University

2:30 PMMicrostructural Characterisation of Bainitic Bearing Steel: Abdur Bhatti1; Pedro Rivera-Diaz-del-Castillo1; 1Cambridge University

2:50 PMMicrostructure Evolution and Mechanical Properties of Hot-rolled Medium Mn TRIP Steel: Zhihui Cai1; Hua Ding1; Xin Xue1; Qibin Xin1; Jun Jiang1; 1Northeastern University

3:10 PMPhase Transformation and Mechanical Properties of a 0.16C-1.5Mn-1.5Al TRIP Steel: Yongfeng Shen1; Y.D. Wang1; Y.D. Liu1; x. Sun1; L. Zuo1; 1Northeastern University

3:30 PM Break

3:50 PMA Molecular Dynamics Simulation Study of the Austenite-Ferrite Transformation in Polycrystalline Fe: Huajing Song1; Jeff Hoyt1; 1Mcmaster University

4:10 PMPhase Transformation in a Nanostructured ODS Steel Investigated with X-Ray Diffraction: Steven Van Petegem1; Patrick Schloth2; P. Susila3; Helena Van Swygenhoven1; 1Paul Scherrer Institut; 2EPFL; 3Indian Institute of Technology Madras

4:30 PMPrecipitation and Abnormal Grain Growth in Low Alloy Steels: Mohammad Abdur Razzak1; Michel Perez1; Thomas Sourmail2; Sophie Cazottes; Marion Frotey2; 1INSA Lyon; 2ASCOMETAL

4:50 PMOptimising Precipitation Hardening in High Strength Steels: Alfonce Chamisa1; W Rainforth1; Eric Palmiere1; 1University of Sheffield

5:10 PMPhase Transformation and Microstructure Evolution in 304 Stainless Steel during Cryogenic Laser Shock Peening: Chang Ye1; Gary Cheng2; 1University of Cincinnati; 2Purdue University

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Phase Transformation and Microstructural Evolution: Phase Field, Phase Field Crystal, Diffusive Molecular Dynamics and Related Models: Part IISponsored by:TMS Materials Processing and Manufacturing Division, TMS: Chemistry and Physics of Materials Committee, TMS/ASM: Computational Materials Science and Engineering Committee, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Phase Transformations Committee, TMS: Process Technology and Modeling Committee, ASM: Alloy Phase Diagrams CommitteeProgram Organizers: Amy Clarke, Los Alamos National Laboratory; Sudarsanam Suresh Babu, Ohio State Univ; Rajarshi Banerjee, Univ of North Texas; John Morral, Ohio State Univ; Brian Gleeson, University of Pittsburgh; Carelyn Campbell, National Institute of Standards & Tech; Yongho Sohn, Univ of Central Florida; Yunzhi Wang, Ohio State University


Session Chairs: W.T. Kim, Cheongju University; Ingo Steinbach, Ruhr-University; Mikko Haataja, Princeton University

2:00 PM InvitedPhase Field for Alloy Design: Ingo Steinbach1; 1Ruhr-University

2:30 PM InvitedPhase-Field Modeling for Advanced Alloy Design: Heike Emmerich1; 1University of Bayreuth

3:00 PMApplication of the Phase-Field Model to Four-Phase Reactions in Ternary Alloys: Julia Kundin1; Heike Emmerich1; 1University Bayreuth

3:20 PMPhase-Field Simulation and Nugget Microstructure Analysis of AZ31 Magnesium Alloy Welds.: David Montiel1; Lei Liu2; Lin Xiao2; Norman Zhou2; Nikolas Provatas3; 1McMaster University; 2University of Waterloo; 3McGill University

3:40 PM Break

4:00 PM InvitedPhase Field Modeling of Microstructure Engineering in Spinodal-Type Magnetic Materials: Yongmei Jin1; Stephen Hackney1; 1Michigan Technological University

4:30 PMPhase Field Study of Grain Growth and Texture Evolution: Elastic Loading Effect: Dong-Uk Kim1; Seong-Gyoon Kim2; Won Tae Kim3; Pil-Ryung Cha1; 1Kookmin University; 2Kunsan National University; 3Chongju University

4:50 PMPhase Field Modelling of Simultaneous Formation of Ferrite and Bainite in Low-Carbon Steels: Morteza Toloui1; Matthias Militzer2; 1Centre for Metallurgical Process Engineering,University of British Columbia; 2Centre for Metallurgical Process Engineering, University of British Columbia

5:10 PMPhase Field Modelling of Intercritical Annealing in Dual-Phase Steels: Benqiang Zhu1; Matthias Militzer1; 1University of British Columbia

5:30 PMPhase Field Simulation of Austenite Decomposition: Adam Giessmann1; Oleg Shchyglo1; Ingo Steinbach1; 1Ruhr University Bochum

Symposium on High Entropy Alloys: Other PropertiesSponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials Committee, TMS: Alloy Phases CommitteeProgram Organizers: Peter Liaw, The University of Tennessee; Gongyao Wang, University of Tennessee; M. Gao, National Energy Technology Laboratory ; S. Mathaudhu , U.S. Army Research Office


Session Chairs: Karin Dahmen, University of Illinois at Urbana Champaign; Michael Kaufman, Colorado School of Mines

2:00 PM InvitedExtracting Materials Properties from Crackling Noise and Slip Avalanche Statistics of Slowly-Sheared Materials: Karin Dahmen1; Xie Xie2; James Antonaglia1; Marina Laktionova3; Elena Tabachnikova3; Zhi Tang2; Junwei Qiao4; Julia Greer5; Jien Wei Yeh6; Jonathan Uhl7; Peter Liaw2; 1University of Illinois at Urbana Champaign; 2University of Tennessee at Knoxville; 3National Academy of Sciences of Ukraine; 4Taiyuan University of Technology; 5Caltech; 6National Tsing Hua University; 7private

2:25 PM InvitedA Combinatorial Approach to the Investigation of Metal Systems That Form Both High Entropy Alloys and Bulk Metallic Glasses: Brian Welk1; Peter Liaw2; Mark Gibson3; Hamish Fraser1; 1The Ohio State University; 2The University of Tennessee; 3CSIRO

2:50 PMOn the Solidification and Phase Stability of a Co-Cr-Fe-Ni-Ti High-Entropy Alloy: Yao-Jen Chang1; Che-Wei Tsai1; An-Chou Yeh1; Jien-Wei Yeh1; 1Dept of Materials Science and Engineering, National Tsing Hua University

3:05 PM InvitedLiquid Phase Separation in Transition Element High Entropy Alloys: Abraham Munitz1; Rodinei Gomes1; Gerald Bourne1; James Cotton2; Michael Kaufman1; 1Colorado School of Mines; 2Boeing Research and Development

3:30 PM Break

3:45 PM InvitedEntropy in Solids: Zi-Kui Liu1; 1The Pennsylvania State University

4:10 PMMinor Phase and Defect Effects on Fatigue Behavior of Wrought Al0.5CoCrCuFeNi High-Entropy Alloys: Zhi Tang1; M. Hemphill1; T. Yuan2; G. Wang1; J. Yeh3; C. Tsai3; P. Liaw1; 1The University of Tennessee; 2Ohio University; 3National Tsing Hua University

4:25 PM InvitedOther Sources of Entropy in Alloys: Brent Fultz1; 1California Institute of Technology

4:50 PM InvitedPhase Separation and Intermetallic Formation in “High-Entropy” Alloys: Chad Parish1; Michael Miller1; Louis Santodonato1; Zhi Tang2; Peter Liaw2; 1Oak Ridge National Laboratory; 2University of Tennessee


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2013 Young Leader Meet the Candidate Poster SessionSponsored by:TMS: Young Leaders CommitteeProgram Organizers: Kinga Unocic, ORNL; Dongwon Shin, Oak Ridge National Laboratory; Dwayne Shirley, Texas Instruments, Inc.

Sunday PM Room: 213 A&BMarch 3, 2013 Location: Henry B. Gonzalez Convention Center

Materials Master Student Looks for a Full-time Engineer Job: Shuai Wan1; 1Queen’s University

Liquid Metal Batteries for Large Scale Energy Storage Applications: Hojong Kim1; Donald Sadoway1; 1MIT

Computational Approaches for Multi-scale Design of Magnetostrictive Alloys Galfenol: Abhishek Kumar1; 1Aerospace Department

Nanomechanical Properties of Sulfonated Poly(Styrene-Isobutylene-Styrene) Triblock Copolymers: Omar Movil-Cabrera1; 1University of Puerto Rico - Mayaguez

Novel Methods of Synthesis of Metal Oxide Nanoparticles: Sarah Kendrick1; 1Material Advantage Clemson University

Dr Jennifer M R Tilley MEng (Hons) (Oxon) DPhil (Oxon): Jennifer Tilley1; 1University of Notre Dame

Modeling and Simulations for Quantitative Analyses: Amy Wang1; 1University of Antwerp

Understanding Protective Film Formation by Magnesium Alloys: Hassan Elsentriecy1; Kinga Unocic1; Michael Brady1; Guang Ling Song1; Harry Meyer III1; James Keiser1; Lawrence Anovitz1; Gernot Rother1; Jeffery Thomson1; Mostafa Fayek2; Bruce Davis3; 1Oak Ridge National Laboratory; 2University of Manitoba; 3Magnesium Elektron North America

Alloy Design and High Temperature Properties in TiAlNb(Cr,Mo) Alloys: Glenn Bean1; 1University of Florida

Investigation of Electromagnetic Acoustic Transduction-Based Processing of Mg Alloy Metal Matrix Nanocomposites: Hunter Henderson1; 1University of Florida

Carbon Encapsulated Platinum Nanoparticles: Growth, Characterization, and Applications: Junchi Wu1; Nitin Chopra1; 1The University of Alabama

Graduate Student Looking for Post-doctoral Career Opportunities: Chih-Pin Chuang1; 1University of Tennessee

Investigations of Abnormal Grain Growth Phenomena: Nicholas Pedrazas1; 1University of Texas at Austin

Mechanics and Geometry in Soft Matter: from Morphogenesis to Bio-inspired Techonology: Zi Chen1; 1Washington University in St. Louis

Microstructurally-Driven Materials Design of Magnesium Alloys: Zachary Bryan1; 1University of Florida

Systems Design of Smart, Multifunctional Materials by Integrating Computational Tools with Multiscale Characterization Methods: Derek Hsen Dai Hsu1; 1University of Florida

Tackling the Small Questions: Julian Rosalie1; 1National Institute for Materials Science

The Direct Production of Low Cost Titanium Powder from Magnesium Powder and Titanium Tetrachloride: Amin Oliazadeh1; 1Queen’s University

Toughening in Shape Memory Alloy Reinforced Epoxy and Metal Matrix Composites: Fatmata Barrie1; 1University of Florida

Understanding the Deformation Behavior of Structural Metals and Alloys: Aravindha Antoniswamy1; 1University of Texas at Austin

2013 Functional Nanomaterials: Synthesis, Properties and Applications: Poster SessionSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Nanomaterials CommitteeProgram Organizers: Seong Jin Koh, University of Texas at Arlington; Nitin Chopra, University of Alabama; Jiyoung Kim, University of Texas at Dallas; Yuanbing Mao, University of Texas-Pan American; Ashwin Ramasubramaniam, University of Massachusetts; Gregory Thompson, University of Alabama

Monday PM Room: Park View Lobby - Symposium Poster AreaMarch 4, 2013 Location: Henry B. Gonzalez Convention Center


J-1: Development of CeO2–yttria Stabilized Zirconia Nano Composite Electrolytes for Solid Oxide Fuel Cells: Alka Gupta1; Shobit Omar1; kantesh Balani1; 1I.I.T. Kanpur

J-2: Increased Efficiency of Organic Bulk Heterojunction Solar Cells on Flexible Substrates: Hyung Woo Choi1; Barry O’Brian1; Yong Kyun Lee1; N Theodore2; T. Alford1; 1Arizona State University; 2Freescale Semiconductor Inc.

J-3: Influence of Deposition Condition on the Crystallinity and Hydrogen Storage Properties of Mg Thin Films: Byoungsoo Ham1; Daniel Bufford1; Xinghang Zhang1; 1Texas A&M University

J-4: Interfacial Growth of Polyaniline Nanofibers and Nanoparticles between Graphite Oxide Layers toward Electrochemical Energy Storage: Jiahua Zhu1; Minjiao Chen1; Suying Wei1; Zhanhu Guo1; 1Lamar University

J-5: Three-Dimensional Oxide Core@shell Nanostructured Array for Electrochemical Energy Storage: Xing Sun1; Yuanbing Mao1; 1University of Texas Pan-America

J-6: Magnetic Iron Oxide Nanoparticles Stabilized by Maleic Anhydride Grafted Polypropylene: Qingliang He1; Suying Wei1; Zhanhu Guo1; 1Lamar University

J-7: Magnetic Polystyrene Nanocomposites Reinforced with Iron Oxide Nanoparticles: Xingru Yan1; Xi Zhang1; Hongbo Gu1; Suying Wei1; Zhanhu Guo1; 1Lamar University

J-8: Magnetoresistive Conductive Polyaniline - Barium Titanate Nanocomposites with Negative Permittivity: Xi Zhang1; Zhanhu Guo1; Suying Wei1; 1Lamar University

J-9: Band Gap Narrowing of CdO Powder by Rare Earth Praseodymium Doping: H.-Y. He1; 1Shaanxi University of Science and Technology

J-10: Effect of the Heat Input on the Transformation of Retained Austenite on Transformation Induced Plasticity Steel TRIP Welded with Gas Metal Arc Welding Process for Automotive Parts: Victor Lopez1; Saul Reyes; Gladys Perez1; Arturo Reyes1; Patricia Zambrano1; Joaquin del prado1; 1Corporacion Mexicana de Investigacion en Materiales

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J-11: Characterizing Structure of Ag Nanoparticles Buried inside Si and Accompanying Strain-relief Mechanism in Si by High Resolution TEM and RBS Channeling Analysis: Michael Martin1; 1Texas A&M University

J-12: Composition Analysis of Co-Doped Light-Emitting Polymer Nanocomposites: Gail Moruza1; Hillary Benedict1; Spencer Waizecker2; Kyle Gipson1; 1James Madison University; 2University of Virginia

J-13: Effect of Co Substitution on Microwave Absorption of BaFe12O19: Abhishek Chauhan1; Vijaya Agrawala1; Dharmendra Singh1; 1IIT Roorkee

J-14: Effect of Thickness on Optical Properties of ZnO:Al Nanofilms: Dinesh Madhup1; Shanker Chimouriya1; 1NANOLAB

J-15: Effect of Various Compounds on the Nano-Structured Framework of Calcium Silicate: Ozgul Taspinar1; Tugce Buyukyilmaz1; Ayfer Altmisoglu1; 1Istanbul Technical Univ.

J-16: Green Catalyst of Nano Zirconia Doped ZnO: Synthesis, Characterization and Photo-Mineralization Under Visible Light: Sudarkodi Raman1; Veena Ragupathy1; Srimathi Krishnaswamy1; Senthil S. Kumaar2; Ganapathi N. Subramanian3; Kang T.W3; 1CENCON, Hindustan University; 2Advanced Materials Research Centre; 3QSRC, Dongguk University

J-17: Influence of the Clay Tipe, the Velocity and Time of Stirring on the Properties of Diverse Organofilic Clays: Francisco Mondelo García1; Liaqat Shah1; Fabio Almeida1; José Valín Rivero1; María de Silva Valenzuela1; Francisco Valenzuela Díaz1; 1Universidade de Sao Paulo

J-18: Photoluminescence in Quantum Nanoparticles of Indirect Gap Materials: Karel Kral1; Miroslav Mensik2; 1Inst. Phys. ASCR, v.v.i.; 2Institute of Macromolecular Chemistry, ASCR, v.v.i.

J-19: Photocatalytic Degradation of TOC by Fe2O3/TiO2 Coated on Light Ceramic: Ju Hua1; 1Harbin Institute of Technology

J-20: Understanding the Size Control Mechanism for Pt/C Catalysts Made Using the Polyol Method: Pablo Favilla1; Jorge Acosta1; Carlos Schvezov2; Daniel Sercovich3; Juan Collet-Lacoste3; 1CEDIT - CONICET; 2University of Misiones; 3National Atomic Energy Commission

J-21: Photoluminescence Properties of Hierarchical YBO3:Eu3+ Nanostructures: Sandeep Sohal1; Xianwen Zhang1; Archis Marathe1; V. V Kuryatkov1; Marauo Davis1; Louisa J Weeks1; Jharna Chaudhuri1; Mark Holtz1; 1Texas Tech University

J-22: Response of Nanoporous Palladium Thin Films to Hydrogen Gas: Xu Jiang1; T. John Balk1; 1University of Kentucky

J-23: Applying Nano Technology To Remove Toxic H2S Gase Compounds From Exuast Gases In Primary Aluminum Industry (Monte Carlo Simulation): Mohsen Ameri1; Borzu Baharvand2; saeb Sadeghi2; 1Aluminium; 2Almahdi-hormozal Aluminum Corporation

J-24: Model for Metallic Nanoparticles Production: A tool for Design Study: Silvania Lopes1; Pierre Proulx2; Jean-Baptiste Gouriet1; Patrick Rambaud1; 1von Karman Institute; 2University of Sherbrooke

J-25: Nano-Hybrid Organic-Inorganic Thin Films Using Molecular Layer Deposition (MLD): Jie Huang1; Mingun Lee1; Antonio Lucero1; Jiyoung Kim1; 1University of Texas at Dallas

J-26: Nanocomposite Photocatalysts Containing TiO2 for Destruction of Bacteria under Visible Light: Qianqian Lu1; Yuanbing Mao1; Jinbo Zhao1; Pedro Rojas1; 1UTPA

J-27: Obtaining Microcapsules from PHB/Purified Brazilian Clay Nanonocomposites: Maria Silva-Valenzuela1; Wang Hui2; Helio Wiebeck2; Francisco Valenzuela-Diaz2; 1Centro Universitario Estacio Radial Sao Paulo; 2Universidade de Sao Paulo

J-28: Precursor Modification and Refluxing Effects on Titania Nanostructures Prepared Via Sol Gel Reflux Synthesis: Sofia Javed1; Mohammad Mujahid1; Mohammad Islam2; Muhammad Aftab Akram1; 1National University of Sciences and Technology Pakistan; 2Centre of Excellence for Research in Engineering Materials (CEREM) King Saud University, P.O.Box 800, Riyadh 11421, Saudi Arabia

J-29: Preparation and Growth Mechanism of Fibrous Nickel Cobaltite Spinel Particles: Jing Zhan1; Chen Wang1; Chuan-fu Zhang1; 1Central South University

J-30: Preparation of AlN–Y2O3 Nano-composite Powder Using Combustion Synthesized Precursor: Aimin Chu1; Mingli Qin1; Lin Zhang1; Baorui Jia1; Huifeng Lu1; Xuanhui Qu1; 1University of Science and Technology Beijing

J-31: Preparation of Nanostructure Ni Fibers by Precipitation-Thermal Decomposition-Reduction Process: Zhang Chuanfu1; Yao Yonglin1; Zhan Jing1; Wu Jianhui1; Li Changjun1; 1Central South University

J-32: Room Temperature Ferromagnetism in Co-Incorporated TiO2 Films Deposited on Single Crystalline Substrate: Sudesh Sharma1; Sujeet Chaudhary2; Subhash C Kashyap2; 1University of Petroleum and Energy Studies; 2Indian Institute of Technology Delhi

J-33: Ruthenium Grubbs’ Catalyst Nanostructures Grown by UV-Excimer-Laser Ablation for Self-Healing Applications: Brahim Aissa1; Federico Rosei1; Nechache Riad1; Emile Haddad2; Wes Jamroz2; Daniel Therriault3; 1University of Quebec; 2MPB Technologies Inc.; 3University of Montreal

J-34: Study on EP Resin Modified Nano-Silica and Mechanical Properties of Composites: Ju Hua1; An Shihui1; Zhang Jin1; Yang Liu1; 1Harbin Institute of Technology;

J-35: Surface Functionalization of Forcespun Nylon 6 Nanofibers Deposited with Silver and Copper Thin Films by Thermal Evaporation: Dorina Mihut1; Karen Lozano1; Luis Materon1; Noe Flores1; Roman Garcia1; Wenqian Zhao1; 1The University of Texas Pan American

J-36: Synthesis and Luminescent Properties of Y3Al5012:Ce3+ Thin Film Phosphors Prepared by Pulsed Laser Deposition: Kittessa Roro1; Francis Dejene2; Lekohololo Koao2; 1Council for Scientific and Industrial research; 2University of Free State (Qwa-Qwa campus)

J-37: Synthesis and Properties of Multiferroic A2BB’O6@ABO3 Core/Shell Nanocomposite: Andrix Arguelles1; Yesenia Cantu1; Yuanbing Mao1; 1University of Texas Pan-American

J-38: Synthesis of Visible-light-active Photocatalysts for Water Disinfection: Hermes Chirino1; Jennifer Bravo1; 1UTPA

J-39: Porphyrin Functionalized Iron Oxide-Gold Core-Shell Nanoparticles: Sandile Songca1; Oluwatobi Oluwafemi1; Adeolu Eshilokun1; 1Walter Sisulu University

J-40: Effect of Temperature on Chemical Vapor Deposition Growth of Graphene on Cu: Sirui Xing1; Wei Wu1; Shin-Shem Pei1; 1University of Houston

J-41: High Performance on TiO2 Nanotubes and Thin Film Based Biosensors for the Detection of Streptavidin: Mingun Lee1; Antonio Lucero1; Jie Huang1; Jiyoung Kim1; 1University of Texas at Dallas

J-42: Thermal Conductivity and Specific Heat of Metallic Micro- and Nanowires: Denis Myasishchev1; Josef Cepak1; Mark Holtz1; Jordan Berg1; 1Texas Tech University


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J-43: Effect of Temperature on the Optical and Structural Properties of Hexadecylamine Capped ZnS Nanoparticles Using Zinc(II) N-ethyl-N-Phenyldithiocarbamate as Single Source Precursor: Damian Onwudiwe1; Oluwafemi Oluwatobi1; Christien Strydom1; Sandile Songca1; 1Walter Sisulu University

J-44: Fast Triangular Gate Pulse Measurement Techniques for Intrinsic Electrical Characterization of Graphene Filed-Effect Transistors: Saungeun Park1; Sangchul Lee2; Srikar Jandhyala1; Greg Mordi1; Jang-Sik Lee3; Jiyoung Kim1; 1The University of Texas at Dallas; 2Gwangju Institute of Science and Technology; 3Kookmin University

J-45: Single-Particle Placement Using DNA-Conjugated Nanoparticles: Manouchehr Teimouri1; Pradeep Bhadrachalam1; Seong Jin Koh1; 1The University of Texas at Arlington

J-46: Application of Martensitic Transformation Fundamentals to Select Appropriate Alloys for Grain Refining through Martensite Thermomechanical Treatment: Peyman Behjati1; Ahmad Kermanpur1; Abbas Najafizadeh1; 1Isfahan University of Technology

J-48: Synthesis of Graphene/CuO Magnetic Nanocomposite via Solvothermal Processing: Maryam Najafi1; Ahmad Kermanpur1; Abbas Najafizadeh1; 1Isfahan University of Technology

J-47: Optimization of Titanium Dioxide Thin Film Biosensors for Streptavidin Detection: Antonio Lucero1; Mingun Lee1; Jiyoung Kim1; 1University of Texas at Dallas

J-52: Magnetocaloric Properties of Nanostructured Pr2-xDyxFe17: Lotfi Bessais1; Rym Guetari1; Riadh Bez2; Bazil Cizmas3; Najeh Mliki2; 1CNRS; 2University of Tunis el Manar; 3Transilvania University of Brasov

J-50: Effect of Nb on the Formation of Nano/Ultrafine Grain Structure in a Low Carbon Steel by Thermomechanical Treatment: Meisam Abbasi1; Ahmad Kermanpur1; Abbas Najafizadeh1; 1Isfahan University of Technology

J-51: Effect of Phonon Emission and Absorption in Electron Tunneling through Double Quantum Dots: Pradeep Bhadrachalam1; Ramkumar Subramanian1; Kyeongjae Cho2; Jiyoung Kim2; Seong Jin Koh1; 1The University of Texas at Arlington; 2The University of Texas at Dallas

J-49: Detection of Ultra-Low Concentrations of DNA Molecules Using Nanoparticle-Based DNA Sensing: Manouchehr Teimouri1; Yalong Li1; Seong Jin Koh1; 1The University of Texas at Arlington

J-53: Effect of Ti on the Formation of Nano/Ultrafine Grain Structure in the 201L Austenitic Stainless Steel through Martensite Thermomechanical Treatment: Saeed Sadeghpour1; Ahmad Kermanpur1; Abbas Najafizadeh1; 1Isfahan University of Technology

4th International Symposium on High-Temperature Metallurgical Processing: Poster Session Sponsored by:TMS Extraction and Processing Division, TMS: Energy Committee, TMS: Materials Characterization Committee, TMS: Pyrometallurgy CommitteeProgram Organizers: Tao Jiang, Central South University; Jiann-Yang Hwang, Michigan Technological University; Phillip Mackey, Consultant; Onuralp Yücel, ITU; Guifeng Zhou, Wuhan Iron and Steel


O-1: Using of Spent Moulding Sands for Production of Burned Ceramic Building Materials: Influence for Environment: Józef Danko1; Mariusz Holtzer1; Rafal Danko1; Sylwia Zymankowska-Kumon1; 1AGH University of Science and Technology

Aluminum Alloys: Fabrication, Characterization and Applications: Poster SessionSponsored by:TMS Light Metals Division, TMS: Aluminum Processing CommitteeProgram Organizers: Zhengdong Long, Kaiser Aluminum; Subodh Das, Phinix LLC; Tongguang Zhai, University of Kentucky; William Golumbfskie, Naval Surface Warfare Center


C-1: An Investigation on the Refinement Effect of Ti-6Al-4V on Fe-rich Hypo-eutectic Al-Si Alloys: Tara Foroozan1; Arash Maniee1; Reza Taghiabadi1; 1International University of Imam Khomeini

C-2: Characterization of the Developed Precipitates in Al-2 at.%Zn –x at.%Mg, (x=1.8, 2, 2.4, 3, 4.2): Ghada Abbady1; Nasser Afify1; Abd-Elfattah Gaber1; 1Assiut University

C-3: Design and Development of a Permanent Mould for the Production of Motor-Cycle Piston in Sedi-Enugu: Emmanuel Nwonye1; Chukwunwendu Ilochonwu; 1Scientific Equipment Development Institute

C-4: Development and Research of New Aluminum Alloys with Transition and Rare-Earth Metals and Equipment for Production of Wire for Electrotechnical Applications by Methods of Combined Processing: Irina Matveeva1; Viktor Frolov1; Leonid Trifonenkov1; Sergey Sidelnikov2; Nikolay Dovzhenko2; 1UC RUSAL; 2Siberian Federal University

C-5: Dynamic and Artificial Aging and Formation of Ultrafine Grained Structure in Aluminum Alloys During Severe Plastic Deformation: Maxim Murashkin1; Elena Bobruk1; Vil Kazykhanov1; Ruslan Valiev1; Xavier Sauvage2; 1Ufa State Aviation Technical University; 2University of Rouen, CNRS UMR

C-6: Effect of Process Parameters on Centrifugally Cast Al-Si FGM: Kiran Aithal1; Vijay Desai2; Narendranath S2; Mukunda P G1; 1Nitte Meenakshi Institute of Tcehnology; 2National Institute of Technology Karnataka

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C-7: Effects of Minor Sc Addtion on the Microstructures and Mechanical Properties of Al-Zn-Mg-Cu Casting Aluminum Alloy: Guangyu Yang1; Shaojun Liu1; Wanqi Jie1; 1Northwestern Polytechnical University

C-8: Influence of Machining Parameters on Al-4.5Cu-TiC In-Situ Metal Matrix Composites: Pradeep Jha1; Anand Kumar1; Manas mahapatra1; 1IIT Roorkee

C-9: Microstructural and Mechanical Characterization of Al-TiC Composites Produced by Mechanical Alloying: Elif Ozgun1; Lütfi Öveçoglu1; 1Istanbul Technical University

C-10: Microstructural and Mechanical Characterization of MIG Welded Aluminum Alloys Produced with Twin Roll Casting Technique: Onur Birbasar1; Özgür Akçam2; Emrah Özdogru1; Baris beyhan1; 1Assan Aluminum; 2GSI SLV-TR

C-11: Microstructural Evolution in an Al 6061/SiC Composite Processed through Cryorolling Followed by Annealing: Jayaganthan R1; Nageswararao Palukuri1; 1IIT Roorkee

C-12: Microstructural Features of As-Cast Indium Activated Aluminum Sacrificial Anodes: Muhammed Pourgharibshahi1; Mahmood Meratian1; 1Isfahan Uni of Tech

C-13: Nanostructured SPD-Processed Aluminum Alloys for Innovative Applications: Ruslan Valiev1; Ilchat Sabirov2; Maxim Murashkin1; Leonid Trifonenkov3; Evgeny Antipov4; 1Ufa State Aviation Technical University; 2IMDEA Materials Institute; 3RUSAL ETC ltd; 4Moscow State University

C-14: Study of Precipitation Behavior an Al-Cu Superalloy as a Function of Environmental Temperatures: E-Wen Huang1; Ming-Hsien Wen1; Cheng-Si Tsao2; Chun-Jen Su3; U-Ser Jeng3; 1National Central University; 2Institute of Nuclear Energy Research, Taiwan; 3National Synchrotron Radiation Research Center, Taiwan

C-15: The Effect of Thermomechanical Aging of Aluminium –Copper Alloy (MATLAB Approach): Adekunle Adegbola1; Ajibade Omotoyinbo2; Oladayo Olaniran2; Akeem Ghazali; Olugbenga Fashina1; 1The Polytechnic, Ibadan; 2Federal University of Technology, Akure

C-16: Thixoforming of A356 Aluminum Bipolar Plate: Amir Bolouri1; Chung-gil Kang1; 1Pusan National University

C-17: Fatigue Behavior of Ultra Fine

grained of 5083-Al Alloy Produced by Cryorolling: Dharmendra Singh1; Jayaganthan R1; Palukuri Nageswara rao1; 1IIT Roorkee

C-18: Production Of Single Cylinder Engine Components through High Pressure Die Casting In Sedi Enugu: Emmanuel Nwonye1; Chukwunwendu Ilochonwu1; Okechukwu Nwajagu1; 1Scientific Equipment Development Institute

C-19: The Research of Tensile Shear Failure Load and Microstructure Characteristic of Friction-Stir-Spot-Welded 5083 Al-Mg Alloy: Chia-Wei Lin1; 1National Cheng Kung University

Biological Materials Science Symposium: Poster SessionSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS Structural Materials Division, TMS: Biomaterials CommitteeProgram Organizers: Candan Tamerler, University of Washington; Molly Gentleman, Texas A & M University; Po-Yu Chen, National Tsing Hua University; Kajal Mallick, University of Warwick; Rajendra Kumar Kasinath, Unversity of Montana; Paul G. Allison, US Army Corp of Engineers




P-1: Characterization of a Portland Cement for Endodontic Material: Carlos Elias1; Leticia Chaves de Souza1; Hélio Lopes1; 1Instituto Militar de Engenharia

P-2: A Novel Porous Hydroxyapatite Scaffold Coated with Nanostructured Forsterite for Bone Tissue Engineering: Adel Sheikhhosseini1; 1IUT

P-3: Biocompatibility and Cytotoxity Study of Ultra Fine Grained Ti-Nb-Zr-CPP Composites Fabricated by SPS Using HEMM Powders: Kee Woo1; Kee-Do Woo1; Min-Su Kim1; Hyung-Sub Kang1; Kee-Do Woo1; 1Chonbuk National University

P-4: The Effect of Fe and Si Additions to Ti-Nb-Ta-Zr Biocompatible Alloy on Mechanical Properties and Bicompatiblitiy In Vitro: Josef Stráský1; Petr Harcuba1; Ivana Kopova1; Lucie Bacakova1; Milos Janecek1; 1Charles University

P-5: Modifying Fluorescence Signal of the Photoactive Proteins on Metal Nanoparticles by Modular Peptides: Esra Yuca1; Marketa Hnilova2; Turgay Kacar3; Ayten Yazgan Karatas3; Candan Tamerler2; 1Department of Molecular Biology and Genetics, Yildiz Technical University, Turkey; 2GEMSEC, Department of Material Science and Engineering, University of Washington; 3Department of Molecular Biology and Genetics, Istanbul Technical University

P-6: Biocompatibility and Cytotoxity Study of Ultra Fine Grained Ti-Nb-Zr-CPP Composites Fabricated by SPS Using HEMM Powders: Kee Woo1; Kee-Do Woo1; Min-Su Kim1; Hyung-Sub Kang1; Kee-Do Woo1; 1Chonbuk National University

P-7: Photoactive Proteins as Marker of Electrochemically Deposited Hydroxyapatite on Titania Nanotubes at Physiological Temperatures: Sermin Utku1; Esra Yuca2; Eren Seckin3; Gultekin Goller3; Ayten Yazgan-Karatas3; Mustafa Urgen3; Candan Tamerler4; 1Namik Kemal University; 2Yildiz Technical University; 3Istanbul Technical University; 4University of Washington


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Deformation, Damage, and Fracture of Light Metals and Alloys: Poster SessionSponsored by:TMS Light Metals Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Ke An, Oak Ridge National Laboratory; Qizhen Li, University of Nevada, Reno


D-1: Alloy Parts Heat Treatment Temperature Monitoring System: Tian Weiwei1; Cao Wenzhong1; Wang Lei1; 1 Environmental & Chemical Engineering College of Nanchang University

D-2: Forging of Magnesium Alloy by Impulsive Energy at Room Temperature: Liqun Ruan1; Kazuyuki Hokamoto1; Yasuo Marumo1; 1Kumamoto University

Fatigue and Fracture of Thin Films and Nanomaterials: Poster SessionSponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials Committee, TMS: Nanomechanical Materials Behavior CommitteeProgram Organizers: Megan Cordill, Erich Schmid Institute of Materials Science; Daniel Kiener, Montanuniversitaet Leoben; Xinghang Zhang, Texas A &M University ; Daniel Gianola, University of Pennsylvania ; Corinne Packard, Colorado School of Mines



Session Chair: Megan Cordill, Erich Schmid Institute of Materials Science

K-1: Fabrication and Mechanical Behavior of Nanoporous Iridium: Lei Wang1; John Balk1; 1University of Kentucky

K-2: Fatigue Crack Nucleation in LIGA Nickel MEMS Thin Films: Wanliang Shan1; Yong Yang2; T. Hillie3; W. Jordann3; Wole Soboyejo1; 1Princeton University; 2the City University of Hong Kong; 3National Center for Nano-Structured Materials

K-3: In-Situ Fracture Studies of Thin Copper Films on Polymer Substrates: Vera Marx1; Christoph Kirchlechner1; Ivo Zizak2; Megan Cordill1; 1Erich Schmid Institute of Materials Science; 2Helmholtz-Zentrum Berlin for Materials and Energy

K-4: In-Situ Fracture Toughness Testing of Small-Scale Bi-Embrittled Cu Bicrystals: Mark McLean1; Rick Vinci1; 1Lehigh University

K-5: In-Situ Monitoring of Thermally Induced Resistivity Changes in Silver Thin Films: Barbara De Maeyer1; Frederic Van Wontherghem1; Joris Proost1; 1Université catholique de Louvain

K-6: Interfacial Fracture of Ductile Films from Compliant Substrates Using Stressed Overlayers: Megan Cordill1; Vera Marx2; Christoph Kirchlechner2; Ivo Zizak3; 1Erich Schmid Institute of Materials Science; 2University of Leoben; 3Helmholtz-Zentrum Berlin für Materialien und Energie GmbH

K-7: Lifetime and Crack Initiation of FCC Materials in Small Scale under Multiaxial Cyclic Loading in the High and Very High Cycle Fatigue Regimes: Thomas Straub1; Tobias Kennerknecht2; Matthew Berwind1; Yuri Lapusta3; Chris Eberl1; 1Karlsruhe Insitute of Technology (KIT); 2Fraunhofer Institute for Mechanics of Materials (IWM); 3French Institute of Advanced Mechanics (IFMA)

K-8: Mechanical and Structural Properties of Silicon Carbide (SiC): M. Mamun1; A. Elmustafa1; 1Old Dominion University

K-9: Role of Oxygen Vacancies in Structural and Optical Properties of ZnO Sputtered Thin Films: Madiha Siddiqi1; Awais Ali2; Arshad Bhatti1; 1Comsats Institute of Information Technology Islamabad; 2Comsats Institute of Information technology Islamabad

K-10: A Comparison of Low Cycle Fatigue Behaviour of UFG Al Produced by Different Rolling Techniques: Shokoufeh Malekjani1; Peter Hodgson1; Nicole Stanford1; Timothy Hilditch1; 1Deakin University

Magnesium Technology 2013: Poster SessionSponsored by:TMS Light Metals Division, TMS: Magnesium CommitteeProgram Organizers: Norbert Hort, Helmholtz-Zentrum Geesthacht; Suveen Mathaudu, US Army Research Office; Neale Neelameggham, IND LLC; Martyn Alderman, Magnesium Elektron


Session Chair: Eric Nyberg, Pacific Northwest National Laboratory

E-1: A Study of the Hot and Cold Deformation of Twin Rolled Cast Magnesium Alloy: Hesamaldin Askari1; John Young1; David Field1; Ghassan Kridli2; Hussein Zbib1; 1Washington State University; 2Texas A&M University at Qatar

E-2: A Systematic Assessment of the Mg-Zn-RE Alloy Systems: Hailin Chen1; Qing Chen1; 1Thermo-Calc Software AB

E-3: Characterization of Film Formation on Commercial and Model Magnesium Alloys: Kinga Unocic1; Hassan Elsentriecy1; Michael Brady1; Harry Meyer III1; James Keiser1; Lawrence Anovitz1; Gernot Rother1; Jeffery Thomson1; Mostafa Fayek2; Guan-Ling Song2; Bruce Davis3; 1ORNL; 2University of Manitoba; 3Magnesium Elektron Wrought Products North America

E-4: Development of Texture in Mg-Zn Based Alloys: Jong Youn Lee1; Won Tae Kim2; Do Hyang Kim3; 1Yonsei University; 2Cheongju University; 3Yonsei University

E-5: Ductility of Ultrafine Grained Magnesium Alloy: Nilesh Kumar1; Rajiv Mishra1; 1University of North Texas

E-6: Dynamic Grain Refinement in Nanostructured Mg Deformed at Cryogenic Temperatures: Baolong Zheng1; Yizhang Zhou1; Suveen Mathaudhu2; Enrique Lavernia1; 1University of California, Davis; 2U.S. Army Research Office

E-7: Dynamic Precipitation during Hot Compression in Two Micro-Alloyed Mg-Al-Ca Alloys: Jing Su1; Abu Syed Humaun Kabir1; In-Ho Jung1; Steve Yue1; 1McGill

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E-8: Effect of Alloying and Interfaces on the Mechanical Properties of Nano-Grained Mg-Ti2AlC Composites: Babak Anasori1; Michel Barsoum1; 1Drexel University

E-9: Effect of Ca and Si Additions on Microstructure of Mg-Al Based Magnesium Alloys: Ren Yinglei1; Geng Ningning1; 1Shenyang University of Technology

E-10: Effect of Gadolinium and Yttrium Content on Microstructure and Strength of Mg-Li Alloys: Min Li1; Yihan Liu1; Guangchun Yao1; Jun Cheng1; Guoyin Zu1; 1Northeastern University

E-11: Effect of Grain Size on Tensile Twinning, Basal and Prismatic Slips Activation in Magnesium Alloys: Ebubekir Dogan1; Sonia Razavi1; Ibrahim Karaman1; Karl Hartwig1; Laszlo Kecskes2; Suveen Mathaudhu3; Vince Hammond2; 1Texas A&M University; 2US Army Research Laboratory, Weapons and Materials Research Directorate, Aberdeen Proving Ground; 3US Army Reserch Laboratory, Army Research Office

E-12: Effect of Si Addition on Microstructure of As-Cast Mg-7Al-2.5Ca-0.4Mn-0.25Sr Alloy: Qiu Keqiang1; He Ying1; 1Shenyang University of Technology

E-13: Effect of Si and Ca Additions on Microstructure of As-Cast Mg-5%Sn-0.5%Sr Alloy: You Junhua1; Hao Shuai1; 1Shenyang University of Technology

E-14: Effect of Sr on Microstructure and Mechanical Properties of As-Cast Mg-8Zn-5Al-1Si Alloy: Ren Yinglei1; Yang Shu1; 1Shenyang University of Technology

E-15: Effect of Temperature on the Deformation Behavior of Magnesium Single Crystals: Ming Zhe Bian1; Hua Chul Jung1; Kyung Hoon Lee2; Kwang Seon Shin1; 1Magnesium Technology Innovation Center, Seoul National University; 2Solution Lab

E-16: Effects of Alloying Elements on Microstructure and Mechanical Properties of Twin Roll Strip-Cast Mg-Al-X Alloys: Sang Jun Park1; Hwa Chul Jung1; Kyung Hoon Lee2; Kwang Seon Shin1; 1Magnesium Technology Innovation Center / Seoul National University; 2Solution Lab

E-17: Effects of Coating Conditions on the Properties of PEO Processed AZ31+Ca Magnesium Alloys: Sun Hwan Kwon1; Hwa Chul Jung1; Young Hee Park2; O Duck Kwon2; Kwang Seon Shin1; 1School of Materials Science and Engineering, Seoul National University; 2Research Division of Magnesium, Research Institute of Industrial Science and Technology

E-18: Effects of Heat Treatment on Microstructure and Mechanical Properties of As-Extruded Mg-5Sn-2Si-2Sr Alloy: You Jun-hua1; Guo Qiang1; 1Shenyang University of Technology

E-19: Effects of P Addition on the Microstructure and Mechanical Properties of Mg-Al-Zn-Cu-xSi Alloy: Keqiang Qiu1; Wang Xiaocheng1; Junhua You1; 1Shenyang University of Technology

E-20: Effects of Sn and Si Addition on Discontinuous Precipitation in Mg-9Al-1Zn: TaeHee Cho1; SeungHyun Oh1; InChang Jung1; YoungKyun Kim1; WonTae Kim2; DoHyang Kim1; 1Yonsei University; 2Cheongju University

E-21: Electrodepositing Copper on AZ31 Magnesium Alloy Using Copper Hydroxide and Citrate: Zhu Ping1; Wang You1; Chen Yan1; Zhou Ming1; Zhou Jing1; 1Shanghai University

E-22: Electronic Structure and Properties of Stacking Faults of Mg-X Alloys: A First-Principles Study: William Wang1; Shunli Shang1; Yi Wang1; Kristopher Darling2; Laszlo Kecskes2; Suveen Mathaudhu3; Xidong Hui4; Zi-Kui Liu1; 1The Pennsylvania State University; 2U.S. Army Research Laboratory; 3US Army Research Office; 4University of Science and Technology Beijing

E-23: Enhanced Room Temperature Sheet Formability of Mg Alloy AZ31 having Tilted-Basal Texture and Fine Grain Size: Dinakar Sagapuram1; Wilfredo Moscoso2; Mert Efe1; Srinivasan Chandrasekar1; Kevin Trumble1; 1Purdue University; 2Pontificia Universidad Catolica Madre y Maestra

E-24: Evaluation of Microstructural Effect on Corrosion Behavior of Die-Casting AZ91D Magnesium Alloy: Heon Kang1; Seung Won Kang1; Byung Joon Yim1; Donghyun Bae1; 1Yonsei University

E-25: Fabrication of Lotus-Type Porous Magnesium Containing In-Situ Mg2Si Particles and Its Mechanical Properties: Mohsen Mohammadi Zahrani1; Mahmood Meratian1; Mahdi Hajihashemi1; E. Mohammadi Zahrani2; 1Isfahan University of Technology; 2The University of British Columbia

E-26: Final Assessement of Pre-Industrial Solid-State Route for High Performance Mg-System Alloys Production: Conclusion of the Green Metallurgy Eu Project: Fabrizio D’Errico1; Franz Giger2; Gerardo Garces Plaza3; 1Politecnico di Milano; 2Buhler AG; 3Centro Nacional de Investigaciones Metalúrgicas

E-27: Formation Kinetics and Characterization of Protective Layer over Magnesium Melt: Samar Emami1; 1Department of Metallurgical Engineering University of Utah

E-28: Friction Stir Welding of Magnesium Alloy Plate: Richard DeLorme1; Sam Wei2; Jonathan Martin2; Jonathan Perrett2; Kyu Cho3; 1Magnesium Elektron North America; 2TWI Technology Centre (Yorkshire) Ltd; 3US Armly Research Laboratory

E-29: Hall-Petch Relations for Various Deformation Modes in a Mg Alloy: Diffraction Measurements and VPSC Modeling: Yi Wang1; Hahn Choo1; Yang Ren2; Sven Vogel3; 1Univ of Tennessee; 2Argonne National Laboratory; 3Los Alamos National Laboratory

E-30: High Strength and Ductile Nanostructured Magnesium-Based Alloys and Nanocomposites: Marta Pozuelo1; Wei Kao1; Jenn-Ming Yang1; 1UCLA

E-31: Influence of Electron Energy Density on Surface Modification of AZ91 Magnesium Alloy Processed by High-Current Pulsed Electron Beam Irradiation: Mincai Li1; Chuang Dong1; Shengzhi Hao1; 1Dalian University of Technology

E-32: Influence of Hydrostatic Pressure on Porosity of Die-Cast Mg Alloys: Experimental and Numerical Studies: Ana Fernandez1; Federico Sket1; Jon Molina-Aldareguia1; Teresa Pérez-Prado1; Antoine Jérusalem1; 1IMDEA Materials Institute

E-33: Influence of Local Strain State on Twinning Behavior during Compression of AZ31 Magnesium Alloy: Hongtao Huang1; Andy Godfrey1; Wei Liu2; Qing Liu1; 1Tsinghua University,Beijing ; 2Tsinghua University, Beijing ; Tsinghua University,Beijing

E-34: Interactions of Dislocations with Grain Boundaries in Mg: Jian Wang1; Irene Beyerlein1; 1Los Alamos National Laboratory

E-35: Investigation of Deformation Modes of Magnesium with Crystal Plasticity: Matthew Priddy1; David McDowell1; 1Georgia Institute of Technology

E-36: Investigation of the Corrosion for Mg–Li-xGd–yY (x=7, 8, 9, 10, 11 wt%; y=1, 2, 3, 4, 5 wt%) Alloys: Min Li1; Guangchun Yao1; Jun Cheng1; Yinhan Liu1; Zhuokun Cao1; 1Northeastern University

E-37: Mechanical Behavior of Nanocrystalline Mg-9Li-3Al-2.5Sr alloy via Cryomiling and Spark Plasma Sintering: Yan Yang1; Xiaodong Peng1; Baolong Zheng2; Weidong Xie1; Yizhang Zhou2; Enrique Lavernia2; 1Chongqing University; 2University of California, Davis


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E-38: Microstructural Analysis of Severe Plastic Deformed Twin Roll Cast AZ31 for the Optimization of Superplastic Properties: John Young1; Hesam Askari1; Michael Heiden1; Yuri Hovanski2; Dave Field1; Hussein Zbib1; 1Washington State University; 2Pacific Northwest National Laboratories

E-39: Microstructural Evolution of CaO-added AZ31 Mg Alloys: Jiwon Jeong1; Jiseong Im1; Minhyuk Kwon1; Youn Bae Kang1; Sang Ho Oh1; 1POSTECH

E-40: Microstructure Evaluation and Micro-Tensile Behavior of AZ31 Mg Alloy Processed by Equal-Channel Angular Pressing: Jie Xu1; Jittraporn Wongsa-Ngam2; Mahmood Shirooyeh2; Debin Shan1; Bin Guo1; Terence Langdon2; 1Harbin Institute of Technology; 2University of Southern California

E-41: Optimisation of the Process for Obtaining an UFG Structure in Mg Alloys: Stanislav Rusz1; Lubomir Cizek1; 1VSB - Technical University of Ostrava

E-42: Prediction of Internal Stresses and Texture during Twin Dominated Plasticity in Mg and Mg Alloys: Laurent Capolungo1; Stéphane Berbenni2; Pierre-Alexandre Juan1; 1Georgia Institute of Technology; 2CNRS

E-43: Preparation and Characterization of High-Purity Magnesia Powder by Direct Pyrolysis Process of Anhydrous Magnesium Chloride: Niu Liping1; Zhang Ting’an1; Zhou Aiping1; Lv Guozhi1; Dou Zhihe1; Shi Guanyong1; Jiang Xiaoli1; 1Northeastern University

E-44: Production of a Novel Bulk Nanostructured Mg-Li Alloy Exhibiting Superior Strength and Corrosion Resistance: Wanqiang Xu1; Michael Ferry1; 1University of New South Wales

E-45: Resolving Dislocation and Twin Deformation Modes in AZ31: David Fullwood1; Michael Miles1; Timothy Ruggles1; Travis Rampton1; Raj Mishra1; 1Brigham Young University

E-46: Role of Icosahedral Phase in Enhancing the Strength of Mg-Sn-Zn-Al Alloy: Youngkyun Kim1; Dohyung Kim2; Sungwoo Shon1; Wontae Kim3; Dohyang Kim1; 1Yonsei University; 2Republic of Korea Air Force; 3Cheongju University

E-47: Statistics of Slip Avalanches in Simple Models for Slowly-Sheared Magnesium Alloys: Karin Dahmen1; James Antonaglia2; Wei Wu3; Ke An4; Matthew Wraith2; Jonathan Uhl; Peter Liaw3; 1 University of Illinois at Urbana Champaign; 2University of Illinois at Urbana Champaign; 3University of Tennessee at Knoxville; 4Oak Ridge National Laboratory

E-48: Strain Rate Dependence of AM30 Magnesium Alloy: Andrew Oppedal1; Wilburn Whittington1; Haitham El Kadiri1; Sven Vogel2; 1Mississippi State University; 2Los Alamos National Laboratory

E-49: Study on Hydrogen Storage Properties of Nanostructured Mg-Re Particles Prepared through Arc Plasma Method: Jianxin Zou1; Hao Guo1; Si Zhou1; Xiaoqin Zeng1; Wenjiang Ding1; 1Shanghai Jiao Tong University

E-50: Study on the Hot Tearing Susceptibility of Mg-7Al-xCa-2Si-0.8Zn-0.5Sr-0.4Mn Heat-Resistant Magnesium Alloys: You Junhua1; Tao Siwei1; 1Shenyang University of Technology

E-51: Study on the Hot teaTing Susceptibility of Mg-7Al-xCa-2Si-0.8Zn-0.5Sr-0.4Mn Heat-Resistant Magnesium Alloys: You Junhua1; Tao Siwei1; 1Shenyang University of Technology

E-52: The Effect of Chemical Modification on Wear Behavior of Mg/Mg2Si Composite: Negin Maleki1; Mahmood Meratian1; Masood Panjepour1; Mohsen Mohammadi Zahrani1; Ehsan Mohammadi Zahrani1; 1Department of Materials Engineering, Isfahan University of Technology

E-53: The Mechanical Behavior of Magnesium Alloys Subjected to Severe Plastic Deformation: Amit Shyam1; Amit Pandey1; Zhili Feng1; William Peter1; Sean Agnew2; Balasubramaniam Radhakrishnan1; 1Oak Ridge National Laboratory; 2University of Virginia

E-54: Twin Roll Casting and Rolling of an Aluminium Free Magnesium Strip: Dietmar Letzig1; Joachim Wendt1; Lennart Stutz1; Gerrit Kurz1; Karl Kainer1; 1Helmholtz-Zentrum Geesthacht GmbH

E-55: Waste Heat Recovery Opportunities in a Magnesium Silicothermic Reduction Plant: James Sever1; 1Nevada Clean Magnesium, Inc.

Materials Processing Fundamentals: Poster SessionSponsored by:TMS Extraction and Processing Division, TMS: Process Technology and Modeling CommitteeProgram Organizers: Lifeng Zhang, University of Science and Technology Beijing; Antoine Allanore, Massachusetts Institute of Technology; Cong Wang, Saint-Gobain High Performance Materials; James Yurko, Materion Brush Beryllium and Composites; Justin Crapps, ExxonMobil


I-1: Luminescence Enhancement of Sky-blue ZnS:Tm Phosphor by Promoter Doping: Su-Hua Yang1; Yin-Hsuan Ling1; 1National Kaohsiung University of Applied Sciences

I-2: Current Efficiency of Aluminum Electrolysis with Lower Cryolite Ratio and Temperatures: Huanhuan Ma1; Jilai Xue2; Jigang Li2; Yanan Zhang; 1TMS; 2University of Science and Technology Beijing

I-3: Effect of Thermal History on the Hot Ductility and Fracture Mechanisms of Low Carbon Peritectic Steel: Zhihua Dong1; Dengfu Chen1; Xing Zhang1; Mujun Long1; 1Chongqing University

I-4: Influence of Coriolis Force on the Flow Field of Combined Top and Bottom Blown Converter: Haiyan Tang1; Tongbo Zhang1; Jingshe Li1; Yongfeng Chen1; 1University of Science and Technology Beijing

I-5: Motion Characteristics of a Powder Particle through the Injection Device with Slats at Finite Reynolds Number: Zhongfu Cheng1; Miaoyong Zhu1; 1Northeastern University

I-6: Study on Internal Cracks on Continuous Casting Slabs of AH36 Steel: Shufeng Yang1; Lifeng Zhang1; 1University of Science and Technology Beijing

I-7: X-Ray Diffraction Measurement and Numerical Prediction of Residual Stresses in Laser Welding of High Strength Steel: Wei Liu1; Fanrong kong1; Radovan Kovacevic1; 1Southern Methodist University

I-8: Research on the Influence of Moulding Sand with Furan Resin on the Environment: Mariusz Holtzer1; Rafal Danko1; Artur Bobrowski1; Sylwia Zymankowska-Kumon1; Michal Kubecki2; 1AGH University of Science and Technology; 2Institute for Ferrous Metallurgy

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Microstructural Processes of Irradiated Materials: Recent Advances in Nuclear Materials Poster SessionSponsored by:TMS Structural Materials Division, TMS/ASM: Nuclear Materials CommitteeProgram Organizers: Thak Sang Byun, Oak Ridge National Laboratory; Dane Morgan, University of Wisconsin-Madison; Yasuyoshi Nagai, Tohoku University; Zhijie Jiao, University of Michigan-Ann Arbor; Christine Guéneau, CEA-Saclay


Session Chairs: Dane Morgan, University of Wisconsin; Zhijie Jiao, University of Michigan


F-1: Investigation of Sink Efficiency of Cu/Nb Interface Via Precipitation Reactions in Cu-Ag Alloy Films under Ion Irradiation: Xuan Zhang1; Robert Averback1; Pascal Bellon1; 1UIUC

F-2: “Cherry-Pit” Nanostructures Induced by Irradiation in Immiscible Alloy Systems: Shipeng Shu1; Brad Stumphy1; Pascal Bellon1; Robert Averback1; 1University of Illinois at Urbana-Champaign

F-3: Cavity Swelling in the Chinese RAFM Steel Irradiated with 196MeV Kr- Ions at Elevated Temperatures: Tielong Shen1; Zhiguang Wang1; 1Institute of Modern Physics, Chinese Academy of Sciences

F-4: Dislocation Loop Microstructure of Proton Irradiated F-M Steel T91: Cheng Xu1; Gary Was1; 1University of Michigan

F-5: Evolution of Copper-Rich Precipitates in Reactor Pressure Vessel Steels under High-Dose Irradiation: Mikhail Sokolov1; Randy Nanstad1; Michael Miller1; 1ORNL

F-6: TEM Characterization of Dislocation Loops and Precipitates in RPV Steels under Neutron and Charged Particle Irradiations: Yuan Wu1; Takuya Yamamoto1; Peter Wells1; Nicholas Cunningham1; Robert Odette1; Kiyohiro Yabuuchi2; Akihiko Kimura2; James Cole3; 1UCSB; 2Kyoto University; 3Idaho National Lab

F-7: Kinetic Simulations of Iron Chromium Alloys under Thermal Agiing and Irradiation: Oriane Senninger1; Frederic Soisson1; Enrique Martinez2; Maylise Nastar1; 1CEA; 2Los Alamos National Laboratory

F-8: Modeling of Mn-Ni-Si-Cu Precipitation in Reactor Pressure Vessel Steels: Huibin Ke1; Wei Xiong1; George Odette2; Dane Morgan1; 1University of Wisconsin-Madison; 2University of California-Santa Barbara

F-9: Modeling of Radiation Induced Segregation in Non-Dilute Fe-Cr: Katharina Vortler1; Leland Barnard2; Izabela Szlufarska1; Dane Morgan1; 1Dept of Materials Science and Engineering, University of Wisconsin-Madison; 2Materials Science Program, University of Wisconsin – Madison

F-10: On the Effects of Helium-DPA Interactions on Microstructural Evolution in Tempered Martensitic Steels: A Summary of Dual Ion Irradiation Results and Comparisons with In Situ He Injection: Takuya Yamamoto1; Yuan Wu1; G. Robert Odette1; Kiyohiro Yabuuchi2; Akihiko Kimura2; 1Univ. California Santa Barbara; 2Kyoto University

F-11: On the Evolution of Ni-Si-Mn Dominated Phases and Solute Segregation in RPV Steels under Charged Particle Irradiation: Peter Wells1; Takuya Yamamoto1; Yuan Wu1; Nicholas Cunningham1; G. Odette1; Kiyohiro Yabuuchi2; Akihiko Kimura2; 1UC Santa Barbara; 2Kyoto University

F-12: A Kinetic Monte-Carlo Study of Self-Interstitial Atom Behavior near Edge Dislocation in a Metallic Crystal: Tomoaki Suzudo1; Stanislas Golubov2; Alexander Barashev2; 1Japan Atomic Energy Agency; 2Oak Ridge National Labolatory

F-13: Early Stage Irradiation Defects in F82H Model Alloys: Shaosong Huang1; Koichi Sato1; Mikio Horiki1; Qiu Xu1; Toshimasa Yoshiie1; 1Research Reactor Institute,Kyoto University

F-14: Effects of Normalizing Routes on Microstructures and Mechanical Properties of the 9Cr-0.5Mo-2W-V-Nb-B Steel: Jong-Hyuk Baek1; Jun-Hwan Kim1; Sung-Ho Kim1; Chan-Bock Lee1; 1KAERI

F-15: Thermal Stability of He Bubbles in Nanostructured Ferritic Alloy 14YWT: Chad Parish1; Kevin Teng1; Philip Edmondson2; Qian Li1; Yanwen Zhang1; Michael Miller1; 1Oak Ridge National Laboratory; 2Oxford University

F-16: Effect of Yttrium on Irradiation Hardening of Ion Irradiated V-4Cr-4Ti Alloys: Takeshi Miyazawa1; Takuya Nagasaka2; Yoshimitsu Hishinuma2; Takeo Muroga2; Hideo Watanabe3; 1Graduate University for Advanced Studies; 2National Institute for Fusion Science; 3Research Institute for Applied Mechanics

F-17: Processing and Characteristics of High Toughness Nanostructured Ferritic Alloys: Thak Sang Byun1; David Hoelzer1; Ji Hyun Yoon2; Suk Hoon Kang2; Yong Bok Lee2; Stuart Maloy3; 1Oak Ridge National Laboratory; 2Korea Atomic Energy Research Institute; 3Los Alamos National Laboratory

F-18: Bulk Fabrication and Characterization of Fe-Y2Ti2O7 Interfaces with the Specified Orientation Relationships Found in ODS Alloys: Tiberiu Stan1; Yuan Wu1; G. Robert Odette1; Kurt Sickafus2; 1University of California Santa Barbara; 2University of Tennessee

F-19: Investigation of the Anisotropic Behavior of Radiation Induced Segregation with Grain Boundary Type in 316L Stainless Steel: Christopher Barr1; Greg Vetterick1; Kinga Unocic2; Khalid Hattar3; Mitra Taheri1; 1Drexel University; 2Oak Ridge National Laboratory; 3Sandia National Laboratories

F-20: Irradiation Behavior of Plasma Nitrided Stainless Steel 316L: Robert Balerio1; 1Texas A&M University

F-21: Precipitates in Heavy-Ion Irradiated Stainless Steels at High Fluences: Zhijie Jiao1; Gary Was1; Anton van der Ven1; Danny Edwards2; 1University of Michigan; 2Pacific Northwest National Laboratory

F-22: In Situ Studies of Heavy Ion Irradiated Nanocrystalline Ni and 304L Stainless Steel: C. Sun1; M. Song1; K.Y. Yu1; Y Chen1; Mark Kirk2; M. Li2; H. Wang1; K. Hartwig1; X. Zhang1; 1Texas A&M University; 2Argonne National Laboratory

F-23: Vacancy Clustering in Zirconium and the Influence of Hydrogen from Ab Initio Calculations: Celine Varvenne1; Olivier Mackain1; Emmanuel Clouet1; 1CEA Saclay DEN/DMN/SRMP

F-24: GENESIS : An Open Platform for the Study and Nano Analysis (Atom Probe, SEM Cross Beam Station and MET (In Situ Straining, Temperature, Tomography) of Irradiation Effects in Radioactive Materials for Nuclear Application: Philippe Pareige1; Bertrand Radiguet1; Cristelle PAREIGE1; 1Rouen University

F-25: Thermal Resistance of UO2 Grain Boundaries under Extreme Radiation Conditions: Tianyi Chen1; Di Chen1; Lin Shao1; 1Texas A&M University

F-26: The Incorporation and Migration of a Single Xenon Atom in Cerium Oxide: Yinbin Miao1; Wei-Ying Chen1; Aaron Oaks1; James F. Stubbins1; 1University of Illinois at Urbana-Champaign


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F-27: Radiation Stability of Nanocrystalline Silicon Carbide: Laura Jamison1; Beata Tyburska-Pueschel1; Peng Xu2; Kumar Sridharan1; Todd Allen1; 1University of Wisconsin-Madison; 2Westinghouse Electric Company

F-28: Ion Irradiation Damage Study on Titanium Aluminides: Young-won Kim1; Stuart Maloy2; Ming Tang3; 1UES-Materials & Processes; 2LANL; 3Los Alamos National Laboratory

F-29: Correlation between Fracture Toughness and Microstructure for Neutron Irradiation in Ceramics Materials: Kouhei Tada1; Masashi Watanabe2; Tatsuo Shikama1; 1Touhoku University; 2 Japan Atomic Energy Agency

Modeling and Experimental Validation of Multiscale Mechanical Behavior from Atomic Scale to Macro Scale: Poster SessionSponsored by:TMS Materials Processing and Manufacturing Division, TMS Structural Materials Division, TMS: Integrated Computational Materials Engineering Committee, TMS/ASM: Mechanical Behavior of Materials Committee, TMS: Nanomechanical Materials Behavior Committee, TMS: Process Technology and Modeling Committee, TMS: Shaping and Forming CommitteeProgram Organizers: Nathan Mara, Los Alamos National Laboratory; Jian Wang, Los Alamos National Laboratory; Brad Boyce, Sandia National Laboratories; Jennifer Carter, Case Western Reserve University; Anthony Rollett, Carnegie Mellon University; Jonathan Zimmerman, Sandia National Laboratories


Session Chair: Jian Wang, Los Alamos National Laboratory

G-1: A Defect Avalanche Approach To Characterize Inelastic Yield And Flow In Nanocrystalline Metals: Shreevant Tiwari1; David McDowell1; 1Georgia Institute of Technology

G-2: Characterizing Deformation Behavior of Gum Metal: Rohini Sankaran1; Velimir Radmilovic2; Daryl Chrzan1; Andrew Minor1; J.W. Morris1; 1University of California, Berkeley; 2University of Belgrade

G-3: Comparison of Volume-Based and Feature-Based Approaches to Material Property Distribution Prediction: Daniel Sparkman1; Harry Millwater1; 1University of Texas at San Antonio

G-4: Computational Approaches for Multi-Scale Design of Magnetostrictive Alloys Galfenol: Abhishek Kumar1; Veera Sundararaghavan1; 1Aerospace Department

G-5: Crystallographic Study of Zr Poisoning of Al-Ti-B Grain Refinement Using the Edge-to-Edge Matching Model: Yuan-chun Huang1; Zheng-bing Xiao1; Hong-yuan Zhu1; 1Central South University

G-6: Effects of Hot Compressive Dwell on Fatigue Crack Growth Behavior of Cast Aluminum Alloys: Xiang Chen1; Diana Lados1; Richard Pettit2; 1Worcester Polytechnic Institute; 2Fracture Lab

G-7: In-Situ Observations and Simulation of Damage Accumulation during Plastic Deformation of Polycrystals: Reeju Pokharel1; Anthony Rollett1; Jonathan Lind1; Xi Tan1; Robert Suter1; Shiu Fai Li2; Ricardo Lebensohn3; 1CMU; 2Livermore National Lab; 3Los Alamos National Lab

G-8: Influence of Grain Boundary Structure on Interfacial Fracture under Tensile Loading: Cohesive Zone Model Informed by Atomistic Simulations: Ilaksh Adlakha1; Kiran Solanki1; Mark Tschopp2; 1ASU; 2CAVS

G-9: Mechanical Behavior and Thermal Stability of Differently Oriented Nanotwinned Ag Films: Daniel Bufford1; Haiyan Wang1; Xinghang Zhang1; 1Texas A&M University

G-10: Mechanical Properties of Al-5182 Processed by Asymmetric Rolling: Saeed Tamimi1; Augusto Lopes2; Jose Gracio1; Edgar Rauch3; Said Ahzi4; Frederic Barlat1; 1TEMA, Mechanical Eng. Dep. University of Aveiro; 2Departamento de Engenharia CeraÃmica e do Vidro, Universidade de Aveiro; 3Génie Physique et Mécanique des Matériaux, ENSPG-INPG; 4Institute of Fluid and Solid Mechanics; IMFS, University of Strasbourg,

G-11: Multiscale Modeling and Experiments of Deformation of Nanoscale Metallic Multilayer Systems: Niaz Abdolrahim1; Rachel Schoeppner1; Ioannis Mastorakos1; David Bahr1; Hussein Zbib1; 1Washington State University

G-12: Plastic Deformation of a Nano-Precipitate Strengthened Ni-Base Alloy Investigated by Complementary In-Situ Neutron Diffraction Measurements and Molecular-Dynamics Simulations: E-Wen Huang1; Yu-Lih Huang1; Yu-Chieh Lo2; Wen-Jay Lee3; Peter Liaw4; 1National Central University, Taiwan; 2Massachusetts Institute of Technology; 3National Center for High-Performance Computing; 4University of Tennessee

G-13: Simulation of Casting Process for Grinding Disc Seat: Qiu Keqiang1; Zheng Nan1; 1Shenyang University of Technology

G-14: Spatially Resolved Acoustic Spectroscopy for Component-Scale Orientation Imaging: Case Studies in Alloys for Aerospace Propulsion Applications: John Aveson1; Richard Smith2; Wenqi Li2; Jethro Coulson2; David Rugg3; Neil D’Souza3; Howard Stone1; Steve Sharples2; 1University of Cambridge; 2University of Nottingham; 3Rolls-Royce plc.

G-15: Strengthening Mechanisms of Highly Textured Cu/Co Multilayers: Yue Liu1; Youxing Chen1; Kaiyuan Yu1; Haiyan Wang1; Xinghang Zhang1; 1Texas A&M University

G-16: The Small-scale Deformation Behaviour of Tungsten: James Gibson1; David Armstrong1; Steve Roberts1; 1Oxford University

G-17: In Situ Virtual Diffraction Analysis of Alumina during Ion Bombardment: Shawn Coleman1; Wesley Barrows1; Douglas Spearot1; 1University of Arkansas

G-18: Mechanical Behaviors of Nanostructures of Low Melting Temperature Metals as Revealed by Synchrotron Laue X-ray Microdiffraction: Arief Budiman1; M. Burek2; L. Berla3; D. Jang4; M. Kunz5; N. Tamura5; William Nix3; Julia Greer4; Ting Tsui2; 1Los Alamos National Laboratory (LANL); 2University of Waterloo; 3Stanford University; 4California Institute of Technology; 5Advanced Light Source (ALS)

G-19: Understanding {112} Slip in Tantalum: Jonathan Zimmerman1; Lucas Hale1; Christopher Weinberger1; 1Sandia National Laboratories

G-20: Modeling Interfaces in Solids: From Atomic Scale to Meso/Macro-Scale: Jian Wang1; Keonwook Kang1; Ruifeng Zhang1; Haijian Chu1; Caizhi Zhou1; Irene Beyerlein1; 1Los Alamos National Laboratory

G-21: A Thermomechanical Damage Inelastic Model For Amorphous Polymers: David Francis1; Mark Horstemeyer1; Jean-Luc Bouvard1; 1Mississippi State University

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Nanostructured Materials for Lithium Ion Batteries and for Supercapacitors: Poster Session Sponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Energy Conversion and Storage CommitteeProgram Organizer: David Mitlin, University of Alberta and NINT NRC


N-1: Use of Nanostructured Sn Thin Film Anodes for Lithium Ion Batteries: Deniz Polat1; Ozgul Keles; 1ITU

Neutron and X-Ray Studies of Advanced Materials VI: Centennial and Beyond: Poster SessionSponsored by:TMS Structural Materials Division, TMS/ASM: Mechanical Behavior of Materials CommitteeProgram Organizers: Rozaliya Barabash, Oak Ridge National Laboratory; Xun-Li Wang, City University of Hong Kong; Jaimie Tiley, US Air Force Research Laboratory; Gernot Kostorz, ETH Zurich; Brent Fultz, California Institute of Technology; Peter Liaw, Univ of Tennessee


H-1: Characterization by X-Ray Diffraction (XRD) of Heat Input Effect on the Transformation of Retained Austenite on Transformation Induced Plasticity Steel TRIP Welded with Gas Metal Arc Welding Process: Victor Lopez1; saul reyes1; gladys perez1; arturo reyez1; patricia zambrano2; Joaquin Del prado3; 1Corporacion Mexicana de Investigacion en Materiales; 2FIME; 3metalsa

H-2: Texture Evolution during the Processing of 3.0% Silicon Steel with 0.5%Al and 2.5%Al: Jin Long Liu1; Yu Hui Sha1; Fang Zhang1; Liang Zuo1; 1Northeastern University

H-3: The Competition between the Stress Relaxation and Load Transfer in NiAl-Strengthened Iron-Based Alloys: Zhiqian Sun1; Shenyan Huang2; Zhenke Teng3; Gian Song1; Gongyao Wang1; Peter Liaw1; 1The University of Tennessee; 2GE Global Research; 3United States Steels Automotive Center

H-4: Formation of Cube and Goss Texture after Primary Recrystallization in Electrical Steels: Jin Long Liu1; Yu Hui Sha1; Ke Hu1; Fang Zhang1; Liang Zuo1; 1Northeastern University

H-5: Micro-Deformation Mechanisms of a Dendrite/Zr-Based Bulk-Metallic-Glass Composite Subjected to Plastic Deformation: E-Wen Huang1; Jer-Yi Liao1; Yu-Lih Huang1; Peter Liaw2; Junwei Qiao3; Philip Withers4; 1National Central University; 2University of Tennessee; 3Taiyuan University of Technology; 4University of Manchester

Pb-free Solders and Emerging Interconnect and Packaging Technologies: Poster SessionSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Electronic Packaging and Interconnection Materials CommitteeProgram Organizers: Nikhilesh Chawla, Arizona State University; Srinivas Chada, Whirlpool; Darrel Frear, Freescale Semiconductor; John Elmer, LLNL; Tae-Kyu Lee, Cisco Systems; Yan Li, Intel; Laura Turbini, Research In Motion; Kwang-Lung Lin, National Cheng Kung University; Sohoon Yoo, Korea Institute of Industrial Technology


M-1: Asymmetrical Growth of Intermetallic Compounds Due to Thermomigration of Cu in Molten SnAg Solder: Yi-Sa Huang1; Chih Chen1; 1National Chiao Tung University

M-2: Characterization of Microstructure and Sn Crystal Orientation Evolution in Large-Area Lead-Free Solder Joints in High Temperature Packaging Applications: Bite Zhou1; G Muralidharan2; Kanth Kurumadalli2; Andrew Kercher2; Chad Parish2; Scott Leslie3; Thomas Bieler1; 1Michigan State University; 2Oak Ridge National Laboratory; 3Powerex Inc

M-3: EBSD Study of Electromigration Damage in Idealized SnAgCu 305 Interconnects Containing a Ni Layer: Xioranny Linares1; Chris Kinney1; Kyu-oh Lee2; John Morris1; Linda Dada; 1UC Berkeley; 2Intel Corporation

M-4: Effects of Microstructure on Temperature Distribution in Sn-based Pb-free Solder Joints under Direct Current Stressing: Xu Zhang1; KN Subramanian2; Andre Lee2; Fu Guo3; 1Beijing University of Technology ; 2Michigan State University; 3Beijing University of Technology

M-5: Evaluation of Mechanical Properties in the Solder Joint with Ameliorated Nickel-Iron Alloy Films UBM during Thermal Treatments: Hsiu-Min Lin1; Jenq-Gong Duh1; 1Materials Science and Engineering, National Tsing Hua University

M-6: Evolution of Resistance across Eutectic Sn-Bi Solder Joints under Simultaneous Thermal Cycling and Current Stressing: Yong Zuo1; Limin Ma1; KN Subramanian2; Andre Lee2; Fu Guo1; 1Beijing University of Technology; 2Michigan State University

M-7: Evolution of Tin Whiskers during Thermal Cycling: Ying Wang1; Carol Handwerker1; John Blendell1; 1Purdue University

M-8: Fracture Behavior of Simulated SnAgCu Solder Micro-Bump Joints: Effects of Process and Service Conditions: Zhe Huang1; Uttara Sahaym1; Indranath Dutta1; Ganesh Subbarayan2; Rajen Sidhu3; 1Washington State University; 2Purdue University; 3Intel Corporation

M-9: Interfacially Engineered Micro and Nano-Scale Cu-In Composites for High Heat Flux Thermal Interface Materials Applications: Kathryn Mireles1; Jia Liu1; Uttara Sahaym1; Indranath Dutta1; Mukul Renavikar2; Rajen Sidhu2; Ravi Mahajan2; 1Washington State University; 2Intel Corporation

M-10: Joint Properties of Sn-58Bi Solder Bumps on Flexible Substrate: Min Su Kim1; Yong-Ho Ko1; Sehoon Yoo1; Jeong-Han Kim1; Chang-Woo Lee1; 1Korea Institute of Industrial Technology


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M-11: Mechanical Property and Fracture Behavior of High Temperature Pb-Free Solder: Hsiu Chen Tu1; Kwang-Lung Lin1; 1National Cheng Kung University

M-12: Mechanisms of Creep Deformation in Pure Sn Solder Joints: K. Lee; John Morris; Fay Hua1; 1Intel Corporation

M-13: Metastable Phases in Sn-Ni Solders: Sergey Belyakov1; Christopher Gourlay1; 1Imperial College London

M-14: Observation of Deformation Twin in Lead-Free Solder Joints and Its Formation Mechanism: Huili Xu1; Choong-Un Kim1; Tae-Kyu Lee2; Thomas Bieler3; 1University of Texas at Arlington; 2Cisco System Inc.; 3Michigan state university

M-15: Sn-Co/Ag and Sn-Co/Cu Interfacial Reactions with/without Electromigration: Chia-ming Hsu1; Sinn-wen Chen1; Jui-shen Chang1; 1National Tsing Hua University

M-17: Hillock Nucleation from Thermally-Cycled Large-Grain Pb-Free Solder Films: Carol Handwerker1; John Koppes; Pylin Sarobol; Wei-Hsun Chen; John Blendell; 1Purdue University

M-16: Effect of Intermetallic Reaction Characteristics on Reliabilities of Fine Pitch Solder Microbump: Young-Bae Park1; Jong-Jin Park1; Sung-Hyuk Kim1; Jong-Myung Park1; 1Andong National University

M-18: Stress/Strain Analysis and Anisotropic Effects on Whisker Formation in Thermally-Cycled Tin Films: Wei-Hsun Chen1; Ying Wang1; Pylin Sarobol1; John Koppes1; John Blendell1; Carol Handwerker1; 1Purdue University

M-19: Structural Size Effects on the Mechanical Behavior of Different Phases of Sn-3.5Ag Solder Joints: Ousama Abdelhadi1; Leila Ladani1; 1University of Alabama

M-20: Study of Fast Phase Transformation of Ni-Sn Intermetallic Compounds during Electromigration Test in Fine-Pitch Microbumps: Yuan-Wei Chang1; Yi-Sa Huang1; Chih Chen1; Nicholas Kao2; Eason Chen2; Daniel Lee2; J.Y. Juang2; 1National Chiao Tung University; 2Siliconware Precision Industries Co., Ltd.

M-21: Thermomigration Induced Fast Dissolution of Interstitial Ni in Three-Dimensional Integrated Circuits Packaging: Yzu-Yang Lin1; Fan-Yi Ouyang1; Wei-Cheng Juh1; 1National Tsing Hua University

M-22: Tin Nanoparticles Based Solder Paste for Low Temperature Processing: Alfredo Díaz-González1; Pedro Quintero-Aguiló1; 1University of Puerto Rico at Mayaguez

Recent Developments in the Processing, Characterization, Properties, Performance and Applications of Metal Matrix Composites: Poster SessionSponsored by:TMS Structural Materials Division, TMS/ASM: Composite Materials CommitteeProgram Organizers: Martin Pech-Canul, Centro de Investigacion y de Estudios Avanzados del Instituto Politecnico Nacional; Zariff Chaudhury, Materion Coporation; Golam Newaz, Wayne State University



L-1: Wear Characteristics of Aluminum Matrix Nanocomposites with Ce-TZP/Al2O3 Nanocompsite Produced by Powder Metallurgy at Different Sintering Temperatures: Niloofar Soltani1; Amin Bahrami2; Martin Pech-Canul3; 1Sharif University of Technology; 2Razi Metallurgical Research Center; 3Centro de Investigación y de Estudios Avanzados del Instituto Politécnico Nacional-Unidad Saltillo

L-2: The Effect of Ti on Mechanical Properties of Extruded In-Situ Al-15% Mg2Si Composite: Niloofar Soltani1; Amin Bahrami2; Martin Pech-Canul3; Ahmad Razaghian4; Masoud Emamy5; 1Sharif University of Technology; 2Razi Metallurgical Research Center; 3Centro de Investigación y de Estudios Avanzados del Instituto Politécnico Nacional-Unidad Saltillo; 4Imam Khomeini International University; 5University of Tehran

General Poster Session: General Poster Session

Monday PM Room: Park View Lobby - General Poster AreaMarch 4, 2013 Location: Henry B. Gonzalez Convention Center

A-1: Dual-scale Plastic Deformation Behavior of High Nitrogen Duplex Stainless Steel by Multiscale in-situ Experiments: Yong-Min Kim1; Yong Seok Choi1; Tae Ho Lee2; Dong-Ik Kim3; Kyu Hwan Oh1; Heung Nam Han1; 1Seoul National University; 2Korea Institute of Materials Science; 3Korea Institute of Science and Technology

A-2: An Investigation of the Corrosion Behavior of AM60B-xZn(x=0.5~2.0wt%) Alloys with Salt Spray Test: Min-Seok Moon1; Myung-Han Yoo1; Kee-Do Woo2; Shin-Jae Kang2; Joon-Hyuk Song1; Je-Ha Oh1; 1Chonbuk National University, Jeonju Institute of Machinery Carbon Composites; 2Chonbuk National University

A-3: A Study on Structural Integrity of the Carbody in Railway Rolling Stocks: Sung Cheol Yoon1; Sung Hyuk Park1; Joon Hyung Ryu1; Hee Up Lee1; Kyoung Chang Park2; 1Korea Railroad Research Institute; 2Hyundai Rotem Company

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A-4: Application of Non-stationary Thermal Model for Simulation and Investigation of Heat and Refining Processes of Ti During EBMR: Katia Vutova1; Veliko Donchev1; Vania Vassileva1; Dinesh Amalnerkar2; Nagegownivari Munirathnam2; Tirthalli Prakash2; 1Institute of electronics, Bulgarian Academy of Sciences; 2Centre for Materials for Electronics Technology (C-MET)

A-5: A Study for Microstructures of Inconel 690 Used in Heat-Transfer Tube for Nuclear Power Plant Steam Generators during Cold-Working Process: Ji Haeng Heo1; Seon-jin Kim1; Gyeongsu Shin1; Jaeyong Yun1; 1Hanyang University,

A-6: Effect of Heat Treatment Environment on the Properties of Cold Sprayed Cu-15at.%Ga Coating Material for Sputtering Target: Kee-Ahn Lee1; Byung-Chul Choi1; Hyung-Jun Kim2; 1Andong National University; 2RIST

A-7: Effect of Heat Treatment Environment on the Densification of Cold Sprayed Ti Coating Layer: Ji-Sang Yu1; Hyung-Jun Kim2; Ik-Hyun Oh3; Kee-Ahn Lee1; 1Andong National University; 2RIST; 3KITECH

A-8: A Study on the Stress Test of Truck Frames for Gondola Car: Sung Cheol Yoon1; Jeongguk Kim1; 1Korea Railroad Research Institute

A-9: Effect of Ca or CaO Addition on Microstructure and Thermal Conductivity of Mg-4Al-2Sn Alloys: Gun Young Oh1; Hyun Kyu Lim1; Young-Ok Yoon1; Shae K. Kim1; 1KITECH

A-10: Characterization of Precipitation in an Al-Mg-Mn-Cu Alloy: Yasuhiro Aruga1; 1Kobe Steel, Ltd.

A-11: Effect of CaO Addition on the Oxidation Resistance of AZ91D Eco-Mg Alloys: Jin-Kyu Lee1; Hyung-Jo Yoo1; Sung-Min Park1; Shae K. Kim2; 1HMK CO., LTD; 2KITECH

A-12: Effect of Interface Phases between Copper Circuit and AAO Layers for Enhancing Peel Strength: Hyo-Soo Lee1; 1KITECH

A-13: Effect of Interface Phases between Copper Circuit and AAO Layers for Enhancing Peel Strength: Hyo-Soo Lee1; 1KITECH

A-14: Bistable Morphing Structures: Geometric and Mechanistic Determination: Zi Chen1; Qiaohang Guo2; Carmel Majidi3; Wenzhe Chen4; David Srolovitz5; Mikko Haataja6; 1Washington University in St. Louis; 2FuJian University of Technology; 3Carnegie Mellon University; 4Fuzhou University; 5Institute of High Performance Computing; 6Princeton University

A-15: Combustion of Aluminum Powder Compacts due to Dynamic High-Strain-Rate Loading: Jennifer Breidenich1; Michael Clemenson2; Nick Glumac2; Naresh Thadhani1; 1Georgia Institute of Technology; 2University of Illinois Urbana-Champaign

A-16: Determination of Undercooled Liquid Heat Capacities by Levitation Drop Calorimetry: Carl Tackes1; Ralph Napolitano1; 1Iowa State University/Ames Laboratory

A-17: A Study on the Structural Design of the Car Body for Freight Car: Sung Cheol Yoon1; Jeongguk Kim1; 1Korea Railroad Research Institute

A-18: Effect of Aging Treatment on the Mechanical Properties of 6082 Al Wrought Alloy: Young-Ok Yoon1; Hyun Kyu Lim1; Shae K. Kim1; 1Korea Institute of Industrial Technology

A-19: Effect of Microstructure on Creep Resistance of LPSO Phase-Containing Mg-Zn-Gd Extruded Alloys: Yuri Jono1; Michiaki Yamasaki1; Yoshihito Kawamura1; 1Kumamoto University

A-20: Effect of Aging Time on Microstructure and Mechanical Properties of Al2Ca Added Diecast Al-11%Si-1.6%Cu-Mg Alloy: Gil Yong Yeom1; Young Ok Yoon1; Hyun Kyu Lim1; Shae K. Kim1; 1Korea Institute of Industrial Technology

A-21: Effect of Aging Time on Microstructure and Mechanical Properties of Diecast Al-10Si-2Cu-0.3Mg Alloy: Shae K. Kim1; 1Korea Institute of Industrial Technology

A-22: Mechanical Properties of Radio Frequency Plasma Assisted Chemical Vapor Deposited Diamond-Like Carbon (DLC) Thin Films: M. Mamun1; D. Stegall1; M. Korwin-Pawlowski2; A. Elmustafa1; 1Old Dominion University; 2Université du Québec en Outaouais

A-23: Composite Materials Reinforced By Basalt and Carbon Hybrid Fibers: Nikoloz Chikhradze1; Guram Abashidze1; Levan Japaridze1; 1Mining Institute/Georgian Technical University

A-24: Application of Fast Scanning Calorimetry in the Rapid Solidification of Tin Particles Embedded in Al Matrix: Weipeng Zhang1; Bingge Zhao1; Qijie Zhai1; Yulai Gao1; 1School of Materials Science and Engineering, Shanghai University

A-25: Copper Nanopillars under High Strain Rates: Henry A. Colorado1; Artemio Navarro1; Sergey Prikhodko1; Sunnel Kodambaka1; Jenn-Ming Yang1; Nasr Ghoniem1; Vijay Gupta1; 1University of California, Los Angeles

A-26: Nanoindentation Investigation of the Reactive Pulsed Laser Deposited Superconducting Niobium Nitride Thin Films: M. Mamun1; A. Farha1; Y. Ufuktepe2; S. Kimura3; T. Hajiri4; K. Imura4; F. Karadag2; H. Elsayed-Ali1; A. Elmustafa1; 1Old Dominion University; 2Cukurova University; 3UVSOR Facility; 4Nagoya University

A-27: Nanomechanical Investigation of Femtosecond Pulsed Laser Deposited InN on Si(100): M. Mamun1; M. Hafez1; H. Elsayed-Ali1; A. Elmustafa1; 1Old Dominion University

A-28: Kinetic Study of Recovery of Iron from Cassiterite Ore: Martin Ogwuegbu1; Gerald Onyedika1; 1Federal University of Technology, Owerri

A-29: Evaluation of Fracture Toughness by Nanoindentation: Reza Mirshams1; 1University of North Texas

A-30: Electrical and Electrochemical Characterization of Lithium Ion Cells: Jorge Acosta1; Pablo Favilla1; Carlos Schvezov2; Juan Colllet-Lacoste3; 1CEDIT - CONICET Fellow; 2University of Misiones; 3National Atomic Energy Commission

A-31: Microstructural Characterization and Analysis of Cold Spray Al Alloys: Baillie McNally1; Danielle Belsito1; Victor Champagne2; Richard Sisson1; 1Worcester Polytechnic Institute; 2Army Research Lab

A-32: Fatigue Characterisitcs of CNT Reinforced Al Composite Materials for Automotive Applications: Jong Kook Lee1; Byung Ho Min1; Hoon Mo Park1; Do Suck Han1; 1Hyundai Motor

A-33: Modeling of a Displacive Transformation within Continuous Displacement Cluster Variation Method: Naoya Kiyokane1; Tetsuo Mohri1; 1Hokkaido University

A-34: Highly Porous Mo with Interconnected Pore Channels Synthesized from Camphene/MoO3 Slurry by Freeze-Drying Process: Myung-Jin Suk1; Si-Young Chang2; Sung-Tag Oh3; 1Kangwon National University; 2Korea Aerospace University; 3Seoul National University of Science and Technology

A-35: High Temperature Oxidation Behavior of Fe-Cr-Al Alloy Powder Porous Metal and Strip: Seon-Hui Lim1; Jae-Sung Oh1; Man-Ho Park2; Kwon-Oh Oh2; Kee-Ahn Lee1; 1Andong National University; 2Alantum(Co.)

A-36: Get Ready: Ji Haeng Heo1; Seon Jin Kim1; Gyeong su Shin1; Jae yong Yun1; 1Hanyang University


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A-37: Effect of W on the Thermal Stability of γ` Precipitate in Two Experimental Inconel 740: Gyeong Su Shin1; Ji Haeng Heo1; Jae Yong Yun1; Seon Jin Kim1; 1Hanyang Univ.

A-38: Effect of Shape Memory Transformation Media in Ex-Situ BMG Matrix Composites: Hyeon Seok Oh1; Wook Ha Ryu1; Jin Kyu Lee2; Yeon Wook Kim3; Eun Soo Park1; 1Seoul National University; 2Kongju National University; 3Keimyung University

A-39: Fabrication of Sintered-Body Ti-pd from Hydride Dehydride Ti Powder for Machine Tool and It;s Mechanical Properties: Ik-Hyun Oh1; Hyun-Kuk Park1; Jung-Han Ryu1; Jun-Ho Jang1; 1KITECH / Automotive Components Center

A-40: Effects of Carrier Gases on the Microstructures and Properties of Ti Coating Layers Manufactured through the Cold spraying: Myeong-Ju Lee1; Ji-Sang Yu1; Hyung-Jun Kim2; Kee-Ahn Lee1; 1Andong National University; 2RIST

A-41: Improvement in Wear Resistance of Carbon Steels Induced by Pulsed Electron Beam Surface Treatment: Kemin Zhang1; 1Shanghai University of Engineering Science

A-42: Investigation of Optimum Cementation Conditions of Ruthenium with Experimental Design: Bihter Zeytuncu1; M.Hakan Morcali1; O.Halil Çelik1; Onuralp Yucel1; 1Istanbul Technical University

A-43: Improved Performance of Metal-Based Dye-Sensitized Solar Cells by Introducing a TiN Nanocrystalline Thin Film: Wei-Lun Tai1; Fan-Yi Ouyang1; 1National Tsing Hua University

A-44: Hot Working Behaviour of As-Cast Mg-4Sn-2Ca Alloy: K. Suresh1; Pitcheswara Kamineni1; Y.V.R.K. Prasad2; Norbert Hort3; 1City University of Hong Kong; 2processingmaps.com; 3Helmoltz-Zentrum Geesthacht

A-45: Effects of Aluminum Content and Plate Thickness on the Microstructure and Tensile Properties in AM Series Magnesium Alloys: Erin Deda1; Mei Li2; Jacob Zindel2; Xin Sun3; John Allison1; 1University of Michigan; 2Ford Motor Company; 3Pacific Northwest National Laboratory

A-46: Grain-Refinement and Dispersion Hardening of Ferritic Steel Surface through Friction Stir Processing: Yoshihisa Kimoto1; Toru Nagaoka1; Hiroyuki Watanabe1; Masao Fukusumi1; Yoshiaki Morisada2; Hidetoshi Fujii2; 1Osaka Municipal Technical Research Institute; 2Joining and Welding Research Institute, Osaka University

A-47: Monitoring of Railway Braking Characteristics: Jeongguk Kim1; Sung Cheol Yoon1; 1Korea Railroad Research Institute

A-48: Microstructures and Hardness Properties for β-Phase Ti-24Nb-4Zr-8Sn Alloy Fabricated by Electron Beam Melting: J. Hernandez1; S.J. Li2; E. Martinez1; L. Murr1; X. Pan3; K. Amato1; X.Y. Cheng2; F. Yang2; C.A. Terrazas1; E. Rodriguez1; S.M. Gaytan1; Y.L. Hao2; R. Yang2; F. Medina1; R.B. Wicker1; 1University of Texas at El Paso; 2Institute of Metal Research; 3Dalian University of Technology

A-49: Precipitation Hardening Effect of Ti-Al-Mo-Fe Alloy: Dong-Geun Lee1; Yongtai Lee1; Chenglin Li2; Xujun Mi2; Wenjun Ye2; 1Korea Institute of Materials Science; 2General Research Institute for Nonferrous Metals

A-50: The Inoculation of Chromium White Cast Iron: Dariusz Kopycinski1; 1AGH University of Science and Technology

A-51: Some Aspects of Workability of Engineering Materials: Bashir Raddad1; Abdulbaset Frefer2; Mohee Abdel-Rahman2; Ali Tajouri2; 1University of Alfateh, Mechanical Department; 2University of Tripoli

A-52: The Behavior of Boride Compounds in High Elastic Aluminum Alloy Using In-Situ Reaction: Hoonmo Park1; Hoodam Lee1; Kyungmoon Lee1; Taegyu Lee1; Hyuk Kang1; Do-Suck Han1; 1Hyundai motors

A-53: Observation of Texture Evolution in AZ31 Magnesium Alloy during Plane Strain Deformation and Static Recrystallization: Keunho Lee1; Jun-Ho Park1; Yong-Min Kim1; Kyung Il Kim1; Dong-Ik Kim1; Kyu Hwan Oh1; Heung Nam Han1; 1Seoul National University

A-54: Used Foundry Sand Reclamation in New Vibratory Unit: Rafal Danko1; Jozef Danko1; Mariusz Holtzer1; 1AGH University of Science and Technology

A-55: Non-isothermal Kinetics Research of the Pellet under High Reduction Potential: Zuo Haibin1; Jiao Kexin1; Xu Runsheng1; Zhang Jianliang1; 1USTB

A-56: Performance Degradation Due to Practical Operating Stresses and Post-Fabrication Measures to Improve Stability in Mixed Oxide Thin Film Transistors: Andrew Knight1; Rajitha Vemuri2; Muhammad Hasin2; N Theodore3; Aprillya Lanz1; Terry Alford2; 1Norfolk State University; 2Arizona State University; 3Freescale Semiconductor Inc.

A-57: The High Temperature Oxidation Behavior of Ni-Cr-Al Powder Porous Metal: Jae-Sung Oh1; Sung-Hwan Choi1; Man-Ho Park2; Kee-Ahn Lee1; 1Andong National University; 2Alantum (Co)

A-58: Oxidation Behavior of Nb-Modified MAR-M247 Superalloy at 1000°C in Air: Renato Baldan1; Carlos Nunes1; Gilberto Coelho1; 1USP - University of São Paulo

A-59: The Use of Conductive Carbon Nanotubes/Polymer Nonwoven Nanofiber Composites as Shielding Materials for Electromagnetic Interference and Radiation Shielding: George Garza1; Alfonso Salinas1; Mataz Alcoutlabi1; Karen Lozano1; 1The University of Texas Pan American

A-60: Organic Coatings To Prevent Molten Aluminium Water Explosions: Alex Lowery1; Joe Roberts2; 1Wise Chem LLC; 2Pyrotek Inc

A-61: Poly Methyl Methacrylate-Halloysite Composite Nanofibers Prepared via Forcespinning: Aileen McCleaf1; Ram Thapa1; Karen Lozano1; 1The University of Texas Pan American

A-62: Recrystallization and Grain Growth in Binary Titanium-Aluminum Alloys: Anna Colletti1; John Allison1; 1University of Michigan

A-63: Real-Time Diagnostics on Attritor Mill: Towards a Better Scale-Up Model: Priya Radhi Santhanam1; Edward Dreizin1; 1New Jersey Institute of Technology

A-64: Reduction of Pellets of Basic Oxygen Furnace (BOF) Dust Using Hydrogen: Eduardo Junca1; Girley Rodrigues1; Victor Telles1; Denise Espinosa1; Jorge Tenório1; 1University of São Paulo

A-65: Thermal Mechanical Fatigue Crack Growth from Laser Drilled Holes in Single Crystal Material: Raymond Kersey1; Alexander Staroselsky1; 1Pratt & Whitney

A-66: Assessment of the Addition of Electric Arc Furnace Dust in Hot Metal at a Temperature of 1500°Celsius: Vicente Sobrinho1; Jose Oliveira1; Estefano Vieira1; Victor Telles2; Felipe Grillo2; Jorge Alberto Tenorio2; Denise Espinosa2; 1IFES; 2USP

A-67: Title: Investigation of the Very High Cycle Fatigue Behavior of Binary Ti-Al Alloys by Ultrasonic Fatigue: Sinsar Hsie1; James Jones1; John Allison1; 1University of Michigan

A-68: Chemical Synthesis to Obtain Ceramic Pigments: Oscar Restrepo1; Edgar Chavarriaga1; 1National University of Colombia

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A-69: Study of pH Dependent Redox Potential of Cerium Oxide Nanoparticles: Shashank Saraf1; Ajay Karakoti2; Swetha Barkam1; Sudipta Seal1; 1University of Central Florida; 2 Pacific Northwest National Lab

A-70: Thermographic Nondestructive Evaluation of Railway Bogies: Jeongguk Kim1; 1Korea Railroad Research Institute

A-71: An Assessment of the Maximum Entropy Production Rate for the Prediction of Solidification Bifurcations during Directional Solidification.: Yaw Bensah1; J Sekhar1; 1University of Cincinnati

A-72: Transformation Sequence in Bitumen Quenched 0.4C Dual Phase Steel: Hakeem Amuda1; Adeolu Adeolu Adesoji1; 1University of Lagos

A-73: Characterization and Corrosion Behavior of Oxide Layer on Mg Alloy Via Plasma Electrolytic Oxidation in Two Different Electrolytes: Young Gun Ko1; Kang Min Lee2; Ki Ryong Shin2; In Jun Hwang2; Dong Hyuk Shin2; 1Yeungnam University; 2Hanyang University

A-74: Influence of Pulse Frequency on Surface Properties in Titanium VIa Plasma Electrolytic Oxidation Process: You Chan Jung1; Sang Il Yoon1; In Jun Hwang1; Young Gun Ko2; Dong Hyuk Shin1; 1Hanyang University; 2Yeungnam University

A-75: Nitinol Commercialization Accelerator – Ohio Third Frontier: Janet Gbur1; John R Lewandowski1; Hossein Lavvafi1; Melissa Young2; David Schwam1; James McGuffin-Cawley1; Michael Nathal3; Santo Padula II3; John J Lewandowski1; 1Case Western Reserve University; 2Cleveland Clinic; 3NASA Glenn Research Center

A-76: Production of Nanostructured ZnFe2O4 Particles via Ultrasonic Spray Pyrolysis Method: Kamil Burak Dermenci1; Burcak Ebin; Sebahattin Gurmen; 1Anadolu University

A-77: Development of Novel Thermally Stable Mo-Based Metallic Glasses: Jin Woo Kim1; Eun Soo Park1; Joon Seok Kyeong2; Do Hyang Kim2; 1Seoul National University; 2Yonsei University

A-78: Nanomechanical Properties of Zirconium Processed by Means of Surface Mechanical Attrition Treatment: Conghui Zhang1; Yaomian Wang1; Xiaomei He1; 1Xi’an University of Architecture and Technology

A-79: In Situ SEM Investigation on Deformation Behavior of a Dual Phase Stainless Steel: Enyu Guo1; Tao Jing1; 1Tsinghua University

A-80: Salvinia sp Applied to AMD Treatment: Equilibrium Time and Biomass Characterization: Flávia Silvas1; Erika Gusmão2; Daniella Buzzi3; Ivo Schneider4; José Oliveira2; Denise Espinosa3; Jorge Tenório3; 1Polythecnic School of São Paulo University ; 2Instituto Federal do Espirito Santo; 3Polythecnic School of São Paulo University; 4Universidade Federal do Rio Grande do Sul

A-81: Beyond Hume-Rothery Rules in Al-Based Approximants and Quasicrystals: Jean-Marie Dubois1; 1Institut Jean Lamour

A-82: Physical Properties of Thermoelectric Zinc Antimonide Using First-Principles Calculations: Philippe Jund1; Kinga Niedziolka1; Xiaoma Tao2; Jean-Claude Tédenac1; 1Université Montpellier 2 - ICGM; 2College of Physical Science and Technology

A-83: The Electron Per Atom Ratios of Ideal Metallic Glasses Unveiled by Cluster-Resonance Model: Chuang Dong1; Guang Han1; Jianbing Qiang1; Yingmin Wang1; Qing Wang1; Peter Häussler2; 1Dalian University of Technology; 2Chemnitz University of Technology

A-84: Tight Binding Understanding of Carbon Defects in Steel: Nicholas Hatcher1; Georg Madsen1; Ralf Drautz1; 1ICAMS, Ruhr-Universität Bochum

A-85: First-principles Models for Phase Stability of Ternary Fe-Cr-Ni Alloys: Duc Nguyen-Manh1; Marek Muzyk1; Mikhail Lavrentiev1; Sergei Dudarev1; 1Culham Centre for Fusion Energy

A-86: Structural Vacancies in Titanium Oxycarbides from First-principles Calculations: Bo Jiang1; GeGe Zhou1; Kai Huang1; Hongmin Zhu1; 1USTB

A-87: Stabilizing Materials’ Cheminstry by Implementation of Real-time Elemental Laser-induced Breakdown Spectroscopy (LIBS) Analyzer: Michael Gaft1; Yoni Groisman1; Alexander Baryshnikov2; 1Laser Distance Spectrometry; 2Icon Steel

A-88: Effect of Sintering Temperature on Densification Behavior of Spark Plasma Sintered Molybdenum: Gultekin Goller1; Filiz Sahin1; Fatih Denizalp1; Onuralp Yucel1; 1Istanbul Technical University

Biological Materials Science Student Poster SessionSponsored by:TMS Structural Materials Division, TMS: Biomaterials CommitteeProgram Organizers: Candan Tamerler, University of Washington; Molly Gentleman, Texas A&M University; Po-Yu Chen, National Tsing Hua University; Kajal Mallick, University of Warwick; Rajendra Kasinath, Montana Tech of the University of Montana; P. G. Allison, US Army Engineer Research & Development Center

Monday PM Room: Park View Lobby - Student & Young Leader Poster AreaMarch 4, 2013 Location: Henry B. Gonzalez Convention Center

SB-1: Bioactive Protein Based Ceria-PLGA 3D Scaffold for Tissue Regeneration: Swetha Barkam1; Biman Mandal2; Soumen Das1; Sudipta Seal1; 1University of Central Florda; 2Indian Institute of Technology Guwahati

SB-2: Influence of Anodization on Morphology, Hydrogen Evolution, pH, Cytotoxicity and Electrochemical Properties of Mg Alloys/MMCs: Puneet Gill1; Norman Munroe1; Ryszard Rokicki2; 1Florida International University; 2Electrobright

SB-3: Laboratory Equipment for Implant Material Testing: Tribocorrosion of Load Bearing Joints - Test Methodology, Analysis and Validation: Ali Tabeshian1; Dan Persson2; Steven Savage3; Ragnhild Aune1; 1Norwegian University of Science and Technology; 2SWEREA KIMAB AB; 3Swedish Defense Research Agency (FOI)

SB-4: Comparison of Nacre and Bioinpsired Nanocomposites Using In-Situ SEM Mechanical Characterization: Omar Rodriguez-Negron1; Robert Moser2; Paul Allison2; Kevin Torres-Cancel2; Mei Chandler2; Charles Weiss2; James Jordon3; J. Schirer4; 1UPRM/ ARMY ERDC; 2Army ERDC; 3University of Alabama; 4Hysitron Inc.

SB-5: Gold Nanoprobes for Detection of Mycobacteria Species: Filiz Sayar1; Farzaneh Moghtader1; Erhan Piskin1; 1Hacettepe University

SB-6: Rotating Bending and Flex Bending Fatigue of Oxide-Finished Nitinol Wire: Janet Gbur1; John J Lewandowski1; 1Case Western Reserve University

SB-7: Additive Manufactured Porous Titanium Implants: Sintering Protocols: Ahmad Basalah1; Esmaeili Shahrzad1; Ehsan Toyserkani1; 1University of Waterloo

SB-8: Development of Hot-Rolled Co–Cr–W-Based Alloys for CAD/CAM Dentistry: Kenta Yamanaka1; Manami Mori2; Koji Kuramoto1; Emi Onodera1; Akihiko Chiba1; 1Tohoku University; 2NISSAN ARC, LTD.


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SB-9: Tensile Behavior of Major and Minor Ampullate Silks from Latrodectus Hesperus (Black Widow) Spider: Antony Kirubanandham1; Sandeep Basu2; Bennett Addison3; Jeff Yarger3; Nikhilesh Chawla1; 1Arizona State University; 2Agilent, Chandler, AZ; 3Department of Chemistry, Arizona State University, Tempe, AZ 85287

SB-10: Wettability, Cytocompatibility and Tribology of Functionalized Carbon Nanotube and Al2O3 Reinforced Ultra High Molecular Weight Polyethylene Biocomposite: Anup Patel1; Kantesh Balani1; 1IIT-Kanpur

SB-11: Mechanical and Tribological Properties of Antibacterial ZnO- UHMWPE Biocomposites: Rajeev Sharma1; Ambreen Nisar1; Kantesh Balani1; 1IIT Kanpur

SB-12: Synthesis and Characterization of Metal-doped Hydroxyapatite Based Antimicrobial Agent: Muhammad Aftab Akram1; Sofia Javed1; Asif Mehmood1; Mohammad Mujahid1; 1National Uiversity of Sciences and Technology Pakistan

SB-13: The Use of New Titanium-based Alloys as Functionally Graded Biomaterials for Dental Implantology: Nicolas Gozdecki1; Frederic Prima1; 1Ecole Nationale Supérieure de Chimie de Paris

SB-14: Surface Engineering Approaches for Enhanced Wear and Osseo-Integration Properties of Ti-35Nb-7Zr-5Ta Orthopedic Alloy: Pavani Kami1; Sanket Dahotre1; Sushanth Reddy1; Soumya Nag1; Thomas Scharf1; Narendra Dahotre1; Rajarshi Banerjee1; 1University of North Texas

SB-15: Metal Binding Fluorescent Proteins for Bio-Imaging and Bio-Sensing Applications: Banu Taktak Karaca1; Elif Karaca1; Esra Yuca2; Bulent Balta1; Mehmet Sarikaya3; Candan Tamerler3; 1Molecular Biology and Genetics Department and MOBGAM, Istanbul Technical University, Istanbul, Turkey; 2Molecular Biology and Genetics Department, Yildiz Technical University, Istanbul, Turkey; 3Materials Science and Engineering Department and GEMSEC, University of Washington, Seattle, WA, US

SB-16: Antimicrobial Activity on Calcium Phosphate Coated Nanotubular Titanium Surfaces by Modular Chimeric Peptides: Hilal Yazici1; Gizem Habib2; Deniz Yucesoy1; Burak Caliskan2; Sermin Utku2; Mustafa Urgen2; Candan Tamerler1; 1University of Washington; 2Istanbul Technical Univeristy

SB-17: Nano–Scale Mechanical Behavior of Hydrogels: A Molecular Dynamic Study: Hossein Salahshoor1; Nima Rahbar1; Mazdak Tootkaboni2; 1Worcester Polytechnic Institute; 2University of Massachusetts Dartmouth

SB-18: Langmuir Blodgett Film Deposition of Gold Nanoparticles on Glass Using Self Organization of Bi-Funtional Peptides: Nur Mustafaoglu1; Marketa Hnilova2; Candan Tamerler2; Mustafa Urgen3; 1Department of Chemical and Biomolecular Engineering, University of Notre Dame; 2GEMSEC, Genetically Engineered Materials Science and Engineering Center, Department of Materials Science and Engineering, University of Washington; 3Department of Metallurgical and Materials Engineering, Istanbul Technical University

SB-19: Bio-structural analysis and modeling: the Paddlefish rostrum as a structure for bioinspiration.: Jeremiah Deang1; 1Mississippi State University

SB-20: Effect of Surface Treatments on Titanium Alloys: Maria Hernandez1; Zia ur Rahman1; Luis Pompa1; Waseem Haider1; 1University of Texas Pan American

SB-21: Influence of Surface Treatments on 316L Stainless Steel: Suzanna White1; Kevin Corona1; Luis Pompa1; Waseem Haider1; 1University of Texas Pan American

SB-22: The Impact of Austenitic Stainless Steel Grain Structure from Nano-Grained Regime to Coarse-Grained Regime on Osteoblast Functions using a Novel Metal Deformation-Annealing Sequence: Krishna Chaitanya Nune1; Devesh Misra1; Pavan Venkata Surya Challa1; 1University of Louisiana at Lafayette

SB-23: Bisphosphonate functionalized gold nanoparticles enable enhanced detection of breast microcalcifications: Lisa Cole1; Tracy Vargo-Gogola2; Ryan Roeder1; 1University of Notre Dame; 2Indiana University School of Medicine - South Bend

EMPMD 2013 Technical Division Student Poster Contest - UndergraduateSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Young Leaders Committee


SPU-1: Indium-Zinc Oxide TFT Device Performance Under Combined Bias and Thermal Stressing and Effects of Post-Fabrication Annealing: Sebastian Husein1; Rajitha Vermuri1; Terry Alford1; 1Arizona State University

SPU-2: Photoelectrochemical Studies of Hydroxyphosphate and Hydroxysulfate Minerals for Solar Hydrogen Production: Reed Wittman1; Man Li1; Ran Zhao1; Qian Cheng1; Candace Chan1; 1Arizona State University

SPU-3: Pressure Contact Examinations of Superconducting Persistent Joints: Courtney Pape1; Max Davey1; Michael Kuldell1; 1The Ohio State University

SPU-4: Correlation of Pressure to Bonding Capabilities Using Novel Heat Treatment Methods in Prototype Sn-Bi Alloys: W. Tuttle1; Charles Fisher1; Michele Manuel1; 1University of Florida

SPU-5: Ab-Initio Calculation of Thermoelectric Material Properties: Mark Hornak1; Mike Williard1; Rodney Jones1; 1The Ohio State University

EMPMD 2013 Technical Division Student Poster Contest - GraduateSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Young Leaders Committee


SPG-6: Research on Prediction of the Stability of Partially Stabilized Zirconia Baeds on LM-BP Neural Network: Li Dongbo1; Peng Jinhui2; Guo Shenghui2; 1Yunnan Copper Industry Co., LTD; 2Kunming University of Science and Technology

SPG-7: Interfacial Reactions Between Au-Ge Eutectic Solders and Cu Substrates: Hao-miao Chang1; Bo-Hsun Hsu1; Shih-kang Lin1; 1National Cheng Kung University

SPG-8: Supersaturation and Phase Stability of Pb-Sn Alloys Under Current Stressing: Chao-kuei Yeh1; Shih-kang Lin1; 1National Cheng Kung University

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SPG-9: Nanocrystalline FeNiCoO Particles - Ultrasonic Spray Pyrolysis Method (USP): cigdem toparli1; Burçak Ebin1; Sebahattin Gurmen1; 1istanbul technical university

SPG-10: Nanomechanical Properties of Sulfonated Poly(Styrene-Isobutylene-Styrene) Triblock Copolymers: Omar Movil-Cabrera1; Agnes Padovani1; 1University of Puerto Rico - Mayaguez

SPG-11: Liquidus Projection of the Sn-In-Ag-Zn Quaternary System: Jui-Shen Chang1; Sinn-wen Chen1; Chia-ming Hsu1; Wang-ting Chiu1; Che-wei Hsu1; Ru-bo Chang1; 1National TsingHua University

SPG-12: Production and Characterization of Nano-Crystalline Spherical Copper-Indium (Cu-In) Alloys by Ultrasonic Spray Pyrolysis and Hydrogen Reduction (USP-HR): Ramazan Apaydin1; Burçak Ebin1; Sebahattin Gürmen1; 1Istanbul Technical University

SPG-13: Electrochemical Capacitance of Iron Oxide Based Nanotubular Electrodes: Abraham Jurovitzki1; 1University of Utah

SPG-14: Effects on Microstructure and Magnetic Properties of Modified Thermomagnetic Annealing and Heat Treatments on Commercial Alnico Magnet Alloys: Haley Dillon1; Lin Zhou1; Iver Anderson1; R. William McCallum1; Matthew Kramer1; Steve Constantinides2; Andriy Palasyuk1; 1Ames Laboratory; 2Arnold Magnetic Technologies

SPG-15: Grain Boundary Engineering (GBE) of Nickel 200: Olivia Underwood1; Jeff Evans1; 1University of Alabama in Huntsville

EPD 2013 Technical Division Student Poster Contest - UndergraduateSponsored by:TMS Extraction and Processing Division, TMS: Young Leaders Committee


SPG-18: Synthesis and Characterization of PtAg@Pt Multiply Twinned Structure Core-shell Nanoparticles: Subarna Khanal1; Danial Bahena1; J. J. Velázquez Salazar1; Miguel Jose-Yacaman1; 1UTSA

SPU-16: Porosity and Percolation in Sintered Recycled Glass for Polluted Soil Filtering: Gerardo Nazario1; Wesley Cuadrado1; Jasmine Figueroa1; Liliana Hernández1; Andrea López1; O. Marcelo Suárez1; 1University of Puerto Rico at Mayaguez

EPD 2013 Technical Division Student Poster Contest - GraduateSponsored by:TMS Extraction and Processing Division, TMS: Young Leaders Committee


SPG-19: Fabrication and Characterization of Nanoporous Aluminum via Selective Dissolution of Al-Zn Alloys: Elvin Estremera1; O. Marcelo Suarez1; Arturo Hernandez-Maldonado1; 1University of Puerto Rico

SPG-17: Slag Solidification Modeling: Dmitri Nassyrov1; In-Ho Jung1; 1McGill University

SPG-20: Direct Titanium Powder Production Through the Use of Pre-Conditioned Magnesium Powder: Amin Oliazadeh1; Boyd Davis1; John Peacey1; 1Queen’s University

LMD 2013 Technical Division Student Poster Contest - UndergraduateSponsored by:TMS Light Metals Division, TMS: Young Leaders Committee


SPU-21: Effects of Boron and Zinc on Impact Tests of Al-B-Zn Alloy: Marcos Corchado1; Fernando Reyes-Tirado1; Oscar Suarez1; 1University of Puerto Rico-Mayaguez

SPU-22: Biodegradation Behavior and Mechanical Properties of a Mg-Sc-Y Alloy for Degradable Implant Applications: Maria Di Bonaventura1; Ida Svensson Berglund1; Michele Manuel1; 1University of Florida

SPU-23: Global Electrochemical Techniques to Characterize Localized Corrosion Behavior on Aluminum Alloys: Joseph Croteau1; 1Boise State University

SPU-24: Reconstruction and Visualization of Three-Dimensional Particle Distribution and Morphology in Magnesium Metal Matrix Composites: Cody Heitman1; Hunter Henderson1; Zachary Bryan1; Orlando Rios2; Gail Mackiewicz Ludtka2; Alexander Melin2; Michele Manuel1; 1University of Florida; 2Oak Ridge National Laboratory

LMD 2013 Technical Division Student Poster Contest - GraduateSponsored by:TMS Light Metals Division, TMS: Young Leaders Committee


SPG-25: Microstructural Evolution of ZEK100 Mg Alloy Sheets During Friction Stir Spot Welding: Rogie Rodriguez1; James Jordon1; 1The University of Alabama

SPG-26: Electronic Structure and Properties of Stacking Faults of Mg-X Alloys: A First-principles Study: William Wang1; Shunli Shang1; Yi Wang1; Kristopher Darling2; Laszlo Kecskes2; Suveen Mathaudhu3; Xidong Hui4; Zi-Kui Liu1; 1The Pennsylvania State University; 2US Army Research Laboratory; 3US Army Research Office; 4University of Science and Technology Beijing

SPG-27: On the Processing of Aluminum Wires Treated with Diboride Nanoparticles and their Electrical and Mechanical Properties: David Florian-Algarin1; O. Marcelo Suarez1; Alexandra Padilla1; 1University of Puerto Rico Mayaguez(UPRM)


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SPG-28: Simulating Hot Forming of Light-weight Alloy Sheets: Alexander Carpenter1; Aravindha Antoniswamy1; John Lee1; Louis Hector2; Jon Carter2; Eric Taleff1; 1University of Texas at Austin; 2General Motors

MPMD 2013 Technical Division Student Poster Contest - UndergraduateSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Young Leaders Committee


SPU-29: Influence of Electrode Design on Electrochemical Impedance Response in Oil to Improve Engine Life: Sanjeev Acharya1; Michael Hurley1; 1Boise State University

SPU-30: Atomistic Simulation of Ion Bombardment on Alpha and Gamma Alumina: Wesley Barrows1; Shawn Coleman1; Douglas Spearot1; 1University of Arkansas

SPU-31: Molecular Dynamics Simulations of Tensile Deformation of Single Layer and Bulk MoS2: Joseph Simpson1; James Stewart1; Douglas Spearot1; 1University of Arkansas

SPU-32: Phase Transformations in High Strength Welds: Tiffiny Trykowski1; Melisse Aspery1; Gabriel Henschen1; Andrew Kerr1; 1The Ohio State University

SPU-33: Stand Up Paddleboard Design: Jessica West1; Laura Thornton1; Matthew Dunmead1; 1Ohio State University

SPU-34: Characterization of Nanocrystalline W-based Alloys: Megan Beck1; Steven Livers1; 1Boise State University

SPU-35: Effect of Processing on Corrosion Behavior of Case Hardened Aerospace Bearing Steels: Veronica Rafla1; 1Boise State University

SPU-36: Processing and Mechanical Characterization of a NbB2/Al Composite: Neshma Lopez1; Jose Moreno1; O. Marcelo Suarez1; 1University of Puerto Rico - Mayaguez

SPU-37: Sensitivity of Interfacial Energy on Transformation Kinetics in Structural Alloys: Michael Kovarik1; Beth Yoak1; Erik Bowdish1; 1The Ohio State University

SPU-38: Thin-wall Fludity Spiral: Kerry Bisset1; 1UAB Materials Engineering

SPU-39: Dynamic Recrystallization of Stainless Steel 316L: A Comparison of Experimental Results to Computer Simulation: Megan Beck1; Koyuki Fritchman1; 1Boise State University

SPU-40: Oxidation Study of Cerium Monosulfide Powder: Sumit Tamrakar1; Darryl Butt1; Brian Jaques1; Joshua Kane1; 1Boise State University

MPMD 2013 Technical Division Student Poster Contest - GraduateSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Young Leaders Committee


SPG-41: Microstructural Characterization of Grey Cast Iron: Arul Varman1; 1Indian Institute of Technology-Madras

SPG-42: Fabrication of Hierarchical Arrays of sub-30nm Vertically Aligned, Amorphous Silicon-Oxide Nano-wires: Taiwo Alabi1; Suman Das1; Dajun Yuan1; 1Georgia Institute of Technology

SPG-43: Application of Fast Scanning Calorimetry in the Rapid Solidification of Tin Particles Embedded in AL Matrix: Weipeng Zhang1; Bingge Zhao1; Qijie Zhai1; Yulai Gao1; 1Shanghai University

SPG-44: Cold Spray Modeling: A Computation Method for Predicting Bulk Properties of Cold Sprayed Deposits: Luke Bassett1; 1Worcester Polytechnic Institute

SPG-45: Creep Analysis of Heterogenous Microstructure of Grade 91 Steel Using Stress Relaxation Method: Bishal Silwal1; Jacob Walker1; Leijun Li1; 1Utah State University

SPG-46: Laser Ablation of Cold Sprayed Aluminum: Aaron Birt1; 1Worcester Polytechnic Institute

SPG-47: Solidification Characteristics of Fe-Mn Alloy During Near-Rapid Solidification: Yuanyi Guo1; Ke Xie1; Wenbin Xia1; Shichao Zhao1; Changjiang Song1; Qijie Zhai1; 1Shanghai Key Laboratory of Modern Metallurgy & Materials Processing, Shanghai University

SPG-48: The Oxidation of Steel as a Result of Heating Processes: Christina Sobotka1; 1Montanuniversitaet Leoben

SPG-49: 3D Reconstruction of Prior Beta Grain Orientations in Friction Stir Processed Ti-6Al-4V: Adam Shiveley1; Adam Pilchak1; Michael Groeber1; Jay Tiley1; 1United States Air Force

SPG-51: Ultra-fine Grained Microstructure in 9310 Steel: Thomas Kozmel1; Sammy Tin1; 1Illinois Institute of Technology

SPG-50: Controlled Rotation and Collection of Electron Backscattered Diffraction Patterns from Round Bar Test Samples: Kevin Shiveley II1; Adam Shiveley1; Jay Tiley1; 1United States Air Force

SPG-52: Liquidus Projection of the Ternary Thermoelectric Co-Sb-Ga System: Yuan-Chun Chien1; Sinn-wen Chen1; Jui-shen Chang1; G. Snyder2; 1National Tsing Hua University; 2Materials Science, California Institute of Technology

SPG-53: Vanadium Carbide Formation and Stabilization for High Strength Steel Applications: Krista Limmer1; Julia Medvedeva1; 1Missouri S&T

SPG-54: On the Fabrication of Sputtering Aluminum Targets Containing AlB2 Particles and Their Use in the Deposition of Thin Films: Ulises Barajas1; Sugeily Flores1; O. Marcelo Suárez1; 1University of Puerto Rico

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SMD 2013 Technical Division Student Poster Contest - UndergraduateSponsored by:TMS Structural Materials Division, TMS: Young Leaders Committee


SPU-55: Hydroxyapatite-Polyurethane Composite Biomaterial: Monica Hadley1; Luke Carpenter1; Josh Enmark1; 1The Ohio State University

SPU-56: Infiltration and Characterization of Ceramic Freeze Casted Scaffolds for Nuclear Fuel Application: Thomas Gage1; Clarissa Yablinsky1; Ulrike Wegst1; Todd Allen1; 1University of Wisconsin- Madison

SPU-57: Controlled Growth of Ultrathin Molecular Films: Jason Leszczewicz1; Edward Kintzel1; 1Western Kentucky University

SMD 2013 Technical Division Student Poster Contest - GraduateSponsored by:TMS Structural Materials Division, TMS: Young Leaders Committee


SPG-58: Parametric Study of Si and Cu Infiltration Dynamics with a Transient Contact Angle in a C/C Composite: Khurram Iqbal1; 1Dalian University of Technology

SPG-59: Effect of Alloying Elements and Spark Plasma Sintering Parameters on Nnano-dispersion Formation in Nanostructured Ferritic Steels: Somayeh Pasebani1; Indrajit Charit1; 1University of Idaho

SPG-60: Delayed Hydride Cracking in Zirconium Alloys: William Sames1; John Martinez1; Ryan Brito1; Sean McDeavitt1; 1Texas A&M University

SPG-61: Radiation Stability of Nanocrystalline Silicon Carbide: Laura Jamison1; Beata Tyburska-Pueschel1; Peng Xu2; Kumar Sridharan1; Todd Allen1; 1University of Wisconsin-Madison; 2Westinghouse Electric Company

SPG-62: Structural Evolution and Phase Transformation in Ni50-xMn39Sn11+x Alloys: Wu Wang1; Jinke Yu1; Sichuang Xue1; Qijie Zhai1; Hongxing Zheng1; Hongxing Zheng1; 1Shanghai University

SPG-63: Ab-initio Study of Energetics and Stability of Ni-X (X=Be, Al, Ti, Mn, Zn) Intermetallic Compounds: Nikolas Antolin1; Oscar Restrepo1; Wolfgang Windl1; 1Ohio State University

SPG-64: Microstructural Characterization of Melt-spun Ti51.5 Ni48.5Ribbons: Sichuang Xue1; Wu Wang1; Jinke Yu1; Qijie Zhai1; Hongxing Zheng1; 1Shanghai University

SPG-65: Austenite Stability during Low Cycle Fatigue of Advanced Steels: Greg Lehnhoff1; Kip Findley1; 1Colorado School of Mines

SPG-66: Characterization of Discontinuous Cellular Carbide Precipitation in INCONEL® 740H: Andrea Casias1; Greg Lehnhoff1; Kip Findley1; Chester Van Tyne1; 1Colorado School of Mines

SPG-67: Synthesis and Properties of Hollow Metallic Glass Micro-trusses: Jan Rys1; Dongchan Jang1; Tobias Schaedler2; Alan Jacobsen2; William Carter2; Julia Greer1; 1California Institute of Technology; 2HRL Laboratories Limited Liability Company

SPG-69: On the Determination of Tortuosity Index of Polyimide Foam for Aerospace Applications: Sugeily Flores-Bonano1; Félix Rodríguez-Ruiz1; O. Suárez1; Walter Silva-Araya1; 1University of Puerto Rico - Mayagüez

SPG-68: Stochastic Analysis Based on Weibull Statistics Assisted by Artificial Neural Network Simulations in Concretes containing Fly Ash, Micro/Nano-SiO2 under Indirect Tension: Luis Zapata1; Genock Portela1; Marcelo Suarez1; 1University of Puerto Rico, Mayagüez College of Engineering

SPG-71: Thermal, Microstructural, and Mechanical Characterization of NiTiHf Shape Memory Alloys with Aluminum Additions: Derek Hsen Dai Hsu1; Fatmata Barrie1; Hunter B. Henderson1; B. Chad Hornbuckle2; Gregory B. Thompson2; Michele V. Manuel1; 1University of Florida; 2The University of Alabama

SPG-70: Fabrication and Characterization of Chitin-carbon Nanotube Composites: Sujeily Soto1; O. Marcelo Suarez1; Deborah Marty1; 1University of Puerto Rico

EMPMD 2013 Technical Division Young Professional Poster ContestSponsored by:TMS Electronic, Magnetic, and Photonic Materials Division, TMS: Young Leaders Committee


YP-1: Innovative Production Method of Ultra High Strength Aluminum Matrix Nanocomposite Foams: Khalil Khalil1; 1King Saud University

YP-2: Fatigue-induced Grain Coarsening and its Influence on the Electrical Resistance of Cu Films on Polyimide: Oleksandr Glushko1; Megan Cordill2; 1University of Leoben; 2Erich Schmid Institute

EPD 2013 Technical Division Young Professional Poster ContestSponsored by:TMS Extraction and Processing Division, TMS: Young Leaders Committee


YP-3: Researches Regarding the Structure Investigations on New Materials of the Composite Type: Ilie Butnariu1; 1University Politehnica Bucharest

YP-4: Looping Sulfide Oxidation™ Process for the Production of Molybdenum Oxides from Molybdenite: Joseph Lessard1; Esra Cankaya-Yalcin1; Daniel Gribbin1; 1Orchard Material Technology, LLC


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YP-5: A Review of Energy Use in Fine Grinding: Jan de Bakker1; 1BBA, Inc

YP-6: Calcium-Bismuth Electrodes for Large-Scale Energy Storage (Liquid Metal Batteries): Hojong Kim1; Dane Boysen1; Takanari Ouchi1; Donald Sadoway1; 1MIT

YP-7: Information Sharing as a Remedy to Demand Amplification in Supply Chains: matloub hussain1; 1Abu Dhabi University

YP-8: Sustainable Materials Extraction: Rachel DeLucas1; Antoine Allanore1; 1Massachusetts Institute of Technology

LMD 2013 Technical Division Young Professional Poster ContestSponsored by:TMS Light Metals Division, TMS: Young Leaders Committee


YP-9: Friction Stir Back Extrusion (FSBE) of Lightweight Alloys: Fadi Abu-Farha1; 1Clemson University

YP-10: TEM and SAXS: Partners for Stereological Analysis: Julian Rosalie1; Brian Pauw1; 1National Institute for Materials Science

MPMD 2013 Technical Division Young Professional Poster ContestSponsored by:TMS Materials Processing and Manufacturing Division, TMS: Young Leaders Committee


YP-11: Investigation of Secondary Hardening in MP35N Using Analytical Scanning Transmission Electron Microscopy: Dan Sorensen1; William Gerberich2; K. Andre Mkhoyan2; 1Medtronic Neuromodulation; 2University of Minnesota, Department of Chemical Engineering and Materials Science

YP-12: Optimization of Thermal Properties of Copper-Diamond Composites via Interface Engineering: Vikas Sinha1; Jonathan Spowart2; 1Air Force Research Laboratory; UES, Inc.; 2Air Force Research Laboratory

YP-13: Ternary Eutectic Growth of Nanostructured Thermoelectric Ag-Pb-Te Materials: Hsin-Jay Wu1; Wei-jian Foo2; Sinn-wen Chen1; G. Snyder3; 1National Tsing Hua university; 2National University of Singapore; 3California Institute of Technology

YP-14: Synthesis of Ti-TiC Nanocomposites by In-situ Reaction Sintering of Ti-Carbon Mixtures: Srinivasa Bakshi1; Vasanthakumar K1; Karthiselva N1; 1Indian Institute of Technology Madras

YP-15: Processing, Fabrication and Testing of Bulk Metallic Glass Composite Hardware: Douglas Hofmann1; 1NASA JPL/Caltech

YP-16: Nanocrystal Formation From an Amorphous Precursor: Eren Kalay1; Matthew Kramer2; 1METU; 2Ames Laboratory US DOE

SMD 2013 Technical Division Young Professional Poster ContestSponsored by:TMS Structural Materials Division, TMS: Young Leaders Committee


YP-17: Structure and Properties of the Y2O3/Fe Interface using First Principles Calculations: Samrat Choudhury1; Christopher Stanek1; Blas Uberuaga1; 1Los Alamos National Laboratory

YP-18: Effects of Fe and Co Substitutions by Ni in La-Ni-O Perovskite-Type Oxides in Reforming of Methane with CO2 and O2: Alireza Jahangiri1; Hassan Pahlavanzadeh2; Hamidreza Aghabozorg3; Jafar Towfighi2; 1Ottawa University; 2Tarbiat Modares University; 3Research Institute of Petroleum Industry

YP-19: New Insight into the Mechanism of Irradiation-Assisted Stress Corrosion Cracking: Bai Cui1; Ian Robertson1; 1University of Illinois at Urbana-Champaign

YP-21: In Situ Characterization of Grade 92 Steel during Tensile Deformation Using High Energy X-ray Diffraction and Small Angle X-ray Scattering: Leyun Wang1; Meimei Li1; Jonathan Almer1; 1Argonne National Laboratory

YP-22: Interfacial Fracture of Ductile Films from Compliant Substrates Using Stressed Overlayers: Megan Cordill1; 1Erich Schmid Institute of Materials Science

YP-23: Substructural Observations in Magnesium: Benjamin Morrow1; Rodney McCabe1; Ellen Cerreta1; Carlos Tomé1; 1Los Alamos National Laboratory

YP-24: Fatigue Properties of Small Scale Materials: Olivier Pierron1; 1Georgia Institute of Technology

YP-25: Microscale Observations on the Definitions of Elastic Limit and Yield Point: Amit Pandey1; Robert Wheeler2; Amit Shyam1; 1ORNL; 2MicroTesting Solutions LLC

YP-26: The Effect of Prior Exposures on the Notched Fatigue Behavior of Disk Superalloy ME3: Chantal Sudbrack1; Susan Draper1; Timothy Gorman2; Jack Telesman1; Tim Gabb1; David Hull1; Daniel Perea3; Daniel Schreiber3; 1NASA Glenn Research Center; 2University of Dayton (NASA USRP); 3Pacific Northwest National Laboratory

YP-27: In-situ Probing of Microscopic Deformation Kinetics in Advanced High-Strength Steels: Zhenzhen Yu1; Rozaliya Barabash1; Oleg Barabash2; Wenjun Liu3; Zhili Feng1; 1Oak Ridge National Laboratory; 2University of Tennessee; 3Argonne National Laboratory

YP-28: Competition between Average and Local Properties of a Grain Boundary in Spall Processes: Saryu Fensin1; Steven Valone1; Ellen Cerreta1; George Gray1; 1Los Alamos National Laboratory

278

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A

Aagesen, L .......................................... 112, 149Aarhaug, T .......................... 155, 186, 206, 208Abashidze, G ............................................... 270Abaspour, S ......................................... 135, 255Abbady, G ................................................... 261Abbasi, M .................................................... 261Abbey, B ..................................................... 102Abbott, T ..................................................... 165Abdelhadi, O ....................................... 143, 269Abdelkader, A .............................................. 134Abdelkebir, K .............................................. 181Abdel-Rahman, M ....................................... 271Abdi, S .......................................................... 78Abdolrahim, N .................................... 140, 267Abdul-Aziz, A ............................................. 203Abedrabbo, S ............................................... 119Abe, K ......................................................... 195Abernathy, D ............................................... 223Abiade, J ....................................................... 75Abouimrane, A ............................................ 196Abou Sidou, W .............................................. 99Abrasonis, G ............................................... 153Abreu Castillo, A ......................................... 236Abrikosov, I ................................................. 240Abu-Farha, F ............... 218, 219, 239, 250, 277Abyzov, A .................................................... 190Acar, E ........................................................ 174Acharya, A ................................................... 194Acharya, R .................................................. 113Acharya, S ................................................... 275Ackermann, S .............................................. 142Acoff, V............................... 104, 124, 160, 238Acosta, J .............................................. 260, 270Adachi, Y .................................................... 200Adams, A ..................................................... 149Adams, D ............................................ 105, 132Adams, H .................................................... 229Addessio, F ................................................. 173Addison, B .................................................. 273Adegbola, A ......................................... 150, 262Adeolu Adesoji, A ....................................... 272Adham, K .................................................... 170Adjanor, G ................................................... 195Adlakha, I .................................................... 267Adland, A .................................................... 112Afify, N ....................................................... 261Afonso, C .................................................... 231Agaliotis, E ................................................. 204Agarwal, A ......................... 76, 83, 94, 97, 123, ............................................. 124, 152, 179, 206Agarwala, R ........................................ 157, 179Agarwala, V ........................................ 157, 179Agarwal, S ................................................... 224Agee, P ........................................................ 136Aghabozorg, h ............................................. 277Aghajanian, M ..................................... 135, 242Agnew, S ............. 132, 142, 170, 186, 224, 265Agrawal, A .......................................... 224, 257Agrawala, V ................................................ 260Agren, J ....................................................... 226Aguiar, F ..................................................... 125Ahmed, A .................................................... 126Ahmed, K .................................................... 139Ahmed, Y ............................................ 135, 216Ahn, S ......................................................... 137Ahzi, S......................................................... 267

Aich, S......................................................... 248Aidhy, D ........................................................ 83Aikebaier, Y ................................................ 124Aikin, R ................................................. 85, 137Ai Liang, C .................................................. 220Aindow, M .................................... 85, 171, 172Aiping, Z ..................................................... 265Aissa, B ....................................................... 260Aithal, K ...................................................... 261Aitkaliyeva, A ..................................... 166, 242Ai, X ............................................................ 220Akahori, T ................................................... 159Akamatsu, S ........ 106, 133, 163, 190, 217, 239Akasheh, F .................................................. 243Akbulut, M .................................................. 208Akçam, Ö .................................................... 262Akedo, K ..................................................... 116AK, G ............................................................ 96Akhmetov, S .................................................. 99Akhtar, K ............................................. 185, 213Akhtar, R ..................................................... 131Akhtar, S ..................................................... 128Akinlabi, E .................................................. 124Akiyoshi, R ................................................... 95Akpa, O ............................................... 153, 203Akram, M .................................... 153, 260, 273Aktas, C....................................................... 182Alabi, T ....................................................... 275Alamdari, H ................................................. 187Alam, M ...................................................... 100Alam, S ....................................................... 115Alankar, A ................................................... 135Alaparthi, S ................................................. 150Al Aswad, K .......................................... 99, 155Alavi, S ....................................................... 152Alba-Baena, N ............................................. 128Al-Badour, F ............................................... 106Albe, K ........................................................ 129Alberta, E .................................................... 251Alcoutlabi, M ...................................... 250, 271Aldanondo, E .............................................. 189Alderman, M ........................ 84, 108, 135, 165, ..................................... 192, 218, 240, 255, 263Aleksandrova, E ............................................ 90Aleksey, G ..................................................... 97Alemayehu, N ............................................. 139Ales, T ......................................................... 213Alexander, D ................................. 81, 137, 247Alexander, M .............................................. 108Alexandre, J ........................................ 183, 184Alexandre, M .............................................. 100Alexandrov, V ............................................... 83Alex, P ......................................................... 100Alfantazi, A ......................................... 107, 207Alfantzai, A ................................................. 211Alfonso, G ................................................... 223Alford, T ........................... 75, 77, 97, 119, 150, ............................................. 174, 259, 271, 273Alfosail, F ................................................... 206Ali, A ........................................................... 263Alihosseini, H ............................................. 180Al Jallaf, M ................................................. 155Al-Jallaf, M ................................................... 99Al Jasmi, A .................................................. 100Alkahtani, S ................................................. 207Alkan, M ............. 122, 123, 146, 150, 224, 245Allahar, K ........................ 82, 90, 158, 164, 166Allain, S ...................................................... 248

Allanore, A ................... 82, 110, 118, 138, 166, ..................................... 193, 220, 224, 265, 277Allard, B ...................................................... 187Allen, A ......................................................... 89Allen, J ........................................................ 218Allen, T ......... 83, 139, 166, 219, 242, 267, 276Alling, B ...................................................... 240Allison, J ..................................................... 271Allison, P .............. 77, 100, 101, 127, 155, 181, ............. 208, 209, 233, 234, 247, 252, 262, 272Al Marzouqi, A ............................................ 131Al-Mazzouzi, A ........................................... 109Almeida, F ................................................... 260Almer, J ......... 89, 127, 141, 184, 185, 244, 277Al-Omari, I .................................................. 248Alpas, A ....................................................... 196Alpatova, V ................................................... 78Alper, J ........................................................ 196Al Redhwan, A .............................................. 99Alsabbagh, A ............................................... 168Al Sayed, W .................................................. 99Altamirano, A .............................................. 253Altecor, A ............................................ 204, 250Altenhof, W ................................................. 136Altinordu, O ................................................ 122Altmisoglu, A .............................................. 260Altoe, G ....................................................... 184Altpeter, I .................................................... 216Alvarado-Contreras, J ................................... 86Alvarenga, J ................................................ 250Alvarez, P .................................................... 189Alvear Flores, G .......................................... 148Alven, D ...................................................... 147Al Zarouni, A ................................ 99, 155, 207Alzghier, R .................................................... 75Amadon, B .................................................... 83Amalnerkar, D ............................................. 270Amarendra, H .............................................. 212Amaro, C ..................................................... 132Amato, K ............................................. 253, 271Ambard, A ................................................... 242Ambre, A ..................................................... 233Ambroziak, E .............................................. 254Amer, A ....................................................... 235Ameri, M ............................................. 160, 260Ames, E ....................................................... 189Amin-ahmadi, B .................................. 188, 226Amine, K ..................................................... 196Amirkhiz, B ......................................... 114, 141Amoozadeh, S ............................................. 122Amoroso, J .................................................. 241Amrani, S .................................................... 105Amruthaluri, S ............................................. 255Amuda, H .................................................... 272Anahid, M ................................................... 140Anasori, B ................................................... 264An, C ........................................................... 207Anderko, A .................................................. 123Anderoglu, O ......................................... 87, 109Anderson, C .................................. 75, 115, 197Anderson, I ........................... 90, 110, 115, 136, ..................... 143, 171, 193, 198, 224, 246, 274Anderson, J ................................................. 181Anderson, M ............................................... 219Anderson, P ......................................... 145, 227Andersson, D ........................... 83, 85, 103, 108Ando, S ....................................................... 214Andrews, R ................................................. 224


IND

EX

Andriese, M ......................................... 235, 251Andrieu, E ................................................... 174Andrieu, F ................................................... 223Andzelm, J .................................................. 107Anglin, B ..................................................... 112Angsten, T ..................................................... 80Anilkumar, A ............................................... 138Aning, A .............................................. 194, 232An, K .......................... 104, 130, 159, 186, 213, ..................................... 237, 244, 254, 263, 265Ankem, S..................................................... 160Annoni, M ................................................... 228Anovitz, L ........................................... 259, 263Antipov, E ................................................... 262Antolin, N ................................................... 276Antonaglia, J ....... 130, 183, 202, 210, 258, 265Antoniswamy, A .......................... 218, 259, 275Antonova, O .................................................. 78Antrekowitsch, J ................................. 148, 175Anwand, W ................................................. 140An, X ........................................................... 173An, Y ............................................................. 86An, Z ........................................................... 204Aoi, I ............................................................. 99Apaydin, R .................................................. 274Apel, M ....................................................... 247Apisarov, A .................................................. 126Appel, F............................................... 104, 199Apple, T ...................................................... 132Appolaire, B ................................................ 194Araci, K ....................................................... 185Arai, Y ........................................................... 82Arakere, N ................................................... 152Aram, M ...................................................... 232Araujo, J ...................................................... 131Araullo-Peters, V ........................................ 223Archer, L ..................................................... 114Ardebili, H .................................................... 75Ardelean, H ................................................. 165Ardell, A .............................................. 107, 191Ares, A................................. 119, 125, 166, 242Arguelles, A ................................................. 260Ariana, M .................................................... 126Ariharan, S .................................................... 76Arisawa, S ................................................... 107Arkhipov, A ........................................... 99, 100Armstrong, D .............................. 221, 241, 267Armstrong, J .................................................. 84Arnberg, L ........................................... 157, 228Arockiakumar, R ......................................... 174Arola, D ................................................. 78, 100Arreaga-Salas, D ............................. 74, 95, 141Arrieta, M .................................................... 137Arroyave, R .................. 80, 103, 129, 145, 146, ..................... 158, 166, 185, 212, 225, 236, 254Arróyave, R ................................................. 227Arruti, E ...................................................... 189Arsenlis, A ................................................... 243Arshad, S ............................................. 199, 200Aruga, Y ...................................................... 270Arvind, K .................................................... 106Arwade, S .................................................... 216Arya, A ........................................................ 145Arzt, E ......................................................... 155Arzumand, A ............................................... 250Asadi, M ...................................................... 138Asato, G ...................................................... 218Ashok Kumar, B ......................................... 217

Ashraf, R ..................................................... 217Asif, S ................................................. 161, 216Askari, H ............................................. 263, 265Asle Zaeem, M .................................... 180, 226Aspery, M .................................................... 275Aspola, L ..................................................... 224Asselin, E .................................................... 115Asta, M ........................... 82, 83, 107, 111, 129, ............................................. 139, 159, 173, 239Astary, G ....................................................... 74Atashi, H ..................................................... 183Atlas, G ....................................................... 223Atmani, H .................................................... 181Atwater, M .................................................. 249Aubry, S ...................................................... 243Audebert, F ................................................. 238Audie, B ...................................................... 154Auger, T .............................................. 190, 241Augustyn, B ................................................ 207Augustyn, V ................................................ 196Aune, R ....................................... 128, 158, 272Aurich, J ...................................................... 226Autruffe, A .................................................. 228Avalo, O ...................................................... 123Avcu, S ........................................................ 206Avendano, A .................................................. 95Averback, R ................. 158, 199, 200, 256, 266Averill, F ....................................................... 81Avery, K ...................................................... 163Aveson, J ..................................... 157, 212, 267Avettand-Fènoël, M .................................... 163Avishai, A .................................................... 226Avramova, M .............................................. 135Awaah, M .................................................... 153Axelbaum, R ............................................... 223Ayala, J ........................................................ 148Aydin, U ...................................................... 103Azevedo, A .................................................. 183Azevedo Junior, C ....................................... 180Azimi, G ...................................................... 123

B

Baars, D ....................................................... 120Baba, J ......................................................... 121Babakhani, A ............................................... 208Babaye Khorasani, F ................................... 178Babbitt, C .................................................... 208Babb, J......................................................... 133Babu, S ................... 91, 92, 117, 133, 144, 145, ............. 172, 173, 199, 225, 226, 247, 257, 258Bacakova, L ................................................ 262Bacelar, R .................................................... 131Bach, F ................................................ 218, 255Bachvarov, V ............................................... 206Backhouse, N .............................................. 105Bacroix, B ................................................... 170Badarinarayan, H ........................................ 216Bader, B ...................................................... 120Bae, C .................................................. 118, 146Bae, D ......................................................... 264Bae, J ........................................................... 109Baek, E ........................................................ 232Baek, J ......................................................... 266Bae, T .......................................................... 255Bagheri, R ................................................... 236Bagheri, S ...................................................... 90Bagheri, Z ..................................................... 90

Bagley, S ..................................................... 209Baharvand, B ....................................... 160, 260Bahena, D .................................................... 274Bahmanpour, H ........................................... 229Bahrami, A .................................. 180, 233, 269Bahr, D ................ 113, 132, 140, 161, 201, 267Bai, C ........................... 79, 102, 129, 157, 158, ............................ 178, 183, 184, 190, 201, 211, ..................................... 212, 235, 236, 252, 253Baicheng, L ................................................. 245Bai, G .......................................................... 230Bai, H .......................................... 131, 161, 215Bailey, C ...................................................... 208Bailly, C ...................................................... 108Baiteche, M ................................................. 160Bai, X ...................................................... 83, 85Bai, Z ........................................................... 108Bajaj, S ........................................................ 236Bakai, A ....................................................... 234Bakai, S ....................................................... 234Baker, A ......................................................... 99Baker, B ................................................ 74, 133Baker, J ........................................................ 186Baker, P ....................................................... 108Bakken, J ..................................................... 128Bakshi, S .......................... 76, 83, 97, 120, 123, ............................................. 152, 179, 206, 277Balachandran, S .................................... 94, 169Balachandran, U .......................................... 251Balakrishnan, R ........................................... 206Balamurugan, B .......................................... 109Balani, k ...................................................... 259Balani, K ....................................... 76, 229, 273Balasubramanian, M ................................... 152Balbaud-Celerier, F ..................................... 241Balbuena, P ................................................. 244Baldan, R ..................................................... 271Baldo, P ......................................... 87, 109, 142Baldwin, J ..................................... 87, 109, 221Baldwin, K .................................................. 150Bale, H .................................................. 77, 121Balerio, R ............................................ 211, 266Balk, J ........................................... 77, 215, 263Balk, T ................................................. 132, 260Ballain, M ................................................... 108Balle, F ................................................ 228, 250Ballentine, F .................................................. 98Ball, J .......................................................... 218Balogh, L ..................................... 170, 244, 245Balta, B ....................................................... 273Baltrus, J ..................................................... 151Balu, O ........................................................ 160Balzano, L ................................................... 223Balzar, D ..................................................... 170Bambach, M ........................................ 138, 233Bamber, A .................................................... 198Bamberger, M ..................................... 135, 255Banchik, A ................................................... 184Bandar, A ..................................................... 140Banerjee, A .................................................... 76Banerjee, R ..................... 91, 93, 117, 119, 121, ............................ 144, 145, 160, 172, 173, 174, ............................ 176, 199, 210, 216, 225, 226, ..................................... 247, 256, 257, 258, 273Banerjee, S .......................... 145, 199, 205, 244Baney, R ...................................................... 137Bang, H ....................................................... 162Bangs, C ...................................................... 175

280

IND

EX


Bansal, R ..................................................... 113Bao, C ......................................................... 131Bao, J........................................................... 207Bao, L ............................................................ 98Bao, S .......................................................... 128Barabash, O ........................................... 89, 277Barabash, R .......................... 89, 114, 141, 170, ..................................... 197, 223, 244, 268, 277Barajas, U .................................................... 275Barakat, M ................................................... 201Barandiarán, J ............................................. 223Barannikova, S ............................................ 240Barashev, A ................................. 195, 242, 266Barati, M ..................................................... 204Barber, J ........................................................ 79Barber, R ..................................................... 147Barbosa, R ................................................... 179Barcza, N ..................................................... 198Bardet, M .................................................... 143Barinka, R ................................................... 227Barinkova, P ................................................ 227Barkam, S .................................................... 272Barlat, F ....................................................... 267Barmak, K ................................................... 136Barnard, J .................................................... 128Barnard, L ................................... 135, 242, 266Barnes, C ....................................................... 79Barnes, S ....................................................... 93Barnett, M ................................................... 104Barnett, S ....................................................... 94Barnhart, B .................................................. 241Baro, M ....................................................... 183Barr, C ........................................... 87, 109, 266Barrera, E ............................................ 115, 191Barrett, C ..................................................... 151Barrie, F ...................................... 108, 259, 276Barrios, L .................................................... 183Barrirero, J .................................................. 154Barrón, M .................................................... 253Barron, R ..................................................... 138Barrows, W ......................................... 267, 275Barry, J ........................................................ 117Barsoum, M......................................... 223, 264Bartel, T ................................ 83, 108, 135, 165Barthelat, F .................................. 100, 181, 209Barthelemy, P .............................................. 121Barthe, M .................................................... 221Bartholomew, K ............................................ 74Bartley, B .................................................... 179Bartolo, L ...................................................... 92Barton, J ...................................................... 221Barton, N ..................................................... 121Baryshnikov, A ............................................ 272Basalah, A ................................................... 272Basaran, B ................................................... 200Baskes, M ...................................................... 83Bassett, L ..................................................... 275Bastaki, M ................................................... 100Basu, S ........................ 131, 190, 201, 254, 273Bateman, K ................................................. 166Bates, B ....................................................... 137Batista, E ..................................................... 154Batoei, M ..................................................... 160Battaile, C ........................................... 169, 222Battle, T ........................ 89, 115, 142, 170, 197, ..................................................... 224, 245, 257Battocchi, D .................................................. 84

Baudet, C ..................................................... 178Baumann, J .................................. 189, 238, 239Baumbach, T ............................................... 224Baumert, E .................................................... 82Baxter, G ............................................. 193, 212Bayati, M ..................................................... 122Baygül, M ................................................... 206Bayles, R ..................................................... 125Bayliss, C ............................................ 207, 208Bazoune, A .................................................. 106Bean, G ............................................... 160, 259Beaudoin, A ................................................. 197Beausir, B .................................................... 170Becasse, S ..................................................... 99Béchade, J ................................................... 184Becker, C ..................................... 176, 195, 196Becker, D .................................................... 154Beckermann, C .... 106, 133, 163, 190, 217, 239Beckett, E .............................................. 87, 112Beckham, T ................................................. 209Beck, M ............................................... 171, 275Becquart, C ......................................... 195, 221Bednarcik, J ................................................. 127Bednarski, T ................................................ 257Beeler, B ........................................................ 83Beeler, R ...................................................... 100Beer, A ........................................................... 74Begum, C .................................................... 146Behera, A ............................................. 119, 226Behera, F ..................................................... 213Behera, R ....................................................... 83Behjati, P ..................................................... 261Behnamfard, A ............................................ 252Bei, H .......................................... 202, 249, 254Beilstein, M ................................................. 131Beitelschmidt, D ......................................... 156Bele, E ......................................................... 164Belharouak, I ............................................... 223Bellanger, P ............................................. 77, 98Bellaton, B .................................................. 250Bellenfant, G ............................................... 201Bell, G ......................................................... 242Bellon, P ............................... 86, 112, 139, 158, ............................. 167, 194, 199, 200, 256, 266Bello, R ....................................................... 220Belousov, V ................................................. 190Belova, I .............................................. 254, 255Belsito, D ...................................... 91, 121, 270Belt, C ......................................................... 187Belyakov, S ................................... 90, 116, 269Benafan, O .... 92, 117, 145, 174, 200, 226, 248Benchimol, M ............................................. 209Bender, J ...................................................... 232Bendert, J ............................................ 101, 111Benedict, H ................................................. 260Bengaluru Subramanyam, S ........................ 123Benigni, P .................................................... 195Bennett, J ..................................................... 137Benoit, B ..................................................... 100Bensah, Y .................................................... 272Benzerga, A ......................... 112, 194, 213, 254Beran, P ....................................................... 130Berbenni, S .................................................. 265Berber, F ...................................................... 122Bergeon, N .................................................. 163Berger, J ...................................................... 231Berg, J ......................................................... 260Berglund, I .................................................. 218

Bergman, P .................................................. 179Berla, L .................................................. 85, 267Berlu, L ....................................................... 158Berman, T .................................................... 192Bermudez, K ............................................... 134Bernard, L ................................................... 121Berndt, C ..................................................... 115Bernhard, C ................................................... 88Bernier, J ..................................................... 203Bernstorff, S ................................................ 170Bernussi, A .................................................. 199Bertolino, G ................................................. 113Bertolus, M ................................................... 83Bertrand, G .................................................. 201Berwind, M ................................................. 263Besmann, T ................................................. 103Bessais, L ............................................ 177, 261Besser, M .................................................... 173Bettles, C ..................................... 104, 130, 213Beuth, J ............................................... 104, 105Beutier, G ...................................................... 89Bevitori, A ................................................... 236Beyerlein, I ........................... 88, 129, 142, 161, ..................... 166, 168, 176, 199, 222, 264, 267Beyerlein, K .......................................... 79, 141beyhan, B .................................................... 262Beyhan, B .................................................... 180Beyne, E ...................................................... 116Bez, R .......................................................... 261Bhadrachalam, P ......................................... 261Bhagat, R ............................................... 81, 237Bhajun, S ............. 105, 131, 160, 186, 187, 214Bhandakkar, A ............................................. 119Bhat, A......................................................... 246Bhatia, M ............................................. 112, 135Bhat, S ......................................................... 111Bhattacharya, J ............................................ 103Bhattacharya, S ................................... 196, 229Bhattacharyay, D ................................. 105, 186Bhattacharyya, A ......................................... 152Bhattacharyya, D ................................. 113, 256Bhatti, A ........................................ 93, 257, 263Bhatt, J ................................................ 101, 209Bhavsar, R ............................................. 76, 205Bhole, S ....................................................... 229Bhowmick, A................................................. 76Bhowmick, S ....................................... 161, 209Bhuiyan, N .................................................. 192Bialon, A ....................................................... 80Bian, M ....................................................... 264Bibby, C ...................................................... 212Bichler, L ..................................................... 135Bielawski, C ................................................ 205Bieler, T .......................... 87, 94, 120, 143, 147, ............................. 160, 168, 172, 197, 268, 269Biermann, H ................................ 119, 142, 247Bigaj, M .............................................. 154, 207Bigelow, G ............................ 92, 145, 146, 174Bi, H ............................................................ 102Biletska, O ..................................................... 78Bilionis, I....................................................... 80Bilkhu, S ....................................................... 84Billia, B ............................................... 163, 212Biner, B ....................................................... 108Bingert, J ............................................. 147, 203Bing, G ................................................ 229, 251Bin Hj.Idris, M ............................................ 124Bin, s ........................................................... 177


IND

EX

Bin, S..................................... 75, 158, 251, 253Bin, W ........................... 75, 158, 177, 251, 253Bin, Y .......................................................... 159Bir, A ........................................................... 157Birbasar, O .......................................... 180, 262Birbilis, N .................................................... 165Biro, A ......................................................... 239Biroscak, D ................................................. 175Birringer, R ................................................. 128Birt, A .......................................................... 275Bisset, K ...................................................... 275Bissonnette, K ............................................. 255Biswas, S ............................................. 161, 167Bithula, V .................................................... 120Bitoh, T ....................................................... 193Björck, M .................................................... 133Bjurenstedt, A .............................................. 148Blabber, J ...................................................... 95Blais, A .......................................................... 99Blais, M ....................................................... 100Blanco, E ..................................................... 177Blandin, J ............................................ 136, 240Blanpain, B ......................................... 147, 227Blanquer, A .................................................. 183Blawert, C ................................................... 255Blázquez, J .................................................. 192Bleck, W .............................................. 138, 247Blejde, W .................................................... 106Blendell, J ........................... 112, 225, 268, 269Bleskov, I .................................................... 239Blodgett, M ................................................. 111Blomberg, E ................................................ 193Blue, C ........................................................ 104Bluemich, B ................................................ 178Blum, V ....................................................... 217Bober, D ........................................................ 81Bobrowski, A....................................... 251, 265Bobruk, E .................................................... 261Bocchini, P .......................................... 145, 176Boczkal, S ................................................... 207Bodenan, F .................................................. 201Boden, S ...................................................... 163Boeckels, H ......................................... 104, 160Boehlert, C .................... 87, 104, 130, 160, 168Boenisch, M ................................................ 252Bohlen, J ..................................................... 130Boin, M ....................................................... 224Bojarevics, V ....................................... 100, 138Bokaian, N .................................................. 208Bokeloh, J ................................................... 239Bolander, N ................................................. 189Boldsaikhan, E .................................... 106, 189Boldyrev, A ................................................. 108Bolfarini, C ......................... 194, 210, 218, 231Bollada, P ...................................................... 88Bollar, A ...................................................... 227Bollen, P ...................................................... 108Boller, E ...................................................... 136Bolouri, A .................................................... 262Bolzoni, L ............................................ 157, 185Bonelli, C .................................................... 228Bönisch, M .................................................. 127Bonkoski, W ................................................ 120Bonner, S ..................................................... 128Booker, I ...................................................... 179Boolish, M................................................... 208Boom, R .............................................. 148, 202Boon, C ....................................................... 142

Borbely, A ................................................... 170Bordeaux, N ........................................ 109, 136Borges, A ............................................... 98, 125Borges, J ...................................................... 125Borges, P ..................................................... 126Borgonia, J .................................................. 198Borisov, V ................................................... 126Borkar, T ..................................................... 119Borman, C ................................................... 231Bornert, M ................................................... 222Borrero-López, O ........................................ 228Bosbach, W ................................................. 252Boshkov, N .................................................. 206Bosse, M ..................................................... 160Bossuyt, S ................................................... 101Botelho, F .................................................... 153Botta, W .............................................. 210, 231Bottin-Rousseau, S ...................................... 190Bouazara, M ................................................ 131Bouffard, B.................................................. 232Bouhabila, E ................................................ 155Bouineau, V ................................................ 195Bouman, C .......................................... 121, 158Bourell, D .................................................... 246Bourgeois, L ................................................ 206Bourget, C ................................................... 257Bourne, G .................................... 202, 249, 258Bouty, O ...................................................... 184Bouvard, D .................................................. 248Bouvard, J ................................................... 267Bowden, M .................................................. 210Bowdish, E .................................................. 275Bowen, H ...................................................... 83Bowen, P ..................................... 192, 193, 212Bowers, R ............................ 101, 102, 128, 157Bowman, S .................................................. 179Boyce, B ......................... 87, 88, 113, 140, 168, ............. 195, 215, 221, 222, 238, 243, 256, 267Boyer, S ....................................... 150, 163, 178Boyne, A ...................................................... 173Boysen, D .................................................... 277Brachmann, J ............................................... 211Brady, M ............................. 110, 145, 259, 263Branagan, D .................................. 78, 171, 250Brandon, E .................................................. 152Brandt, M .................................................... 130Brannigan, E ............................................... 191Branquinho, A ............................................. 231Brar, H ......................................................... 218Bras, W ........................................................ 223Bratberg, J ................................................... 226Bratcher, M ................................................... 93Bratt, M ....................................................... 224Braun, C ...................................................... 128Braun, P ......................................................... 88Bravo, J ....................................................... 260Bréchet, Y.................................................... 198Breidenich, J ............................................... 270Brème, P ...................................................... 181Brener, E ..................................................... 217Brennan, R .................................................. 164Brennan, S ................................................... 134Breton, F ..................................................... 128Brew, D ....................................................... 242Brewer, B .................................................... 148Brewer, L ....................... 83, 115, 133, 164, 191Breyner, S .................................................... 157Brice, D ....................................................... 160

Briley, C ...................................................... 177Brimmo, A ................................................... 181Bringa, E ............................................. 113, 150Brinkman, K .......................... 85, 220, 221, 241Brinson, C ........................................... 141, 248Briot, N ....................................................... 215Bristowe, P .................................................. 130Brito, R ................................................ 242, 276Britton, B..................................................... 132Britton, T ..................................... 158, 222, 241Brocchi, E ........................................... 123, 171Brochu, M ................................................... 179Brockman, R ............................................... 202Broek, S....................................................... 155Broitman, E ................................................. 161Brokmeier, H ............................................... 254Brombacher, C ............................................ 219Brommer, T ................................................. 249Bronkhorst, C ...................... 168, 173, 203, 222Brooks, G .............................. 74, 100, 204, 215Brown, D ....... 92, 173, 184, 224, 244, 245, 254Brown, E ............................................. 236, 254Browne, D ................................................... 232Browning, N ................................................ 200Brown, T ............................................. 151, 252Bruce, R .............................................. 130, 198Bruening, R ................................................. 115Bruhuis, M .................................................. 232Bruno, N ...................................................... 166Brush, L ....................................................... 138Bryant, S ..................................................... 178Bryan, Z ........................ 93, 144, 214, 259, 274Bryskin, B ................................................... 242B.S, M ......................................................... 249Buchanan, D ........................................ 121, 188Buchheit, T ........................... 94, 121, 147, 149, ............................................. 169, 176, 202, 222Buchholz, D .................................................. 95Budai, J ....................................................... 197Budiman, A ......................... 116, 228, 256, 267Budruk, A .................................................... 145Buehler, M ............................................ 83, 155Bufford, D ............................. 76, 200, 259, 267Bugdayci, M ................................................ 150Buhl, N ........................................................ 162Bührig-Polaczek, A ............................. 154, 211Bu, J ............................................................ 231Bunget, C .................................................... 250Bunk, O ................................................. 79, 102Buongiorno Nardelli, M .............................. 164Burba, M ..................................................... 121Burbelko, A ......................................... 113, 239Burek, M ..................................................... 267Burford, D ................................................... 189Burger, H ..................................................... 124Buric, M ...................................................... 151Burlet, C ...................................................... 197Burns, J ....................................... 109, 158, 166Burton, B ..................................................... 107Busby, J ....................................... 135, 193, 194Butler, B ...................................................... 213Butnariu, I ................................................... 276Butt, D ........................... 90, 158, 164, 166, 275Bu, X ........................................................... 238Buy, F .......................................................... 237Buyukyilmaz, T ........................................... 260Buzunov, V ............................................ 99, 126Buzzi, D ...................................................... 272

282

IND

EX


Byun, K ....................................................... 116Byun, T ......................... 87, 109, 112, 139, 140, ............................. 167, 194, 221, 242, 256, 266

C

Cabet, C ....................................................... 190Cabrera Anaya, J ......................................... 198Caceres, C ........................... 135, 165, 186, 255Cadien, A ..................................................... 149Cady, C .......................................... 92, 147, 254Caffarey, M ................................................. 208Caglar Yilmaz, O ......................................... 224Cai, C .......................................................... 158Cai, K .......................................................... 122Caillard, L ................................................... 122Cai, R .......................................................... 148Cairney, J ............................................. 215, 223Cai, W ......................................... 115, 169, 243Caixian, T .................................................... 115Cai, Z ................................... 117, 138, 157, 257Cak, M......................................................... 147Çalamak, S .................................................. 234Calata, J ............................................... 231, 251Caldwell, A .................................................. 228Calhoun, C .......................................... 142, 224Calin, M ........................ 78, 127, 156, 159, 252Caliskan, B .................................................. 273Callahan, P ............................................ 94, 121Calo, P ......................................................... 131Calvert, P ..................................................... 234Calzado, L ................................................... 211Cammelli, S......................................... 167, 184Campbell, A................................................. 204Campbell, B ................................................ 115Campbell, C ..... 80, 91, 92, 103, 117, 129, 144, ............................ 145, 158, 172, 173, 199, 212, ..................... 225, 226, 236, 247, 254, 257, 258Campbell, G ........................................ 163, 173Campbell, S ................................................. 215Campforts, M .............................................. 227Camposo, A ................................................. 184Candido, V .................................................. 236Canfield, P ..................................................... 89Cang, D ....................................................... 161Cangemi, L .................................................. 178Cankaya-Yalcin, E................................. 75, 276Cannova, F .................................................. 186Cantin, D ..................................................... 185Cantrell, J .................................................... 132Cantu, Y ...................................................... 260Cao, B ......................................................... 181Cao, G ................................................. 169, 219Cao, H ......................................................... 253Cao, J........................................................... 209Cao, L .................................. 111, 112, 237, 243Cao, P ............................................................ 84Cao, Q ......................................................... 235Cao, S .......................................................... 102Cao, W .......................................... 95, 169, 228Cao, X ................................................... 99, 154Cao, Y.......................................... 168, 183, 239Cao, Z .......................................................... 264Capdevila, C ................................................ 130Capek, J ....................................................... 130Capolungo, L ............................... 170, 214, 265Capps, N ...................................................... 135Carabin, P ...................................................... 76

Caram, R ..................................................... 152Carbone, G ............................................ 89, 223Carboni, M .......................................... 228, 229Cardin, P ...................................................... 199Cardona, L ................................................... 148Carlberg, T .................................................. 128Carlson, A .................................................... 182Carlson, B ........................... 189, 216, 239, 254Carmichael, C ............................................. 120Carney, P ....................................................... 74Caro, A ......................... 86, 112, 129, 135, 139, ............................................. 150, 167, 186, 194Carpenter, A ........................ 192, 207, 218, 275Carpenter, J .... 79, 88, 102, 128, 129, 142, 157, .................... 158, 166, 168, 176, 183, 184, 211,............................ 212, 222, 235, 236, 252, 253Carpenter, L ................................................. 276Carradò, A ..................... 92, 119, 146, 174, 182Carranza, R ................................................. 242Carraro, C .................................................... 196Carraro, T ...................................................... 94Carr, D ................................................. 197, 256Carreno-Gallardo, C .................................... 212Carrillo-Pedroza, F ...................................... 201Carroll, J ...................................................... 222Carroll, K .................................................... 114Carroll, L ............................................. 193, 241Carsley, J ..................................................... 189Carter, J .................. 84, 87, 113, 140, 168, 192, ............. 195, 218, 221, 222, 243, 256, 267, 275Carter, W ............................................... 86, 276Carton, C ..................................................... 206Carvalho, A ................................................... 98Carvalho, F .................................................. 253Casanovas, R ............................................... 205Casem, D ............................................. 171, 191Casias, A ...................................................... 276Cassard, D ................................................... 201Cassayre, L .................................................. 190Castano, C ................................... 119, 165, 203Castañon, A ................................................. 148Castelluccio, G ............................................ 188Castelnau, O ........................................ 170, 222Castro-Cesena, A ......................................... 100Castro, M..................................................... 153Cater, S ........................................................ 133Caton, M ............................................. 121, 188Catoor, D ..................................................... 120Catorceno, L ................................................ 192Cavallo, D ................................................... 223Cava, R ........................................................ 210Cay, H ......................................................... 131Cazacu, O .................................................... 203Cazottes, S ........................................... 247, 257Ceder, G ........................................................ 94Cederqvist, L ............................................... 133Ceesay, S ..................................................... 179Çelikel, B .................................................... 179Celikin, M ................................................... 211Çelik, O ....................................................... 271Celle, P ........................................................ 133Cepak, J ....................................................... 260Cernatescu, I ....................................... 171, 172Cerreta, E ..................... 87, 131, 149, 173, 186, ..................................................... 222, 244, 277Cerrone, A ........................................... 162, 238Certain, A ............................................ 129, 139Cervantes, O .......................................... 83, 164

César, G ....................................................... 153Chabal, Y ............................................. 122, 141Chada, S ....................... 90, 116, 143, 171, 198, ..................................................... 225, 246, 268Chae, H ....................................................... 193Chaffron, L .................................................. 139Chai, B ........................................................ 178Chai, G ................................................ 110, 216Chai, Y ............................................ 78, 98, 124Chakkedath, A ............................................. 130Challa, P ...................................................... 273Chamelot, P ................................................. 190Chamisa, A .................................................. 257Champagne, V ............................. 115, 121, 270Champel, B ................................................. 126Chan, C ......................................... 88, 103, 273Chancerel, P ................................................ 200Chan, D ....................................................... 115Chandler, M ........................ 181, 208, 209, 272Chandra, D .................................................. 211Chandran, K ........................................ 139, 237Chandran, M ....................................... 206, 229Chandran, P ................................... 83, 120, 179Chandra, R .................................................... 97Chandrasekar, S .......................................... 264Chandross, M .............................................. 149Chang, A ........................................................ 80Chang, C ............................................. 144, 153Chang, H ............................................. 101, 273Chang, J.......................... 90, 91, 124, 175, 225, ..................................................... 269, 274, 275Changjun, L ................................................. 260Chang, K ..................................................... 142Chang, R ......................................... 90, 95, 274Chang, S ...................................................... 270Chang, Y...................................... 117, 258, 269Chan, K ................................. 88, 103, 188, 220Chan, S ........................................................ 110Chantawansri, T .......................................... 108Chan, V ....................................................... 247Chan, Y........................................ 101, 174, 182Chaodong, L ................................................ 131Chao, R ......................................................... 79Chao, W .............................................. 129, 212Cha, P .................................................. 248, 258Charette, O .................................................. 181Charit, I ................. 90, 109, 137, 158, 166, 276Charles-André, G ........................................ 106Chartouni, J ................................................. 180Chartrand, P ................................................ 154Chason, E ............................................ 198, 225Chason, J ..................................................... 158Chatterjee, M ............................................... 245Chaudhari, G ............................................... 212Chaudhary, S ............................................... 260Chaudhuri, J ................................................ 260Chaudhuri, S ................................................. 80Chaudhury, Z ......................... 93, 119, 147, 269Chauhan, A .................................................. 260Chavarriaga, E ............................................. 271Chaves de Souza, L ..................................... 262Cha, W ........................................................ 102Chawake, N ........................................... 83, 120Chawla, N .......... 90, 93, 94, 95, 116, 121, 143, .................... 149, 161, 171, 176, 198, 203, 216, ..................................... 221, 225, 246, 268, 273Cheema, M .................................................. 167Chelluri, B ................................................... 198


IND

EX

Chen, A ........................................................ 252Chen, B ....................................................... 245Chen, C ................ 91, 116, 124, 140, 144, 151, ............................. 159, 172, 225, 246, 268, 269Chen, D .......................... 93, 99, 110, 112, 135, ............................ 166, 173, 192, 229, 235, 251, ..................................................... 256, 265, 266Chen, E ........................................................ 269Cheney, J ......... 76, 97, 123, 151, 178, 205, 231Chen, F .................. 93, 128, 129, 171, 221, 230Chen, G ............................................... 205, 251Cheng, C ............................................. 202, 248Cheng, G ....................................... 76, 235, 257Cheng, J....................................................... 264Cheng, P ...................................................... 232Cheng, Q ..................................................... 273Cheng, S ................................................ 78, 250Cheng, T .............................................. 112, 226Cheng, X ............................. 177, 218, 234, 271Cheng, Y...................................... 156, 222, 228Cheng, Z ...................................................... 265Chen, H ............... 144, 148, 174, 192, 225, 263Chen, J........................ 100, 115, 126, 152, 158, ............................................. 165, 172, 205, 251Chen, K ........... 76, 97, 123, 151, 178, 205, 231Chen, L ..................... 75, 86, 91, 102, 112, 117, .................... 134, 139, 143, 151, 158, 163, 167, ..... 175, 177, 180, 188, 191, 194, 230, 251, 253Chen, M....................................................... 259Chen, N ............................................... 101, 202Chen, P ................. 77, 100, 101, 127, 155, 171, .................... 181, 182, 208, 209, 230, 233, 234, ..................................................... 252, 262, 272Chen, Q ............................... 135, 226, 236, 263Chen, R ....................................................... 237Chen, S ..................... 77, 90, 98, 124, 144, 147, .................... 153, 173, 180, 228, 244, 269, 274, ............................................................. 275, 277Chen, T ........................ 112, 117, 232, 236, 266Chen, W ..................... 104, 112, 118, 141, 144, .................................... 155, 156, 180, 185, 193, ..................................... 210, 246, 266, 269, 270Chen, X .................. 74, 81, 110, 145, 150, 154, .................................... 165, 180, 185, 193, 204, ............................. 207, 208, 209, 230, 231, 267Chen, Y................. 76, 103, 115, 116, 118, 123, ............................ 167, 171, 195, 198, 204, 215, ..................................................... 265, 266, 267Chen, Z ........................ 130, 155, 249, 259, 270Chermak, G ................................................. 232Chernenko, V .............................................. 223Cheung, C ................................................... 207Che, X ......................................................... 102Chianelli, R ................................................. 178Chiang, K ...................................................... 77Chiang, T ..................................................... 141Chiang, Y ...................................................... 86Chiao, C ...................................................... 100Chiba, A....................................... 199, 213, 272Chichuk, E ..................................................... 99Chien, P ......................................................... 91Chien, W ..................................................... 211Chien, Y .............................................. 124, 275Chikhradze, M ............................................. 171Chikhradze, N ..................................... 171, 270Chikosha, S ................................................. 246Chikwanda, H ..................................... 198, 246Chimouriya, S ............................................. 260

Chin, B .......................................................... 78Chinella, J ................................................... 254Ching, W ..................................................... 210Chin, K ........................................................ 152Chinloy, D ................................................... 179Chin, T ................................................ 172, 250Chirino, H ................................................... 260Chiu, P ......................................................... 208Chiu, T ........................................................ 225Chiu, W ......................................... 90, 116, 274Chmelar, J ........... 105, 131, 160, 186, 187, 214Chobaut, N .................................................. 140Cho, C ......................................................... 144Cho, G ......................................................... 223Cho, H ................................................. 114, 133Choi, A ........................................................ 220Choi, B ........................................................ 270Choi, C ........................................................ 172Choi, D ........................................................ 252Choi, H .......... 75, 107, 134, 143, 150, 185, 259Choi, I ................................... 82, 172, 188, 223Choi, J ................................................... 85, 248Choi, S......................................................... 271Choi, W ............................................... 217, 221Choi, Y ................................................ 176, 269Cho, J .......................................................... 246Cho, K ........................ 127, 141, 159, 165, 216, ..................................................... 229, 261, 264Chokshi, A ................................................... 238Cho, M ........................................................ 172Choo, H ........................ 78, 101, 127, 130, 156, ..................... 182, 209, 210, 213, 234, 245, 264Choo, K ....................................................... 178Chopra, H .............................................. 84, 166Chopra, N ................... 75, 76, 96, 97, 122, 123, .................... 150, 151, 177, 178, 203, 205, 229, ..................................................... 231, 250, 259Cho, T .......................................................... 264Chou, D ....................................................... 218Choudhary, L ............................................... 192Choudhuri, D....................................... 216, 256Choudhury, S ......................................... 85, 277Chou, K ................................... 79, 96, 104, 254Chou, M ........................................................ 85Chou, P ........................................................ 181Chou, S ................................................ 166, 219Chrisfield, J ................................................. 238Christ, H ...................................................... 104Christy, R .................................................... 234Chrzan, D .................................................... 267Chu, A ......................................................... 260Chuanfu, Z .................................................. 260Chuang, A ............................................ 202, 228Chuang, C ................... 127, 210, 213, 244, 259Chu, C ......................................................... 212Chu, H ......................................................... 267Chu, J .................................. 182, 183, 198, 210Chulist, R ............................................ 170, 200Chu, M ................................................ 232, 235Chumlyakovc, Y.......................................... 200Chumlyakov, Y ............................................ 200Chung, H ............................................... 77, 233Chung, S ...................................................... 255Chung, Y ............................................... 85, 111Chupas, P .................................................... 115Chu, Y ................................................. 232, 246Cieslar, M .................................................... 180Ciftja, A ............................................... 201, 227

Cilino, P ...................................................... 113Cilz, N ......................................................... 122Cisten, J ....................................................... 139Ciulik, J ................................................... 93, 94Cížek, J ........................................................ 104Cizek, L ............................................... 240, 265Cizmas, B .................................................... 261Clark, B ....................................................... 238Clarke, A .................. 91, 92, 95, 117, 137, 144, ............................ 145, 172, 173, 199, 225, 226, ............................................. 245, 247, 257, 258Clarke, K ............................... 95, 137, 199, 247Clark, W ...................................................... 117Claudon, J ................................................... 223Clausen, B ............. 92, 159, 184, 186, 244, 245Clearfield, A ................................................ 177Clémendot, F ............................................... 110Clemenson, M ............................................. 270Clement, P ............. 98, 125, 153, 179, 206, 232Clopet, C ..................................................... 163Clouet, E ............................................. 167, 266Clucas, J ...................................................... 198Coan, M............................................... 146, 205Coates, G ....................................................... 89Cocalia, V .................................................... 257Cochis, A ..................................................... 182Cochrane, R ......................................... 111, 163Cochran, J ..................................................... 94Cockcroft, S ........................................ 106, 133Cockeram, B ....................................... 137, 242Coelho, A..................................................... 125Coelho, G .................................................... 271Coffey, K ............................................. 137, 254Coffman, J ................................................... 209Colakoglu, C ............................................... 123Colás, R ....................................................... 245Cole, J ........... 90, 109, 158, 166, 167, 220, 266Cole, L ......................................................... 273Coleman, R ................................................. 104Coleman, S .................................. 195, 267, 275Colinet, C .............................................. 98, 145Colla, M ...................................................... 226Collet-Lacoste, J ......................................... 260Colletti, A .................................................... 271Collin, B ...................................................... 166Collins, B .................................... 191, 192, 240Collins, D .................................... 138, 149, 223Collins, P ...................... 93, 104, 117, 121, 145, ..................................... 158, 160, 202, 203, 213Colllet-Lacoste, J ........................................ 270Colorado, H ........................................... 83, 270Coltrin, M .................................................... 112Combeau, H ................................................ 217Come, J ....................................................... 223Comer, M .................................................... 203Compton, C ......................................... 120, 147Comstock, D ............................................... 122Conant, A..................................................... 166Conde, A ...................................................... 192Condon, N ................................................... 179Conduit, B ................................................... 149Conduit, G ................................................... 149Coney, C ........................................................ 74Coniam, R ................................................... 156Connell, J ...................................................... 94Connetable, D ............................................. 239

284

IND

EX


Connolley, T ................................................ 223Connor, L .................................................... 223Conrad, J ..................................................... 178Constantinides, S........................... 84, 136, 274Conway, J .................................................... 238Cook, K ....................................................... 166Cook, R ....................................... 176, 199, 243Cooksey, M .................. 99, 100, 126, 154, 155, ............................................................. 181, 207Cooley, J ........................................................ 95Cooper, C ...................................................... 86Cooper, K .................................................... 125Corbin, R ............................................. 137, 241Corchado, M ............................................... 274Cordero, Z ................................................... 171Cordier, P .................................................... 170Cordill, M ..................... 81, 105, 132, 161, 188, ............................................. 215, 263, 276, 277Cordon, G ............................................ 160, 214Cornelius, T ................................................... 89Cornet, D ..................................................... 234Corni, S ....................................................... 233Corona, K ............................................ 218, 273Corpuz, R .................................................... 220Cortés, V ..................................................... 253Cortial, F ..................................................... 237Cosmutto, E................................................. 158Costa, D....................................................... 195Costanza, G ................................................. 208Coté, P ........................................................... 99Cotton, D ..................................................... 126Cotton, J .............................. 160, 202, 249, 258Cottura, M ................................................... 194Coughlin, D ......................................... 145, 146Coulombier, M .................................... 105, 188Coulson, J .................................................... 267Coulter, K .............................................. 76, 119Courouau, J ................................................. 241Courtenay, J ................................................. 157Courty, O ..................................................... 135Couturier, L ................................................. 223Covarrubias-Alvarado, O ............................ 212Cox, B ......................................................... 121Crabtree, L .................................................... 74Crapps, J ............... 85, 110, 138, 166, 193, 220, ............................................................. 254, 265Crawford, G ................................................ 181Crawford, I .................................................... 82Cretinon, L .................................................. 198Creuziger, A ........................................ 121, 199Crimp, M ....................................... 87, 160, 168Crist, E ................................................ 160, 185Cristea, P ............................................... 85, 108Crocombette, J ...................................... 87, 112Crombie, C .................................................. 252Cronin, S ....................................................... 94Croteau, J .................................................... 274Crum, J ........................................................ 220Cruz, V ........................................................ 180Csiszár, G .................................................... 244C.S. Drapaca ............................................... 234Cuadrado, W ............................................... 274Cui, B .................................................. 195, 277Cui, H .......................................................... 256Cui, L .......................................................... 143Cui, X .......................................................... 141Cui, Y ............................................................ 85Cui, Z ............................................................ 75

Cullinan, T .................................................. 173Culver, J ...................................................... 141Cummings, D .............................................. 166Cunningham, N .................. 139, 140, 167, 193, ............................................................. 241, 266Cupid, D ...................................................... 116Curfs, C ......................................................... 92Currell, B ..................................................... 155Curtarolo, S ................................... 94, 134, 164Curtin, W ............................................. 113, 221Curtis, T ...................................................... 189Cutshall, E ................................................... 131Cuvilly, F ....................................................... 95Czerwinski, F ................................................ 99

D

Dada, L ........................................................ 268Dadfarnia, M ............................................... 123Dadvand, N ................................................. 179Daene, M ..................................................... 191Dahan, I ......................................................... 77Dahle, A ....................................................... 173Dahlke, A ..................................................... 199Dahmen, K ................. 130, 183, 202, 209, 210, ............................................................. 258, 265Dahmen, U .......................................... 129, 173Dahotre, N ................................... 152, 210, 273Dahotre, S ................................................... 273Dai, F........................................................... 244Dai, L .................................................. 114, 251Dai, Q ............................................................ 98Dai, S........................................... 167, 194, 244Dai, W ......................................................... 231Dai, X .......................................... 131, 169, 211Dai, Y .................................................. 150, 177Dallagnese, Y .............................................. 223Daloz, W ....................................................... 94Daly, S ................................................... 92, 162Damle, S ...................................................... 244d’Amours, G ............................................... 129Danaei, A ..................................................... 230Dando, N ..................................................... 208Daniels, J ..................................................... 122Daniewicz, S ............................................... 254Daniil, M ..................................................... 231Danko, J .............................................. 261, 271Danko, R ............................. 251, 261, 265, 271Dan, L .......................................................... 204Danoix, F....................................... 95, 153, 248Danoix, R .................................................... 153Dantzig, J ............................................ 163, 190Dan, W .................................................. 96, 253Dan, Z ......................................................... 102Daoud, A ..................................................... 151Darbal, A ..................................................... 128Darbandi, P .................................................. 143Darkwa-Mensah, K ..................................... 255Darlapudi, A ................................................ 173Darling, K ..................... 76, 238, 249, 264, 274Darmstadt, H ....... 105, 131, 160, 186, 187, 214Dasary, R ..................................................... 120Das, D ......................................................... 212Das, G ......................................................... 226Dasgupta, A ......................................... 106, 189Dasgupta, S ................................................... 95Dashwood, R ......................................... 81, 253da Silva, E ................................................... 105

da Silva, V ................................................... 236Das, K ......................................................... 153Das, R ............................................................ 89Das, S ................... 99, 105, 113, 125, 154, 174, ............. 175, 180, 206, 216, 232, 261, 272, 275Datye, A ....................................................... 117Davey, M ..................................................... 273David, B ...................................................... 114Davidson, C................................................... 74Davies, C ..................................................... 213Davis, B......................... 82, 216, 259, 263, 274Davis, I ........................................................ 135Davis, M ...................................................... 260Dawson, P ..................................... 89, 176, 238Dayal, P ............................................... 113, 256Daymond, M ............................................... 184Day, R ......................................................... 242De Alwis, C ................................................. 107Deane, J ......................................................... 81Deane, K ....................................................... 99Deang, J ....................................................... 273De Assis, F .................................................. 184De Backer, A ............................................... 221de Bakker, J ................................................. 277de Beer, F .................................................... 242De Benedetti, W .......................................... 122Debierre, J ................................................... 163de Boer, M ................................................... 105de Boissieu, M .............................................. 89Decamps, B ................................................. 109Décamps, B ................................................. 109De Carlo, F .............................. 93, 95, 121, 176Decker, R .................................................... 192De Cooman, B ............................................. 245Decroix, D ..................................................... 85Decroos, K .................................................. 140Deda, E ........................................................ 271Dedyukhin, A .............................................. 126De Felice, V ................................................ 217Degel, R ...................................................... 148DeGeorge, V ....................................... 152, 231De Geuser, F ....................................... 223, 237De Graef, M ........ 121, 145, 149, 158, 203, 225Dehghan-Manshadi, A ................................. 197Dehm, G ...................................................... 143Dehoff, R ..................................................... 104DeHoff, R ............................................ 149, 176De Hosson, J ............................................... 152Dejene, F ..................................................... 260de Jong, M ........................................... 107, 233De Juan, L ................................................... 220DeLaat, R .................................................... 115De la Garza Garza, M ................................. 245Delaire, O ............................................ 141, 142Del Castillo, L ............................................. 152De Leon, N .................................................. 243Delmas, C ...................................................... 98Delmelle, R ................................................. 226Delorme, R .................................................. 184DeLorme, R ......................................... 216, 264Del Prado, J ......................................... 259, 268Delshad Khatibi, P ...................................... 138DeLucas, R .......................................... 118, 277de Macedo, D .............................................. 171De Maeyer, B .............................................. 263Demenyuk, V ................................................ 90Demetriou, M ................................ 78, 156, 182Demiryont, H ................................................ 93


IND

EX

Demkowicz, M ............... 80, 87, 103, 123, 129, ............................. 158, 212, 221, 236, 254, 257Demkowicz, P ............................................. 166De Moor, E .................................................. 245Demopoulos, G ........................................... 257den Bakker, A ...................................... 180, 233Dendge, N ........................................... 216, 256Deng, C ............................................... 130, 168Deng, Q ....................................... 201, 230, 231Deng, Y ............................................... 150, 194Denizalp, F .................................................. 272Dennis, C..................................................... 165Dennis, K ............................................ 118, 136Dennison, C................................................. 141Densmore, J ................................................. 164Deo, C ........................................... 83, 112, 185De Oliveira, J .............................................. 205De Oliveira, O ............................................. 253Derguti, F ............................................ 159, 186Derin, B ....................................................... 122Derlet, P ...................................................... 234Dermenci, K ................................................ 272D’Errico, F .......................................... 200, 264Desai, V ....................................................... 261de Sant’Anna, L .......................................... 253Deschamps, A ...................................... 223, 237Deshpande, R .............................................. 222Désilets, M .......................................... 100, 126de Silva Valenzuela, M................................ 260Deskins, R ................................................... 108Detrembleur, C ............................................ 108Deutchman, H ............................. 103, 194, 212Devanathan, R ............................................. 242Devaraj, A ................................... 117, 146, 210Devincre, B ................................................. 197Dey, G ......................................... 120, 145, 199Deymier-Black, A........................................ 141Dhar, A .......................................................... 77Dhariwal, G ................................................... 81Dharmendra, C ............................................ 136Dhawan, N .................................................. 115D’Hugues, P ........................................ 201, 248Diamantides, N ........................................... 100Diao, J ......................................................... 123Dias, O ........................................................ 215Diaz, A ........................................................... 79Díaz, F ......................................................... 236Díaz-González, A ................................ 198, 269Di Bonaventura, M ...................................... 274DiCecco, S .................................................. 136Dickerson, R ......................................... 88, 176Diefenbach, A .............................................. 138Dierolf, M ................................................... 102Dilanian, R .................................................. 102Di Lisa, D .................................................... 160Dillon, H ..................................... 136, 193, 274Dillon, S ........................................ 88, 139, 200Dima, A ......................................................... 92Dimas, L ........................................................ 83Dimiduk, D ................................. 176, 194, 243Dinaharan, I ................................................. 217Di Napoli, P ................................................. 163Dincer, A ..................................................... 100Dinç, K ........................................................ 206Dinda, G ...................................................... 106Ding, B ........................................................ 114Ding, F ........................................................ 107Ding, H ........................................ 111, 237, 257

Ding, R ........................................................ 193Dingreville, R ........................ 83, 108, 135, 165Ding, S ................................................ 101, 118Ding, T ........................................................ 138Ding, W ............................................... 219, 265Ding, X ........................................................ 104Ding, Y ........................................................ 155Dinh, M ....................................................... 205DiNoia, T .................................................... 120Dion, L ........................................................ 154Dion-Martin, O ........................................... 129Diot, F ......................................................... 148Dippenaar, R ....................................... 130, 197Dirba, I ........................................................ 219Dirras, G ...................................................... 246Di Sabatino, M .................................... 202, 228Dixit, V ........................ 104, 117, 121, 149, 203Dixon, D ...................................................... 105Dixson, R .................................................... 176Dlouhý, A .................................................... 249Dmowski, W ............................................... 127Doak, J ........................................................ 153Doblin, C ....................................................... 81Dobmann, G ................................................ 216Do, D ............................................................. 78Dodbiba, G .................................................. 249Doerfelt, C ................................................... 257Doerner, R ................................................... 221Dogan, E ............................................. 118, 264Dogan, O ............................... 93, 120, 137, 147Doherty, K ................................... 135, 216, 238Doherty, R ................................................... 186Doiron, P ..................................................... 154Do, J ............................................................ 156Dolan, B ...................................................... 175Dolan, J ....................................................... 190Dolors Baró, M ............................................. 78Domain, C ................................... 194, 195, 221Dombrowski, D ........................................... 137Donchev, A .................................................. 237Donchev, V .......................................... 254, 270Dongbo, L ................................................... 273Dong, C ............... 146, 159, 172, 206, 264, 272Dong, X ....................................................... 220Dong, Z ....................... 173, 191, 192, 220, 265Donic, T ...................................................... 240Donlon, W ................................................... 192Donnadieu, P ............................................... 240Donnelly, N ................................................. 251Dornfeld, D ................................................. 175Dorri Moghadam, A .................................... 236dos Santos, C ............................................... 252dos Santos, H .............................................. 252dos Santos, J ................................................ 216Doude, H ..................................................... 106Dou, P .......................................................... 221Dou, Z ........................................................... 98Dovzhenko, N ............................................. 261Downey, J ...................................................... 82Doyle, F............................................... 175, 196Doyoyo, M .................................................. 124Draper, S ..................................................... 277Drautz, R ......... 80, 82, 104, 107, 147, 240, 272Dreisinger, D ............................... 142, 197, 198Dreizin, E ............................................ 225, 271Drelich, J ............. 131, 161, 187, 192, 215, 218Drevermann, A ............................................ 163Drew, B ....................................................... 171

Drew, M ...................................................... 113Drezet, J ...................................... 133, 140, 237Drinkard, W ................................................ 197Droste, C ..................................................... 100Drouelle, I ................................................... 190Drouet, J ...................................................... 242Drouet, M .................................................... 153Drouet, Y ..................................................... 181Drummy, L .................................................. 121Druschitz, A ................................................. 244Dryepondt, S ................................. 85, 110, 137Drynda, A .................................................... 255D’Souza, N .......................................... 212, 267Duan, D ............................................... 177, 229Duan, H ....................................................... 175Duan, J ........................................................ 133Duan, Z ....................................................... 103Dubiel, S ....................................................... 87Dubois, J ..................................................... 272Dubrovsky, B ................................................ 75Ducati, C ....................................................... 94Duchesne, C ................................................ 186Dudarev, S ................................................... 272Dufour, G .................................................... 154Duggal, M ................................................... 252Du, H ............................................................. 92Duh, J ................... 91, 101, 144, 171, 174, 182, ............................................. 196, 223, 246, 268Du, J .................................................... 159, 252Duke, M ...................................................... 242Dumas, J ...................................................... 195Dumpala, R ................................................. 206Dunand, D .................. 111, 141, 145, 173, 176, ..................................................... 191, 227, 248Dündar, M ................................................... 180Dunmead, M ............................................... 275Dunn, B ....................................................... 196Dunne, F ...................................................... 162Dunne, T ...................................................... 151Dunn, J ........................................................ 208Duong, T ............................................. 227, 236Dupin, N ...................................................... 195Dupon, E ............................................. 155, 214Dupraz, S ..................................................... 248Dupuis, M ............................................. 99, 100Dupuy, L ...................................................... 242Durrenberger, K .......................................... 121Durst, K ....................................................... 132Duscher, G .......................................... 150, 179Dutel, G ....................................................... 246Dutkiewicz, J ............................................... 240Dutta, I ................................................ 172, 268Dutta, M ........................................................ 76Dutta, R ....................................................... 233Duvah Pentiah, S ......................................... 175Duz, V ................................................. 185, 213Dvivedi, A ................................................... 167Dwaraknath, S ............................................. 241Dwivedi, G .................................................. 123Dye, D ................................... 81, 145, 160, 221Dyer, L ........................................................ 105Dymek, S..................................................... 106Dzwonczyk, J .............................................. 255

E

East, E ......................................................... 189Eastman, J ................................................... 142

286

IND

EX


Easton, M ................................ 74, 84, 157, 165Ebenstein, D ................................................ 100Eberl, C ................................. 82, 105, 215, 263Ebert, W ...................................................... 241Ebin, B ................................................ 272, 274Ebisawa, N .................................................. 168Ebrahimi, F ................................................. 160Echeverria, A ............................................... 189Echlin, M ....................................... 95, 149, 203Eckert, J ................. 78, 127, 156, 182, 229, 252Eckert, S .............................................. 133, 163Economy, D ........................................... 77, 119Eddy, C ........................................................ 179Eden, T ................................................ 115, 203Edick, J ................................................ 240, 255Edirisinghe, M ..................................... 155, 209Edmondson, P ............................................. 266Edouard, C .................................................. 223Edwards, D .................. 112, 139, 159, 237, 266Edwards, L ................... 74, 105, 113, 131, 160, ............................................. 186, 187, 214, 256Efe, M ......................................................... 264Effgen, M ...................................................... 77Eff, M .......................................................... 133Egami, T .............................. 115, 127, 210, 228Egeland, G ................................................... 166Eggeler, G ................................................... 249Ehrbar, R ..................................................... 183Eifler, D ....................... 119, 162, 216, 226, 250Eifler, R ....................................................... 218Eiken, J ........................................................ 247Eisenbach, M ............................................... 191Eisenlohr, P ........................................... 87, 168Eisenmenger, M .......................................... 189Ekiert, T ...................................................... 108Ekiz, E ................................................. 158, 200Elambasseril, J ............................................ 130Elam, J ......................................................... 122Elarbi, A ...................................................... 104El-Awady, J ......................... 167, 176, 194, 243El-Azab, A ...................... 83, 86, 108, 112, 139, ..................................................... 167, 194, 256El-Chaikh, A ................................................ 104El-Dasher, B ................................................ 133Elder, K ............................................... 112, 247Eldrup, M .................................................... 141Elgallad, E ................................................... 207El Ghaoui, Y ........................................ 126, 181El-Ghazaly, A .............................................. 232Elias, C ........................................ 127, 252, 262Eliasson, V .................................................. 156El-Kaddah, N ...................................... 109, 134El Kadiri, H ......................................... 226, 265Ellis, R......................................................... 242Ellis-Terrell, C ..................................... 119, 174Elmadani, E ................................................. 252El Mahallawy, N ......................................... 146Elmer, J ................ 90, 116, 143, 171, 198, 225, ............................................................. 246, 268Elmustafa, A ........................................ 263, 270El-Refaie, A ................................................. 152Elsaesser, C ................................................... 82Elsayed-Ali, H ............................................. 270Elsebaie, O .................................................. 147Elsentriecy, H ...................................... 259, 263El-Soudani, S ...................................... 104, 185Elwell, R ....................................................... 94El-Zein, M ................................................... 257

Emami, S ..................................................... 264Emamy, M ................................................... 269Emmerich, H ....................................... 247, 258Emo, J ......................................................... 247Emura, S ...................................................... 237Ender, M ........................................................ 94Enders, B ..................................................... 102Enebakk, E .................................................. 228Engel, C ......................................................... 76Engel, E ............................................... 155, 214Engh, T ........................................................ 128Engler, O ..................................................... 233English, C .................................................... 167Engstler, M .................................................. 154Engström, A................................. 196, 226, 236Enikeev, N ..................................................... 76Enmark, J .................................................... 276Enright, M ........................................... 162, 188Ensslen, C ................................................... 188Epicier, T ..................................................... 145Erdem, C ..................................................... 175Erdemir, A ..................................................... 97Erden, F ....................................................... 190Erdeniz, D ................................................... 191Erdman, D ..................................... 85, 193, 197Erdogan, M ................................................. 190Erickson, D ................................................... 92Ertekin, E ...................................................... 98Ertugral, S ................................................... 206Ervin, M ...................................................... 223Escanhoela, C .............................................. 236Escobedo-Diaz, J ......................................... 244Escobedo, J ......................................... 149, 173Esener, S ...................................................... 209Eshilokun, A ................................................ 260Eshraghi, M ......................................... 113, 217Eskin, D................................................. 93, 128Esmaeili, S .......................................... 240, 247Espinal, L ...................................................... 89Espinosa, D ......................... 230, 248, 271, 272Essadiqi, E ................................................... 192Esther, J ....................................................... 253Estremera, E ................................................ 274Euh, K ......................................................... 232Evans, A ...................................................... 133Evans III, B ................................................. 254Evans, J ....................................................... 274Evans, P ....................................................... 102Everett, R .................................................... 162Evertz, F ...................................................... 192Evirgen, A............................................ 146, 174Ewart, I ........................................................ 142Ewh, A ........................................................... 91Ewing, R ..................................................... 220Eymery, J ..................................................... 223Ezaz, T ........................................................ 226

F

Fabijanic, D ................................................. 179Fabrègue, D ................................................. 254Fafard, M ..................... 100, 129, 155, 187, 214Fagerlind, M ................................................ 179Faghaninia, R .............................................. 161Faivre, G ..................................................... 190Faizulla, A ................................................... 137Falahati, A ................................................... 173Fallah, V .............................................. 217, 247

Fan, C .................................................. 156, 246Fang, ........................................................... 185Fang, C ........................................................ 183Fang, G .......................................................... 92Fang, H .................................. 80, 101, 201, 235Fang, J ......................................................... 172Fang, Z .......................... 77, 143, 159, 196, 213Fanisalek, H ................................................ 187Fanning, J .................................................... 185Fan, P .......................................................... 143Fan, R .......................................................... 122Fan, T .................................................. 155, 243Fan, X .................................. 177, 204, 230, 231Fan, Y .......................................................... 175Fan, Z .............................................. 93, 97, 199Farahmand, P .............................................. 180Farha, A ....................................................... 270Farkas, D ............................... 87, 113, 123, 222Farmer, J .............................................. 133, 179Farré, J ......................................................... 237Farrow, A ..................................................... 222Farzadfar, s .................................................. 192Fashina, O ........................................... 150, 262Fau, D .......................................................... 218Faudou, J ....................................................... 99Faurie, d ...................................................... 222Faurie, D ............................................. 170, 246Favaro, G ............................................. 105, 250Favaro, P ..................................................... 198Favilla, P ............................................. 260, 270Favre-Nicolin, V ......................................... 223Fawell, P ...................................................... 125Fayek, M ............................................. 259, 263Fazarinc, M ................................................. 123Fazlollahi, F ........................................ 161, 183Felder-Flesch, D ............................................ 92Feldman, L .................................................. 179Feldmann, T ................................................ 257Felicelli, S ........................................... 113, 217Felser, C ...................................................... 240Feng, C ........................................................ 103Feng, D ........................................................ 175Feng, G ........................................................ 215Fengguo, L .................................................. 206Feng, J ................................................. 130, 198Feng, L ........................................................ 122Feng, N ........................................................ 100Feng, Q ........................................................ 156Feng, S .................. 91, 116, 117, 144, 172, 211Feng-Xia, Z ................................................. 159Feng, Z ............... 133, 163, 165, 203, 228, 254, ............................................................. 265, 277Fensin, S ........................................ 87, 222, 277Fergus, J ................................ 85, 110, 137, 187Ferguson, J .................................................. 135Ferguson, P .................................................. 223Ferguson, V ................................................. 215Fernandez, A ............................................... 264Fernández, B ............................................... 148Fernández-Calvo, A ..................................... 154Fernandez Diaz-Carralero, A ........................ 85Ferracane, J ................................................. 127Ferron, J ........................................................ 90Ferry, M ......................................... 78, 209, 265Fersi, R ........................................................ 177Feygenson, M .............................................. 228Fezzaa, K ............................................... 95, 176Field, D ............................... 217, 253, 263, 265


IND

EX

Fielding, R............................................. 85, 220Field, R ............................ 92, 95, 137, 144, 247Fields, K ...................................................... 193Fife, J................................................... 163, 176Figueroa, J ................................................... 274Filippov, L ................................................... 148Findley, K .................................................... 276Finel, A ................................................ 145, 194Fine, M ........................................................ 111Fiory, A ........................................................ 119Fiot, L .................................................... 99, 126Fiot, N ......................................................... 160Firrao, D ...................................... 102, 158, 199Fischer, E .................................................... 156Fischer, S ..................................................... 211Fischer, V .................................................... 216Fischmann, A............................................... 257Fisher, B ...................................................... 227Fisher, C ........................................ 74, 119, 273Fisher, G ...................................................... 151Fitch, S ........................................................ 188Fitzgerald, S ................................................ 243Fix, C........................................................... 211Fjeldbo, S .................................................... 249Flandorfer, H ....................................... 116, 117Fleck, D ....................................................... 133Fleischauer, M ............................................. 223Flick, P ........................................................ 160Fliflet, A............................................... 130, 198Florando, J................................................... 121Flores, A ...................................................... 184Flores-Bonano, S......................................... 276Flores-García, J ........................................... 147Flores, K ................................................ 78, 210Flores, N ...................................................... 260Flores, S ...................................................... 275Florian-Algarin, D ............................... 181, 274Flouriot, S ................................................... 237Fluss, M....................................................... 221Flynn, D ...................................................... 171Fogagnolo, J ................................................ 152Foiles, S......................... 88, 149, 168, 169, 243Foley, D ......................................................... 76Folkman, C .................................................. 102Fonda, R ................................................ 83, 162Fong, H ......................................................... 78Foo, W ................................................... 77, 277Forest, S ...................................................... 202Foringer, R .................................................. 250Forney, M .................................................... 250Foroozan, T ................................................. 261Forsmann, B ................................................ 219Forsmark, J .................................................... 84Forster, A ..................................................... 199Forsyth, R .................................................... 137Fortin, H ...................................................... 214Fortner, J ..................................................... 137Fortuna, F ............................................ 109, 195Fotovati, S ..................................................... 80Fountzoulas, C ............................................ 164Fowlkes, J ................................................... 197Fox, K ................................................. 220, 241Fox, S .................................................. 185, 237Francis, D .................................................... 267Franco, V ............................................... 84, 192Franke-Schubert, E ..................................... 177Franklin, J ................................................... 189Frank, S ....................................................... 166

Franz, C ......................................................... 98Franzkowiak, A ........................................... 171Frary, M ....................................................... 171fraser, d ........................................................ 224Fraser, D ...................................................... 115Fraser, H ..................... 104, 117, 121, 145, 149, ..................... 199, 202, 203, 212, 225, 237, 258Fraser, P ....................................................... 207Fraser, R ...................................................... 142Fray, D ....................................... 75, 81, 82, 107Frazer, D ...................................................... 161Frazier, W .................................................... 149Frear, D ................ 90, 116, 143, 171, 198, 225, ............................................................. 246, 268Frederic, D .................................................. 145Frederic, K .................................................. 180Fredrickson, G ............... 82, 107, 134, 163, 190Freeman, A .................................................. 120Freeman, M ................................................. 205Freeze, C ..................................................... 243Frefer, A ...................................................... 271Freitas, J ...................................................... 179Freudenberger, J .......................................... 229Freyer, P ...................................................... 194Freyss, M....................................................... 83Friedli, J ...................................................... 163Friedman, L ................................................. 176Friedmann, J ................................................ 120Fries, S ........................................................ 236Frigola, P ..................................................... 253Fritchman, K ............................................... 275Fritzsch, R ........................................... 128, 158Frizon, F .............................................. 165, 242Frizorger, V ................................................... 99Froelich, D .................................................. 201Froes, S ......... 81, 104, 130, 159, 185, 213, 237Frolov, T ...................................... 129, 159, 239Frolov, V ............................................. 232, 261Frotey, M ..................................................... 257Fu, C ............................................................ 112Fuchs, B ...................................................... 223Fu, E ............................................ 150, 221, 256Fuentes, A .................................................... 201Fu, H ........................................................... 237Fu, J ............................................................. 176Fujda, M ...................................................... 129Fujii, H ........................................ 106, 162, 271Fujimoto, M ................................................ 189Fujita, K ...................................................... 235Fujita, T ....................................................... 249Fujiwara, H ................................................. 206Fukagawa, T ................................................ 219Fukamachi, K ................................................ 97Fukase, H .................................................... 106Fukuda, M ................................................... 221Fukuda, T .................................................... 118Fukumoto, K ............................................... 221Fukusumi, M ............................................... 271Fullwood, D ........................................ 186, 265Fulton, L ...................................................... 120Fultz, B ..................... 80, 81, 89, 107, 114, 141, ..................... 142, 170, 197, 223, 244, 258, 268Fu, M ........................................................... 150Fuoss, P ....................................... 102, 141, 142Fu, P ............................................................ 136Furmanski, J ................................................ 236Furnish, T .............................................. 81, 129Furong, Z..................................................... 172

Furtado, A .................................................... 180Fürtauer, S ........................................... 116, 117Furuhara, T .......................................... 247, 257Furusaka, M ................................................ 141Furushima, R ............................................... 143Furu, T ......................................................... 233Furuta, T ................................................ 99, 141Fusseis, F..................................................... 176Fu, W ........................................................... 206Fu, Y ............................................................ 104

G

Gabbitas, B .................................. 130, 185, 213Gabb, T ................................................ 226, 277Gaber, A ...................................................... 261Gaddy, B ..................................................... 243Gadot, B ...................................................... 248Gadre, M ..................................................... 119Gaertner, H .................................................. 155Gaft, M ........................................................ 272Gage, T ................................................ 166, 276Gagnon, A ................................................... 105Gagnon, M ................. 100, 105, 131, 160, 186, ............................................................. 187, 214Gaies, J ................................................ 125, 207Gailhanou, M ................................................ 89Gaines, L ..................................................... 208Galadari, Q .................................................... 99Galano, M ................................................... 238Galceran, M ................................................. 226Galindo-Nava, E ........................................... 80Gallagher, K ................................................ 208Gallardo-Heredia, S .................................... 147Galloway, A ................................................. 133Galloway, J .................................................... 85Gamalski, A ................................................... 94Gambale, D ................................................. 205Gambino, L ................................................... 85Gambone, J ................................................. 113Gambone, M ............................................... 188Gamweger, K ................................................ 75Gandel, D .................................................... 165Gandin, C .............................................. 86, 163Ganesan, R .................................................. 166Ganeshan, S ................................................. 254Gangopadhyay, A ........................ 101, 111, 150Ganguly, P ....... 76, 97, 123, 151, 178, 205, 231Gan, J .................................. 109, 166, 220, 242Ganlin, X ....................................................... 85Gan, M .......................................... 94, 230, 231Gantan, I ...................................................... 211Ganter, M .................................................... 208Gan, W ........................................................ 237Gao, B ......................................................... 126Gao, F .......................................... 135, 167, 256Gao, H ........................................... 88, 196, 209Gao, J .................................................... 86, 163Gao, L .......................................................... 192Gao, M ................................ 202, 228, 249, 258Gao, N ......................................................... 167Gao, S .......................................................... 131Gao, Y .................. 78, 101, 114, 127, 156, 173, .................... 182, 183, 190, 209, 210, 213, 227, ..................................... 234, 244, 248, 270, 275Gao, Z ................................................. 110, 177Garces Plaza, G ........................................... 264Garcia, A ..................................................... 171

288

IND

EX


García, A ..................................................... 245Garcia, E ....................................................... 75Garcia-Escorial, A ................................. 86, 238Garcia, H ..................................................... 150Garcia, R ......................................... 86, 89, 260Garg, A .................................................. 92, 146Gargac, J...................................................... 234Garimella, S ................................................ 131Garlea, E ............................................. 142, 224Garmestani, H ............................................. 234Garner, F ............................................. 168, 194Garnier, T ............................................ 167, 256Garofalo, A .................................................... 92Garpinger, O ................................................ 133Garrano, A ................................................... 100Garrison, W ................................................. 199Gartstein, Y ................................................. 122Garza, G ...................................................... 271Gasafi, E ...................................................... 232Gasem, Z ..................................................... 206Gash, A .................................................. 83, 164Gaskill, K .................................................... 179Gatti, R ........................................................ 197Gaudière, F .................................................. 181Gault, B ....................................................... 223Gaustad, G .................. 120, 147, 148, 175, 200, ..................................... 201, 208, 227, 248, 249Gauvin, G .................................................... 214Gauvin, R .................................................... 203Gavin, J ......................................................... 74Gavras, A ..................................................... 195Gawlik, M ........................................... 154, 207Gayden, S .................................................... 254Gaydosh, D ................................................... 92Gayle, F ....................................................... 204Gaytan, S ..................................... 104, 253, 271Gazawi, A ...................................................... 93Gbur, J ................................................. 118, 272Geantil, P ..................................................... 197Geathers, J ................................................... 162Geaymond, O .............................................. 197Gebara, P ..................................................... 165Gebert, A ............... 78, 127, 156, 182, 219, 252Gee, M ......................................................... 182Gegner, J ............................................... 86, 111Gehrmann, J .................................................. 82Geiser, B ...................................................... 139Geltmacher, A ........................................ 83, 191Gemein, R ................................................... 131Genau, A ...................................................... 190Genc, K ....................................................... 203Genin, X ...................................................... 131Genqi, W ....................................................... 85Gentil, A ...................................................... 109Gentils, A............................................. 109, 195Gentleman, E ................................................. 78Gentleman, M ................ 77, 78, 100, 127, 155, ............. 181, 208, 209, 233, 234, 252, 262, 272George, E ............................................ 120, 249George, S ..................................................... 114Gérard, J ...................................................... 223Gerberich, W ....................................... 105, 277Gerbeth, G ................................................... 163Gerbig, Y ............................................. 176, 199Germann, T ................................................. 145Germano, H ................................................. 231German, R ..................................................... 86Gershenzon, M .................................... 207, 208

Gese, N .................................................. 82, 164Gesing, A ............................................. 158, 175Geslin, P ...................................................... 194Geuther, E ................................................... 234Geveci, A ..................................................... 229Ghaderi, A ................................................... 104Ghaffari Sharaf, M ...................................... 122Ghamarian, I ............................... 117, 158, 202Ghazali, A ............................................ 150, 262Ghazisaeidi, M ............................................ 113Gheno, T ...................................................... 226Ghodrat, S ..................................................... 95Ghodssi, R ................................................... 141Ghoniem, N ......................................... 243, 270Ghosh, D ....................................................... 95Ghosh, G ............................................. 111, 173Ghosh, M..................................................... 233Ghosh, P ...................................................... 145Ghosh, S .............................................. 162, 166Ghuman, K .................................................. 103Giannelis, E ......................................... 141, 178Gianola, D .................... 81, 105, 132, 161, 183, ..................................................... 188, 215, 263Gibbons, G .................................................... 81Gibbons, S ..................................... 80, 225, 227Gibbs, J ....................................................... 176Gibbs, P ......................................... 95, 245, 247Gibilaro, M .................................................. 190Gibson, J ............................................. 221, 267Gibson, M ............................... 78, 84, 165, 258Gierlotka, W ................................................ 116Gieseke, M .................................................. 109Giessmann, A .............................................. 258Giger, F ....................................................... 264Gigineishvili, A ........................................... 171Giguere, P ...................................................... 95Gilbert, P ..................................................... 100Gillaspie, J ................................................... 115Gilles, B ........................................................ 89Gilles, S ....................................................... 100Gill, P .................................. 117, 124, 255, 272Gil, S ........................................................... 100Gimaltdinova, E .......................................... 232Giordano, C ................................................. 242Gipson, K .................................................... 260Girault, G .................................................... 155Giri, A .................................................. 165, 229Givens, B..................................................... 135Glaessgen, E .......................................... 87, 132Glage, A ....................................................... 119Glasmacher, B ............................................. 192Gleeson, B .................... 91, 117, 144, 145, 172, ..................... 173, 199, 225, 226, 247, 257, 258Glicksman, M ................................................ 86Glière, M ..................................................... 181Gluck, T ...................................................... 142Gludovatz, B ................. 77, 100, 156, 182, 209Glumac, N ................................................... 270Glushko, O .......................................... 132, 276Gnaeupel-Herold, T ............................ 121, 199Gockel, J ..................................................... 104Godet, S....................................................... 226Godfrey, A ............................................. 95, 264Godibadze, B ............................................... 171Godiwalla, K ............................................... 224Goedecker, S ............................................... 134Goeken, M ................................................... 132Goeke, R ..................................................... 132

Goenka, S .................................................... 209Goettler, R ..................................................... 85Gogotsi, Y ........................................... 141, 223Gokce, O ..................................................... 119Goken, M ............................................... 81,132Golden, P ..................................................... 188Goldman, J .................................................. 192Goldstein, J ................................................. 109Goller, G .............................................. 262, 272Golubev, M ......... 105, 131, 160, 186, 187, 214Golubov, S ................................... 195, 242, 266Golumbfskie, W ................... 99, 125, 154, 180, ............................................. 206, 207, 232, 261Gomes, D .................................................... 180Gomes, M .................................................... 236Gomes, R............................................. 202, 258Gong, J ........................................................ 222Gongjin, C ................................................... 129Gong, P ........................................................ 101Gong, Y ....................................................... 158Gonzalez-Escarcega, A ............................... 212Gonzalez, L ................................................. 147Gonzalez, S ................................................. 183Goodenough, J ............................................ 169Goodyer, C .................................................... 88Goossens, D ........................................ 114, 115Gopagoni, S........................................... 93, 121Gopalan, S ........................................... 131, 190Gopal, P ............................................... 103, 117Gorantla, M ................................................. 203Gordillo, M ......................................... 171, 172Gordin, M .................................................... 244Gordo, E ...................................................... 185Gorman, T ........................................... 226, 277Górny, M ..................................................... 113Gorsse, S ................................................. 77, 98Gosselin, L .................................................. 155Gosse, S....................................................... 195Goswami, R......................................... 125, 206Goto, K ........................................................ 174Gottstein, G ................................................. 233Gough, J ...................................................... 192Goulet, P ...................................................... 100Gouné, M .................................................... 248Goupil, G..................................................... 214Gouriet, J ..................................................... 260Gourlay, C ..................... 90, 116, 163, 190, 269Gouvea, R ................................................... 236Gou, W ........................................................ 207Gou, Y ......................................................... 129Gouzenkov, A .............................................. 126Gowda H S, D ............................................... 79Gowda, S ..................................................... 155Gowthama, S ............................................... 229Gozdecki, N ................................................ 273Grabowski, B ................................................ 80Gracio, J ...................................................... 267Graedel, T .................................................... 249Graetz, J ...................................................... 169Graeve, O .................................................... 128Gragg, D ...................................................... 193Graham, E ................................................... 157Grainger, L .................................................... 81Granasy, L ................................................... 217Gránásy, L ................................................... 217Granata, D ................................................... 156Grande, T .................................................... 187Grandfield, J .................................................. 74


IND

EX

Grandhi, R ................................................... 149Grandidier, J ................................................ 178Grant, D ....................................................... 106Grant, G ............................................... 133, 239Grassi, R ...................................................... 142Gray, G ................. 87, 131, 147, 149, 173, 222, ..................................................... 236, 254, 277Gray-Munro, J ............................................. 255Greenbaum, S .............................................. 223Green, M ....................................................... 89Green, T ...................................................... 118Greenwood, L .............................................. 194Greer, A ............................................... 156, 190Greer, J ........................ 113, 235, 258, 267, 276Gregory, J .................................................... 175Gregurek, D ................................................. 171Greiner, C .................................................... 200Gresswell, C ................................................ 209Grewer, M ................................................... 128Grey, C .......................................................... 94Gribbin, D ............................................. 75, 276Grigoryev, E .................................................. 90Grill, F ......................................................... 230Grillo, F ....................................................... 271Groeber, M .... 94, 121, 149, 176, 203, 212, 275Groebner, J .................................................... 84Groger, R ..................................................... 195Groh, J ......................................................... 245Groisman, Y ................................................ 272Groma, I ...................................................... 170Gross, D ...................................................... 132Groten, V ..................................................... 211Groutzo, T ................................................... 126Grovenor, C ................................................. 167Gruber, P ....................................................... 81Grugel, R ..................................................... 138Grün, G ......................................................... 86Grygoryev, D ............................................... 224Gschneidner, K .............................................. 84guang-hui, L .................................................. 76Guangqing, Y ................................................ 96Guangrong, D .............................................. 172Guan, K ....................................................... 235Guanyong, S ................................ 150, 204, 265Guan, Z ....................................................... 188Guay, D ....................................................... 214Gu, C ........................................................... 243Guclu, M ..................................................... 130Guda Vishnu, K ................................... 159, 185Gudbrandsen, H .......................................... 208Gudkov, A ................................................... 201Guduru, R .................................................... 223Guem, B ...................................................... 101Gueneau, C .................................................. 195Guéneau, C ................... 87, 112, 139, 167, 194, ............................................. 221, 242, 256, 266Guérin, R ..................................................... 163Guerrero-Mata, M ....................................... 245Guest, G ...................................................... 102Guest, J .................................... 80, 83, 164, 191Guetari, R .................................................... 261Guezennec, A ...................................... 201, 248Gu, H ............................................. 83, 128, 259Guignot, S ........................................... 148, 201Gui, J ........................................................... 211Guilhem, Y .................................. 132, 197, 202Guillen, D .................................................... 219Guillotte, I ................................................... 240

Guizar-Sicairos, M ........................................ 79Guler, M ...................................................... 233Gulizia, S ............................................. 115, 224Gulsoy, E ..................................................... 203Gu, M .......................................................... 122Gumbsch, P ................................................. 200Gummelt, C ................................................. 177Gunasegaram, D .......................................... 214Gungormus, M .................................... 209, 233Günyüz, M .................................................. 180Guo, B ......................................................... 265Guo, E ......................................... 171, 229, 272Guo, F ................................................. 225, 268Guo, H ................................................. 110, 265Guo-hua, B .................................................. 252Guo, J .................................................. 150, 237Guojian, H ................................................... 234Guo, L ......................................................... 143Guo, Q ......................................... 113, 155, 270Guo, S ................................. 101, 185, 228, 251Guo, Y ................... 96, 147, 157, 229, 230, 275Guo, Z ................................... 83, 174, 254, 259Guozhi, L .............................. 96, 150, 232, 265Gupta, A .............................................. 253, 259Gupta, G ...................................................... 252Gupta, M ............................................. 241, 242Gupta, N ...................................... 117, 151, 186Gupta, R ...................................................... 255Gupta, V ........................................ 87, 132, 270Gu, Q ................................................... 116, 117Gu, R ........................................................... 140Gurau, C ...................................................... 227Gurau, G ...................................................... 227Gurau, I ....................................................... 227Guraya, S ..................................................... 255Gurgul, D .................................................... 113Gurmen, S ........................................... 272, 274Gürmen, S ................................................... 274Guruswamy, S ....... 84, 109, 136, 165, 192, 219Gu, S ..................................................... 99, 180Gusmão, E ................................................... 272Gussev, M ................................................... 194Gutensohn, M .............................................. 162Gutfleisch, .................................................. 165Gutfleisch, O ........................ 84, 109, 118, 136, ..................................................... 165, 192, 219Güth, K ........................................................ 118Guthrie, R .................................................... 211Gutiérrez, J .................................................. 223Gutiérrez-Urrutia, I ..................................... 130Gutmann, M ................................................ 114Güvenc, O ................................................... 138Gu, X ........................................................... 113Guyer, J ................................................. 86, 112

H

Haataja, M ................................... 247, 258, 270Haavanlammi, K ......................................... 224Habib, G ...................................................... 273Haboub, A ................................................... 121Hacini, L .............................................. 187, 214Hackel, L ..................................................... 179Hackenberger, W ......................................... 251Hackney, S .................................................. 258Hadadzadeh, A ............................................ 218Hadasik, E ................................................... 240Haddad, E .................................................... 260

Hadley, M .................................................... 276Haferkamp, H .............................................. 109Hafez, M ..................................................... 270Haftbaradaran, H ......................................... 196Haft-Baradaran, H ......................................... 88Hagen, M ..................................................... 214Haghighat, S ................................................ 128Hagihara, K ........................................... 80, 213Hagiwara, R ................................................ 134Hahn, H ........................... 76, 95, 122, 158, 200Haibin, Z ............................................. 251, 271Haider, W .................................... 218, 252, 273Haifei, X ...................................................... 131Haines, C ..................................................... 130Ha, J ............................................................ 172Hájek, M ..................................................... 173Hajihashemi, M ........................................... 264Hajiri, T ....................................................... 270Hale, L ......................................... 222, 243, 267Halén, A ....................................................... 179Halim, M ..................................................... 115Hamad, B .................................................... 211Hamasaki, K ................................................ 198Ham, B ................................................ 103, 259Hamilton, C ................................................. 106Hamilton, J ............................................ 82, 134Hamilton, S ................................................... 74Hammerberg, J ............................................ 145Hammerschmidt, T ................................ 80, 147Hammond, K ............................................... 129Hammond, V ............................... 249, 250, 264Hampl, M ...................................................... 84Han, A ......................................................... 148Han, B ......................................................... 162Han, C ......................................................... 220Han, D ......................................... 178, 270, 271Handwerker, C ............ 112, 150, 225, 268, 269Handyside, A ............................................... 189Hanejko, F ................................................... 224Han, G ......................................... 169, 177, 272Hangen, U ................................................... 161Han, H ......................... 133, 218, 229, 269, 271Han, J .......................................................... 112Hanlon, T .................................................... 244Hanna, A ...................................................... 177Hänninen, H ................................................ 101Hannoyer, B ........................................ 145, 153Han, Q ................................................. 207, 211Hansen, B .................................................... 222Hansen, G .................................................... 135Hansen, N ...................................................... 76Han, W ................................................ 176, 221Han, Y ........................... 85, 130, 150, 180, 232Han, Z ................................................. 136, 169Hao, G ......................................................... 155Hao, S .......................................... 153, 206, 264Hao, X ......................................................... 215Hao, Y ......................................................... 271Haque, N ..................................................... 201Haraldsen, H ............................................... 180Hara, T ........................................................ 174Hara, Y ................................................ 171, 235Harcuba, P ........................................... 173, 262Harder, C ..................................................... 158Harder, R ....................................... 79, 102, 128Hardy, M ............................................. 138, 149Harhash, M .................................................. 182Hari Babu, N ................................................. 93

290

IND

EX


Hariharaputran, R ........................................ 129Harimkar, S ............. 76, 97, 123, 152, 179, 206Harjunmaa, A .............................................. 104Harlow, D .................................................... 188Harper, D ..................................................... 177Harper, E ..................................................... 249Harper, M ............................................ 185, 237Harp, J ......................................................... 166Harrell, T ....................................................... 99Harris, H .............................. 122, 146, 193, 205Harrison, R .................................. 113, 197, 256Harris, R .............................................. 158, 205Harris, S ........................................................ 86Harris, V ...................................................... 136Harsh, S ....................................................... 106Hartfield-Wunsch, S .................................... 189Hart, G ................................................. 134, 191Hartl, D ............................................... 226, 227Hartmann, V ................................................ 232Härtwig, J .................................................... 197Hartwig, K ....... 76, 94, 147, 169, 185, 264, 266Haruyama, O ....................................... 234, 235Ha, S ........................................ 80, 83, 164, 191Hasan, M ..................................................... 133Hasegawa, A ........................................ 195, 221Hasegawa, M ............................................... 167Hashimoto, N ................................................ 87Hasin, M ...................................................... 271Hassan, A..................................................... 167Hassan, J ..................................................... 179Hassan, M ................................................... 181Hassel, T ...................................................... 255Hata, S ........................................................... 95Hatcher, N ................................................... 272Hatkevich, S .................................. 99, 179, 238Hattar, K ...................................................... 266Hattori, T ..................................................... 159Hatzoglou, C ............................................... 139Haudin, J ..................................................... 163Haugland, E ................................................. 214Häussler, P ................................................... 272Havrilla, G ................................................... 102Hawkins, C .................................................... 85Hawk, J ....................................... 110, 137, 225Haxhiaj, A ............................................. 97, 161Haxhiaj, B ..................................................... 97Haxhiaj, E ................................................... 161Hayashi, H ..................................................... 82Hayes, P ........................................................ 96Hayes, R ...................................................... 212Hayes, S ...................................................... 242Hay, J ................................................... 136, 218Hayner, C .................................................... 141Hayrapetian, A ............................................. 257Hayrettin, C ................................................. 118Hayward, E ................................................. 112Hazeli, K ..................................................... 238He, B ................................................... 182, 245Hébert, C ..................................................... 194Hebert, R ............................................. 182, 183Hecht, U .............................................. 163, 190Hecker, S ..................................................... 151Hector, L...................... 136, 192, 195, 218, 275Hefferan, C .................................. 203, 222, 238He, H ........................................................... 259Heidarzadeh, A ............................................ 163Heiden, M ................................................... 265Heinisch, H ................................................. 167

Heinz, N ........................................................ 77Heiskanen, K ....................................... 147, 249Heitman, C .................................................. 274He, J ............................................................ 225He, K ........................................................... 178Hekmat-Ardakan, A .................................... 215He, L ............................................................ 242Helfrich, M .................................................. 224Heller, L ........................................................ 92Helle, S ........................................................ 214Hellman, O .................................................. 240Helmreich, G ............................................... 241He, M .................................................. 183, 215Hemery, S ............................................ 149, 241Hemker, K ....................... 83, 93, 151, 164, 191Hemphill, M ........................ 202, 228, 244, 258Henager, C .......................................... 213, 243Henderson, H ................ 93, 174, 259, 274, 276Henderson, J ................................................ 219Henderson, K ................................................ 95Henein, H .............................. 86, 111, 138, 151Henkel, S ..................................................... 142Hennig, R ...................... 80, 103, 134, 164, 185Henschen, G ................................................ 275Heo, J .................................................. 270, 271Heo, T .......................................................... 117Heppner, S ................................................... 233He, Q ........................................... 150, 182, 259Hequet, A ..................................................... 181Herbert, M ..................................................... 79Herbert, W ................................................... 205Herderick, E ................................................ 204Herlach, D ............................................. 86, 111Hernandez, J ........................................ 253, 271Hernández, L ............................................... 274Hernandez, M .............................................. 273Hernandez-Maldonado, A ........................... 274Hernández, R ............................................... 253Hernandez, T ....................................... 205, 231Herny, E ...................................................... 104Herrera, J ..................................................... 180Herrmann, S ................................................ 163Herve, C ...................................................... 106Herzer, G ..................................................... 152He, S .................................................... 122, 230Heuser, B ..................................................... 242He, W .......................................................... 182He, X ................................................... 220, 272He, Z ................................................... 229, 245Hibbard, G ................................................... 164Hibiya, T ..................................................... 138Hibner, E ..................................................... 231Hickel, T ................................................ 80, 103Hidalgo-Hernandez, R ........................ 181, 247Hieda, J ............................................... 127, 159Hiel, C ........................................................... 83Highland, M ........................................ 102, 141Higley, J ...................................................... 214Hilck, A ....................................................... 154Hilditch, T ................................................... 263Hilerio, I ...................................................... 253Hilger, A ...................................................... 224Hillie, T ....................................................... 263Hill, L .......................................................... 206Himmelreich, A ........................................... 160Hindenlang, M ............................................ 107Hinkle, C ..................................................... 141Hinojos, D ................................................... 204

Hintsala, E ................................................... 105Hirano, S ..................................................... 133Hirata, K ...................................................... 118Hiromi, N .................................................... 154Hiron, S ............................................... 123, 231Hirosawa, S ................................................. 219Hishinuma, Y .............................................. 266Hite, J .......................................... 178, 179, 205Hiwarkar, V ................................................... 79Hlinka, J ...................................................... 114Hnilova, M .......................... 209, 233, 262, 273Hoagland, R ................................................ 195Hobbs, J....................................................... 242Ho, C ........................................... 116, 144, 246Hochhalter, J ................................. 87, 132, 162Hockauf, M ................................................. 156Hocking, B .................................................. 188Hodaj, F....................................................... 116Hodge, A ............................... 81, 128, 129, 215Hodgson, P .......................................... 104, 263Hodo, W ...................................................... 208Hoelzer, D ... 109, 110, 139, 140, 193, 221, 266Hoffman, J ................................................... 241Hoffman, M ......................................... 135, 228Hofman, G ................................................... 137Hofmann, D ..................... 78, 93, 111, 198, 277Hofmann, F ................................................. 222Hofman, S ..................................................... 94Hofmeister, C .............................................. 229Hofstetter, J ................................................. 192Hogan, M .................................................... 209Hohenberger, T .................................... 123, 178Hohenwarter, A ................................... 105, 106Ho, K ..................................................... 78, 164Hokamoto, K ............................................... 263Holcroft, G .................................................... 76Holden, I ............................................. 160, 186Holden, T .................................................... 244Holdsworth, S ............................................. 135Holian, B ..................................................... 145Hollander, B .................................................. 95Holland-Moritz, D ....................................... 111Hollenbeck, J ............................................... 242Holloway, S ................................................... 81Holm, E ......................................... 94, 147, 149Holmedal, B ................................................ 233Holm, L ....................................................... 169Holt, C ........................................... 88, 114, 141Holt, M ........................................................ 102Holtzer, M ........................... 251, 261, 265, 271Holtz, M .............................. 193, 199, 205, 260Holtz, R ............................................... 125, 206Holy, V ........................................................ 224Homma, K ................................................... 244Honecker, D .................................. 93, 120, 147Hong, B ....................................................... 211Hong, D ....................................................... 218Hong, H ....................................................... 143Hong, J ................................................ 144, 146Hong-Jing, Y ............................................... 252Hongliang, Z ......................................... 99, 126Hong, S ...................... 102, 119, 133, 143, 163, ............................................. 172, 210, 239, 246Hong, W ........................................................ 90Hongwei, G ................................................... 96Hong, X ....................................... 158, 171, 235Hong, Y ............................... 100, 109, 216, 252


IND

EX

Hono, K ....................................................... 219Hooper, J ....................................... 83, 115, 164Hooper, R .................................................... 214Hoover, R .................................................... 164Hop, J .......................................................... 214Hopper, M ................................................... 142Horihata, N .................................................. 148Horikawa, S ................................................... 78Horiki, M..................................................... 266Horiuchi, T .................................................. 244Horky, J ....................................................... 170Hornak, M ................................................... 273Hornbuckle, B ..................... 146, 174, 200, 276Horstemeyer, M .................. 180, 192, 219, 267Horstemeyer, S .................................... 192, 219Hort, N ................. 84, 108, 135, 136, 165, 192, ..................................... 218, 240, 255, 263, 271Horwath, J ................................................... 137Hosemann, P ............................... 139, 161, 221Hosoda, H ................................... 117, 118, 174Hosokawa, H ............................................... 143Hossain, M .......................................... 124, 133Hossein, S ................................................... 219Houchun, W .......................................... 78, 235Hou, J .......................................................... 170Houltz, Y ..................................................... 111Hou, M ........................................................ 223Hoummada, K ............................................. 248House, J ....................................................... 158Hou, Y ......................................................... 180Hovanski, Y ................ 106, 133, 162, 189, 216, ............................................. 217, 238, 239, 265Hovington, P ............................................... 203Ho, W .......................................................... 153Howe, J ....................................................... 132Howland, W .................................................. 84Hoyt, J ................................. 130, 213, 239, 257H. R., D ....................................................... 155Hrkac, G ...................................................... 219Hruszkewycz, S ........................................... 102Hryn, J ......................................................... 215Hsiao, T ....................................................... 210Hsieh, A ....................................................... 108Hsieh, H ........................................................ 77Hsieh, T ....................................................... 174Hsieh, Y ......................................................... 91Hsie, S ......................................................... 271Hsiung, L ............................................. 137, 221Hsu, B ................................................. 144, 273Hsu, C ..................... 77, 90, 153, 209, 269, 274Hsu, D ......................................... 174, 259, 276Hsueh, C ...................................................... 156Hsueh, S ...................................................... 172Hsu, L .......................................................... 144Hsu, S .......................................................... 116Hsu, W .......................................................... 91Hua, F .......................................... 116, 172, 269Hua, H ......................................................... 246Huai, G ........................................................ 131Hua, J .......................................................... 260Huang, C ..................................................... 123Huang, E ..................... 111, 157, 262, 267, 268Huang, F ...................................................... 196Huang, H ............................... 97, 110, 117, 264Huang, J ................. 77, 93, 113, 114, 128, 141, ............................................. 169, 181, 201, 260Huang, K ............................... 91, 137, 177, 272Huang, L ...................................... 182, 185, 219

Huang, M .................................................... 172Huang, Q ..................................................... 177Huang, R ............................................. 178, 250Huang, S ...................... 111, 174, 230, 266, 268Huang, T .................................. 77, 91, 143, 196Huang, W .................................................... 148Huang, X ................................. 76, 95, 230, 235Huang, Y ............... 83, 177, 256, 267, 268, 269Huang, Z ..................... 178, 193, 212, 251, 268Hua, S .................................................... 84, 145Hua, W ................................................ 205, 230Hua, Z ......................................................... 148Hu, B ........................................................... 136Hubbard, J ..................................................... 88Huber, D .............................. 121, 149, 203, 225Huber, N ...................................... 105, 188, 254Huda, M ...................................................... 215Hudish, G .................................................... 174Hudnall, T ................................................... 205Hueter, C ..................................................... 217Hu, g ............................................................ 160Huggins, R .................................................. 169Hughes, D ................................................... 253Hughes, S .................................................... 224Hugo, V ....................................................... 145Hu, H ..................... 94, 107, 136, 138, 232, 241Huh, C ......................................................... 178Huh, J .......................................................... 144Hui, S .......................................... 104, 160, 237Hui, W ......................................................... 260Hui, X .................................................. 264, 274Hu, K ........................................................... 268Hu, L ................................................... 108, 248Hull, D................................................. 226, 277Hultberg, L .................................................. 240Hultman, L .................................................. 161Hu, M .................................................. 190, 201Humadi, H ........................................... 213, 239Hummler, K ................................................ 116Humphrey, E ............................................... 158Humphry-Baker, S ........................................ 77Humrickhouse-Helmreich, C .............. 137, 241Hung, C ....................................................... 192Hunger, P ..................................................... 166Hung, F ............................................... 151, 180Hung, J .......................................................... 74Hunter, J ...................................................... 254Huo, L ......................................................... 183Hu, Q ........................................................... 101Hu, R ........................................................... 250Hureiki, B .................................................... 155Hurley, M ............................................ 171, 275Hur, S .......................................................... 239Hu, S .................... 80, 103, 129, 158, 167, 212, ............................................. 213, 236, 243, 254Husein, S ..................................................... 273Huskins, E ................................................... 171Hussaini, S .................................................... 96hussain, m ................................................... 277Hussein, A ................................................... 176Hussey, D .................................................... 103Hu, T ............................................. 99, 125, 178Hutsch, T ....................................................... 90Hu, X ........................................................... 126Hu, Y ................................... 107, 138, 172, 196Huynen, I ..................................................... 108Hwang, I ...................................................... 272

Hwang, J ...... 75, 77, 79, 93, 96, 102, 119, 121, .... 122, 129, 150, 157, 158, 174, 177, 183, 184, .... 204, 209, 210, 211, 212, 216, 229, 230, 234, ..................... 235, 236, 251, 252, 253, 256, 261Hwang, K .................................................... 143Hyde, J ................................................ 167, 232Hyers, R ........................ 86, 111, 138, 139, 190Hynowska, A ................................................. 78

I

Iadicola, M .................................................. 121Ibañez, E ..................................................... 183Ibrahiem, M ................................................. 181Ibrahim, M .................................................. 207Ibrahim, Y ..................................................... 90Ichitani, K ................................................... 207Idrissi, H ...................................... 105, 188, 226Idzikowski, B .............................................. 165Ii, S ...................................................... 235, 237Ikeda, K ......................................................... 95Ikeda, M .............................................. 129, 159Ikeda, T ......................................................... 77Ikhmayies, S ................. 79, 102, 129, 157, 158, .................... 183, 184, 201, 211, 212, 227, 235, ..................................................... 236, 252, 253Ilochonwu, C ....................................... 261, 262Imai, H ........................................................ 246Imaizumi, K ................................................ 159Imaizumi, T ................................................. 106Imam, M ............... 81, 104, 130, 159, 185, 198, ............................................................. 213, 237Imano, S ...................................................... 133Imhoff, S ....................................................... 95Im, J..................................................... 188, 265Imura, K ...................................................... 270Im, Y............................................................ 223Inamura, T ............................. 92, 117, 118, 174Ingraffea, A.................................. 162, 188, 238Ingram, B .................................................... 142Innus, A ....................................................... 105Inoue, A ....................................... 156, 182, 216Inoue, T ....................................................... 192Inui, H ................................................... 80, 213Ioana, A ....................................................... 180Ipser, H ........................................ 116, 143, 166Ipus, J .......................................................... 192Iqbal, K ....................................................... 276Irissou, E ..................................................... 214Irukuvarghula, S .......................................... 137Irving, D .............................................. 228, 243Isaac-smith, T .............................................. 153Isac, M ......................................................... 211Isheim, D ............................................. 111, 113Ishida, K ................................................ 78, 133Ishikawa, T .................................................. 111Ishizaki, T .................................................... 116Isiksaçan, C ................................................. 180Islam, M .............................................. 153, 260Islam, Z ......................................................... 89Ismach, A ....................................................... 96Isobe, Y ....................................................... 194Ispanovity, P ................................................ 170Ito, M........................................................... 178Ito, T .............................................................. 84Ivancik, J ....................................................... 78Ivanisenko, J ................................................. 76Ivanov, K ..................................................... 135

292

IND

EX


Ivanov, S ............................................. 201, 249Ivers-Tiffée, E ............................................... 94Ives, S .......................................................... 123Ivester, R ..................................................... 204Iwai, T ........................................................... 82Iwamoto, C .................................................. 150Iwasaki, M ................................................... 221Iyer, A .......................................................... 189Iyer, V.......................................................... 189Iyore, D ......................................................... 96Izatt, N ......................................................... 115Izatt, S ......................................................... 115Izumi, S ....................................................... 193

J

Jaansalu, K .................................................. 147Jablonski, P ................................. 110, 137, 225Jackson, M .................................. 159, 186, 203Jacob, A ....................................................... 236Jacob, J ........................................................ 248Jacobsen, A .................................................. 276Jacobsen, C ................................................. 176Jacobs, M .................................................... 179Jacomo, D ................................................... 236Jacques, P .................................... 105, 124, 189Jacques, R ................................................... 100Jacques, V ..................................................... 89Jadhav, N ............................................. 198, 225Jafari, M ...................................................... 199Jagannathan, M ........................................... 139Jahangiri, A ................................................. 277Jahanshahi, S ............................................... 201Jahedi, M ............................................. 115, 224Jakes, J ........................................ 136, 155, 210Jakobsson, L ................................................ 227James, A ...................................................... 212Jamison, L ........................................... 267, 276Jamroz, W ................................................... 260Jana, R ......................................................... 224Jana, S ................................................. 238, 239Jandhyala, S ........................................ 204, 261Janecek, M .................. 104, 173, 224, 240, 262Jang, D ........................................ 235, 267, 276Jang, J .................. 162, 163, 188, 193, 220, 271Jang, Y ......................................................... 191Janhyala, S .................................................... 96Jankowski, A ............................................... 191Janssen, A .................................................... 242Janssen, N ................................................... 186Janssens, K ............................ 83, 108, 135, 165Jansson, M................................................... 236Janwong, A .................................................. 115Janzén, E ..................................................... 179Japaridze, L ................................................. 270Jaques, A ....................................................... 92Jaques, B ..................................... 158, 166, 275Jarry, P ................................................. 106, 190Jarvinen, G .................................................. 220Jarvis, T ............................................... 104, 130Jassim, A ..................................................... 155Jasthi, B ............................................... 163, 189Javadi, H ..................................................... 122Javed, F ......................................................... 93Javed, N ......................................................... 93Javed, S ....................................... 153, 260, 273Jayaganthan, R ............................................ 179Jaya, N ......................................................... 161

Jayaraman, T ....................................... 177, 212Jayaram, V .................................................. 161Jay, J ............................................................ 227Jay, O ........................................................... 240Jean, W ........................................................ 106Jeddi, E ........................................................ 214Jee, S ............................................................. 78Jelinek, B ............................................. 113, 217Jeltsch, R ..................................................... 154Jeng, U ........................................................ 262Jenicek, S .................................................... 119Jenkins, C .................................................... 231Jensen, D ............................................... 89, 149Jeon, C......................................................... 239Jeong, J ........................................................ 265Jeong, N ...................................................... 102Jeong, S ....................................................... 220Jeong, Y ....................................................... 239Jeon, S ......................................................... 101Jérusalem, A ................................................ 264Jewell, D ....................................................... 75Jha, A .................. 122, 131, 161, 171, 187, 215, ............................................................. 220, 252Jha, G .......................... 101, 102, 128, 157, 211Jha, P ........................................... 111, 119, 262Jha, S ................................... 120, 121, 188, 202Jhon, M ....................................................... 209Jia, B ........................................................... 260Jia, J............................................................... 81Jia, M................................................... 159, 185Jiang, B ....................................................... 272Jiang, C ....................................................... 256Jiang, H ......................................................... 86Jiang, J................................. 132, 158, 235, 257Jiang, L ........................................ 123, 208, 211Jiang, M....................................................... 110Jiang, T ....... 75, 76, 96, 97, 115, 122, 150, 153, .................... 157, 177, 178, 183, 204, 229, 230,.................................................... 231, 251, 261Jiang, X ....................................... 132, 219, 260Jiang, Y........................................ 188, 201, 222Jiang, Z ........................................................ 138Jianhui, W ................................................... 260Jian, L ............................................................ 75Jianliang, Z .................... 96, 229, 230, 251, 271Jianping, P ............................................. 99, 126Jian, Z .......................................................... 169Jiao, C ......................................................... 118Jiao, L .......................................................... 151Jiao, S .................................. 107, 170, 177, 190Jiao, Y.......................................................... 176Jiao, Z ........................... 87, 112, 139, 167, 194, ............................................. 221, 242, 256, 266Jia, S ............................................................ 113Ji, C ..................................................... 110, 118Jicheng, H ........................................... 150, 232Jie, C ............................................................. 96Jie, G ..................................................... 75, 235Jie, L ...................................................... 99, 126Jie, M........................................................... 169Jie, W .................................................. 133, 262Jie-Yu, Z ...................................................... 169Ji, M ............................................................ 164Jimack, P ....................................................... 88Jimenez, E ..................................................... 77Jimenez-Villacorta, F .................................. 109Jing, T .......................................................... 272Jing, Z ................................................. 260, 264

Jin, H ........................................... 132, 140, 194Jinhui, P ............................................... 153, 273Jin, S .............................................................. 75Jin, X ................................................... 168, 216Jin, Y .................... 84, 109, 135, 136, 165, 166, ..................................... 192, 196, 219, 238, 258Jin, Z ........................................................... 260Jira, J ........................................................... 188Jirkova, H .................................................... 119Ji, S .............................................................. 154Jiugang, S ...................................................... 96Ji, V ............................................................. 245Ji, X ............................................................. 243Ji, Y ............................................................. 117Ji, Z ............................................................. 230Jodlowski, J ................................................. 207Joelle, D ...................................................... 106Joe, M .......................................................... 243Johannes, L .................................................. 189Johansen, I ................................................... 102John, R ........................................ 121, 188, 202Johnson, C ................................................... 196Johnson, D........................... 101, 146, 149, 205Johnson, F ..... 84, 109, 136, 152, 165, 192, 219Johnson, J ...................................................... 90Johnson, M .................................................. 101Johnson, T ................................................... 189Johnson, W .................................... 78, 156, 182Johnsson, M .................................................. 90Johnston, K ................................................. 178Johnston, T .................................................. 142Jo, J ..................................................... 146, 198Jokisaari, A .................................................. 112Jolly, M ....................... 131, 133, 161, 169, 211Jomphe, A .................................................... 105Jones, F ....................................................... 125Jones, J .......................... 92, 162, 192, 238, 271Jones, L ....................................................... 118Jones, N ....................................... 145, 159, 221Jones, R ............................................... 224, 273Jones, S ....................................................... 238Jones, T ....................................................... 237Jóni, B ................................................. 244, 245Jono, Y ........................................................ 270Jonquères, N ................................................ 184Joos, J ............................................................ 94Joost, W ....................................................... 160Joo, Y ............................................ 82, 116, 223Jordann, W .................................................. 263Jordon, J .............................. 216, 218, 272, 274Joris, O ........................................................ 145Jorjani, E ..................................................... 232Jose, G ................................................. 122, 252Josell, D....................................................... 112Joseph Vijay, S ............................................ 217Jose-Yacaman, M ........................................ 274Joshi, M ....................................................... 240Joshi, S ........................................................ 123Joshi, V ........................................................ 213Jou, H .......................................................... 226Jouhannaud, J ................................................ 92Joulian, C .................................................... 248Jourdan, T .................................................... 112Jo, Y ............................................................ 172Juan, C......................................................... 249Juang, J ........................................................ 269Juan, P ......................................................... 265Judge, A ....................................................... 192


IND

EX

Jue, J ............................................................ 166Juel, M......................................................... 202Juh, W ................................................. 246, 269Julan, Z ........................................................ 172Junca, E ....................................................... 271Jund, P ........................................... 98, 145, 272Jungang, H .................................................. 177Jung, H ........................................................ 264Jung, I ......................... 118, 172, 192, 204, 227, ..................................... 237, 254, 263, 264, 274Jung, M ......................................... 91, 172, 223Jung, S ......................................................... 156Jung, Y ................................................ 255, 272Jun-hua, Y ................................................... 264Junhua, Y ....................... 78, 211, 235, 264, 265Junior, A ...................................................... 125Júnior, A ...................................................... 125Junior, C ...................................................... 180Junkaew, A .......................................... 103, 227Junpin, L ...................................................... 234Jun, W ......................................................... 173Junyong, W ................................................. 205Jun, Z........................................................... 187Jurak, S ........................................................ 189Jürgen, E.............................................. 159, 237Jurovitzki, A ................................................ 274Ju, S ............................................................. 253Justice, R ..................................................... 108Justusson, B................................. 134, 189, 191Juwhari, H ................................................... 119Jyothi, R ...................................................... 148Jyrkonen, S .................................................. 224

K

Kaartinen, M ............................................... 181Kabir, A ............................................... 192, 263Kabir, K ....................................................... 135Kabra, S ............................................... 130, 197Kacar, T ....................................................... 262Kacher, J ...................................................... 195Kadereit, H .................................................. 148Kado, Y ....................................................... 107Kahn, L ........................................................ 247Kaierle, S ..................................................... 109Kai, J ........................................................... 193Kai, L .......................................................... 230Kai-Michael, R ............................................ 174Kainer, K ............... 84, 136, 218, 240, 255, 265Kainuma, R .................... 78, 92, 117, 118, 145, ..................................... 173, 174, 200, 226, 248Kaiser, S ...................................................... 156Kai, W ................................................. 193, 210Kai, Z .......................................................... 187Kajihara, M ................................................. 144Kakeshita, T ................................................ 118Kakubo, Y ................................................... 168Kalaiselvan, K ............................................. 217Kalay, E ....................... 143, 145, 210, 234, 277Kalay, I ........................................................ 128Kalay, Y ....................................................... 128Kalidindi, S ......................................... 186, 207Kalisvaart, P ................. 88, 114, 141, 169, 196, ............................................................. 222, 244Kalyanaraman, R ................................. 150, 179Kalyavina, S ................................................ 206Kamali, M ................................................... 122Kamata, I ..................................................... 178

Kambara, M ................................................ 244Kameda, J .............................................. 87, 168Kamineni, P ................................................. 271Kami, P ........................................................ 273Kamisetty, V ................................................ 211Kammerer, C ............................... 134, 229, 255Kammerhofer, C .......................................... 106Kammler, D ................................................. 105Kampe, S ............................... 99, 135, 207, 232Kanari, N ..................................................... 148Kandasamy, K ............................. 162, 232, 239Kandev, N ................................................... 214Kane, J ......................................................... 275Kane, R ....................................................... 234Kanetaka, H ................................................. 174Kanetake, N ................................................. 109Kang, C ....................................................... 262Kang, D ......................................... 94, 101, 120Kang, H ............................... 224, 262, 264, 271Kang, J ........ 111, 138, 143, 177, 178, 196, 232Kang, K ....................................................... 267Kang, M .............................................. 116, 138Kang, S ................... 75, 91, 128, 140, 150, 172, ..................................... 220, 225, 264, 266, 269Kang, X ............................................... 134, 239Kang, Y ....................................................... 265Kan, H ......................................................... 147Kanjarla, A .................................. 170, 222, 245Kanomata, T ................................................ 200Kantarcioglu, A ........................................... 143Kao, A ........................................................... 88Kao, C ........................................... 91, 116, 144Kao, N ......................................................... 269Kao, P .......................................................... 210Kaoumi, D ................................................... 135Kao, W ........................................................ 264Kapinos, D .................................................. 207Kaplan, D ............................................ 155, 234Kapoor, D ............................................ 130, 159Kapoor, M ................................................... 111Kapturkiewicz, W ....................................... 113Karaca, E ..................................................... 273Karaca, H ..................... 92, 117, 118, 145, 146, ............................................. 174, 200, 226, 248Karadag, F ................................................... 270Karagadde, S ............................................... 133Karakaya, I ............................................ 98, 190Karakoti, A .................................................. 272Karaman, I ...... 76, 92, 108, 117, 118, 140, 145, .................... 146, 159, 166, 174, 185, 200, 226, ..................................................... 248, 252, 264Karandikar, P ....................................... 135, 242Karaoglan, G ............................................... 205Kardjilov, N ................................................. 224Karewar, S ................................................... 186Kargl, F ....................................................... 111Karhausen, K ............................... 180, 207, 233Karki, U ....................................................... 106Karkkainen, R ............................................. 164Kar, M ........................................................... 99Karma, A ............................. 112, 163, 217, 239Karonen, J ................................................... 224Karthikeyan, J ............................................. 124Karthikeyan, S ............................................. 238Kasazaki, Y ................................................. 206Kashaev, N .......................................... 105, 254Kashyap, S .................................................. 260Kasigavi, C .................................................. 253

Kasinath, R ................... 77, 100, 127, 155, 181, ..................... 208, 209, 233, 234, 252, 262, 272Kaskah, S .................................................... 196Kasprzak, W .................................................. 99Kassner, M .......................................... 129, 197Katakam, S .................................................. 210Katayama-Yoshida, H ................................... 82Katoh, Y ...................................................... 221Katou, K ...................................................... 143Katsman, A .................................................. 255Katsuyama, J ............................................... 168Katter, M ..................................................... 219Katti, D ................................................ 233, 243Katti, K ................................................ 233, 243Kattner, U ...................................... 92, 145, 236Kaub, T ........................................................ 149Kauffmann, A .............................................. 229Kaufman, M ................ 160, 174, 202, 249, 258Kaufmann, P ................................................ 215Kaur, J ........................................................... 83Kawakita, M ................................................ 174Kawamura, H .............................................. 227Kawamura, T ............................................... 174Kawamura, Y ........................ 84, 136, 244, 270Kawashima, S ............................................. 148Kayaci, M .................................................... 179Kaya, I ......................................................... 118Kazmanli, K ................................................ 181Kazykhanov, V ............................................ 261Kecskes, L ..................... 76, 238, 249, 264, 274Kedron, J ..................................................... 240Keer, L ......................................................... 216Ke, H ........................................................... 266Keihan, A ..................................................... 122Keiser, D ................ 84, 91, 109, 137, 166, 193, ............................................................. 219, 241Keiser, j ......................................................... 85Keiser, J ............................................... 259, 263Keith, J ........................................................ 110Ke, J .............................................................. 91Keles, O ....................................................... 268Kelleher, J ................................................... 224Keller, R ...................................................... 207Kelly, J ........................................................ 128Kelton, K ............................................. 101, 111Kendrick, B ................................................. 103Kendrick, S ................................................. 259Kenesei, P .............................................. 89, 197Kennedy, A .................................. 101, 208, 209Kennedy, J ........................................... 137, 166Kennedy, M ........... 77, 105, 119, 128, 158, 224Kennedy, R .................................................... 85Kennerknecht, T .................................. 215, 263Kenningley, S ........................................ 93, 232Kennouche, D ............................................... 94Keqiang, Q .......................................... 264, 267Keralavarma, S ............................................ 194Kerber, M .................................................... 170Kercher, A ................................................... 268Kerkove, M ................................................... 99Kermanpur, A .............................................. 261Kernion, S ........................................... 152, 231Kero, I ......................................................... 194Kerr, A ......................................................... 275Kerr, M ........................................................ 184Kersey, R ..................................................... 271Keselowsky, B ............................................. 218Keshavarz, M .............................................. 124

294

IND

EX


Keskinkilic, E ...................................... 229, 253Kessman, A ................................................... 75Kestens, L ...................................................... 95Ke, X ............................................................. 91Kexin, J ....................................................... 271Khachaturyan, A .......................................... 166Khafizov, M ................................................... 82Khalfallah, I ................................................ 194Khalid, F ..................................................... 147Khalifeh, J ................................................... 211Khalil, K ...................................................... 276Khaliq, A ....................................................... 74Khanal, S ..................................................... 274Khanikar, P .................................................. 237Khan, M ...................................................... 155Khanolkar, G ............................................... 156Kharel, P ...................................................... 136Khatibi, G .................................................... 143Khatiwada, S ............................................... 191Khatkhatay, F .............................................. 151Khawaled, S ................................................ 255Khayer Dastjerdi, A ............................. 100, 181Khenner, M ................................................. 150Khodaverdizadeh, H ................................... 163Khosravani, A .............................................. 186Khosravi, E ......................................... 185, 228Khvostenko, D ............................................ 127Kiani, S ....................................................... 140Kieback, B ............................................. 90, 171Kiefer, B ...................................................... 226Kielland Einenjord, V ................................. 155Kiener, D ...................... 81, 105, 132, 161, 188, ..................................................... 215, 238, 263Kietzmann, M ............................................. 218Kikuchi, K ................................................... 161Kikuchi, T ................................................... 252Killen, D ...................................................... 123Kilpatrick, T ................................................ 214Kim, B ................................... 82, 101, 235, 251Kim, C .................. 83, 91, 92, 93, 96, 107, 119, ..... 134, 135, 146, 164, 172, 174, 191, 218, 269Kim, D.................. 78, 101, 102, 108, 142, 183, .................... 193, 195, 232, 240, 255, 258, 263, ..................................... 264, 265, 269, 271, 272Kim, F ......................................................... 121Kim, G......................................................... 115Kim, H.................. 96, 102, 109, 112, 114, 118, ..................... 134, 138, 232, 259, 270, 271, 277Kim, I .......................................................... 151Kimiecik, M .................................................. 92Kiminami, C ........................................ 210, 231Kim, J ....... 75, 89, 96, 102, 118, 122, 136, 139, .................... 146, 148, 150, 154, 164, 172, 177, .................... 183, 196, 203, 204, 229, 250, 259, ..................... 260, 261, 266, 268, 270, 271, 272Kim, K.................. 91, 128, 162, 183, 210, 217, ..................................................... 225, 246, 271Kim, M ........................................ 239, 262, 268Kim, N................................. 125, 138, 146, 172Kimoto, Y .................................................... 271Kim, S .................. 78, 101, 125, 133, 139, 154, .................... 163, 169, 195, 202, 216, 218, 232, .................... 237, 240, 248, 255, 258, 266, 269, ............................................................. 270, 271Kim, T ......................................................... 114Kimura, A .................................... 139, 140, 266Kimura, K ..................................................... 98Kimura, S .................................................... 270

Kimura, Y ................................ 77, 98, 124, 153Kim, W ................. 78, 129, 162, 183, 248, 258,.................................................... 263, 264, 265Kim, Y ................ 109, 137, 143, 171, 188, 195, .................... 202, 218, 237, 242, 264, 265, 267, ............................................................. 269, 271King, A ........................................................ 197King, M ....................................................... 100King, S .......................................................... 93Kinney, C ............................................ 225, 268Kinoshita, T ................................................. 219Kinsel, K ..................................................... 117Kinsey, A ..................................................... 191Kintzel, E ............................................ 158, 276Kipouros, G ................................................. 179Kirchain, R ................. 120, 147, 148, 175, 200, ............................................. 201, 227, 248, 249Kirchlechner, C ..................................... 89, 263Kirgöz, D ..................................................... 122Kirk, M .......................... 87, 109, 166, 242, 266Kirschen, M ................................................. 177Kirubanandham, A ...................................... 273Kiselnikova, L ............................................... 78Kishida, K ............................................. 80, 213Kishimoto, A ............................................... 107Kish, J ......................................................... 216Kisner, R ..................................................... 145Kiss, L ......................................... 154, 187, 214Kissner, G .................................................... 205Kitahara, H .................................................. 214Kitahara, K .................................................... 98Kitamura, K ................................................. 227Kiyokane, N ................................................ 270Kjos, O ................................................ 186, 208Kleber, X ............................................... 79, 247Klein, B ................................................. 82, 107Kleine, A ....................................................... 99Klein, S ......................................... 86, 111, 139Klem, M ...................................................... 209Klier, E ........................................................ 135Klimashin, A ............................................... 190Klinckman, E .............................................. 189Klingbeil, N ................................................. 104Klingensmith, D .......................................... 167Klopffer, M ................................................. 178Klosek, V .................................................... 245Klut, P ................................................. 155, 214Knapp, J ...................................................... 198Kneissl, C .................................................... 154Knezevic, M ........................................ 203, 222Knight, A ..................................................... 271Knipling, K ................................. 162, 173, 231Knorr, D ...................................................... 107Knoth, E ...................................................... 198Knudson, M................................................. 202Knyazev, E .................................................... 75Koao, L ........................................................ 260Kobayashi, E ............................................... 252Kobayashi, S ............................................... 134Kobe, S .......................................................... 98Kobler, A ..................................................... 188Kobold, R .................................................... 111Kobylin, P ................................................... 175Kocaefe, D .......................... 105, 131, 160, 186Kocaefe, Y ................................... 105, 160, 186Koch, C ....................................... 157, 228, 229Koch, H ......................................................... 99Koc, M ........................................................ 222

Kodama, A ..................................................... 97Kodambaka, S ..................................... 140, 270Koegler, R ................................................... 140Koehler, J .................................................... 201Kohandehghan, A .......................................... 88Koh, K ......................................................... 108Kohnert, A ........................................... 112, 135Koh, S .................... 75, 96, 122, 150, 177, 203, ............................................. 229, 250, 259, 261Koizumi, Y .................................... 80, 199, 213Kokabi, A .................................................... 119Kokawa, H .......................................... 116, 133Kok, F ......................................................... 181Kolawa, E .................................................... 152Kolbe, M ....................................................... 86Kolitsch, A................................................... 237Kolmakov, A ............................................... 197Kolmogorov, A .............................................. 82Komarasamy, M .......................................... 239Komiya, Y ..................................................... 90Konca, E ........................................................ 98Kondoh, K ..................... 90, 159, 198, 237, 246Kondo, K ..................................................... 134Kondori, B........................................... 112, 213Kondo, S ..................................................... 140Kondo, Y ..................................................... 249Kong, C ......................................................... 93Kong, D ....................................................... 223Kong, F ....................................... 138, 194, 265Kong, L ....................................................... 246König, R ...................................................... 148Konings, R .................................................. 242Konishi, H ........................................... 107, 143Kontsevoi, O ............................................... 120Kontsos, A ................... 132, 162, 188, 216, 238kooshki, h .................................................... 122Kopecek, R .................................................. 227Kopova, I ..................................................... 262Koppes, J ..................................................... 269Koppoju, S .................................................. 141Kopycinski, D ..................................... 107, 271Kopyscianski, M ......................................... 106Koratkar, N .................................................. 114Korczak, P ................................................... 207Korla, R ....................................................... 238Körmann, F ................................................... 80Korsunsky, A ............................................... 222Korwin-Pawlowski, M ................................ 270Korzekwa, D ................................................. 85Kosiba, E ....................................................... 90Kosiba, K .................................................... 156Koslowski, M ...................................... 112, 243Kossoy-Simakov, A ..................................... 220Kostelak, S .................................................. 180Kostorz, G .................... 89, 114, 141, 170, 197, ..................................................... 223, 244, 268Kostylev, A .................................................. 242Kotan, H ...................................................... 157Kotani, Y ..................................................... 219Koten, M ..................................................... 250Kothalkar, A ........................................ 108, 248Kottada, R ................................................... 249Kou, H ......................................................... 250Koumanakos, D ........................................... 227Koury, D ...................................................... 166Kou, X ......................................................... 231Kovacevic, R ....................... 138, 180, 194, 265Kovarik, L ........................................... 146, 200


IND

EX

Kovarik, M .................................................. 275Ko, W .................................................. 118, 146Ko, Y ........................................... 116, 268, 272Koyama, T ................................................... 182Kozeschnik, E ............................................. 173Kozicki, R ................................................... 157Kozinsky, B ................................................. 124Kozlov, A ....................................................... 84Kozmel, T .................................................... 275K, Ravichandran ......................................... 179Kraaijveld, B ............................................... 202Krachler, R .................................................. 256Kraft, O ....................................................... 188Krajewski, P ........................................ 136, 233Kral, K ................................................. 203, 260Král, R ......................................................... 240Kramer, M .................... 78, 110, 128, 136, 145, .................... 156, 172, 173, 193, 210, 229, 234, ............................................................. 274, 277Kranjc, K ....................................................... 78Kranzmann, A ............................................. 131Kraus, L ....................................................... 129Krauss, G ..................................................... 247Kreisel, J ..................................................... 223Krenek, T .................................................... 137Kridli, G ...................................................... 263Krishnamoorti, R ......................................... 178Krishnamootry, A ........................................ 205Krishnaswamy, S ......................................... 260Kristensen, J .................................................. 80Kristensen, W .............................................. 154Krooß, P ...................................................... 200Kroupa, A .................................................... 116Kruk, R .......................................................... 95Krumdick, G ...................... 120, 147, 148, 175, ............................. 200, 201, 208, 227, 248, 249Kruzic, J ...................................... 127, 182, 209Kruzynski, M .............................................. 131Krystad, E ................................................... 227Kubecki, M ......................................... 251, 265Kübel, C ...................................................... 188Kub, F ......................................................... 179Kubin, L .............................................. 194, 222Kubo, T ....................................................... 118Kuehn, U ..................................................... 156Kugler, G ............................................. 123, 207Kuhr, S ................................................ 212, 242Kui, H .......................................................... 156Kuk, S ........................................................... 76Kuksenko, V .................................................. 87Kuksin, A..................................................... 108Kula, F........................................................... 98Kulawinski, D ............................................. 142Kuldell, M ................................................... 273Kulkarni, N ......................................... 254, 255Kulkarni, Y .................................................. 221Kulovits, A .......................................... 163, 173Kumar, A ..................... 155, 206, 259, 262, 267Kumaravel, K .............................................. 217Kumar, C ............................................. 153, 206Kumar, D ..................................................... 255Kumar, G ..................................................... 183Kumar, K ............................................. 212, 248Kumar, M .................................... 153, 203, 206Kumar, N ............................................. 216, 263Kumar, P.............................................. 167, 172Kumar, R ....................................................... 82Kumar, S ....................................................... 83

Kumar, V ..................................................... 107Kumta, P ................................ 88, 218, 244, 255Kundin, J ..................................................... 258Kung, H ....................................................... 141Kung, M ...................................................... 141Kunjukunju, S ............................................. 255Kuntzel, H ................................................... 202Kunz, M ................................ 89, 228, 256, 267Kupka, D ..................................................... 188Kuramoto, A ........................................ 167, 168Kuramoto, K ............................................... 272Kuramoto, S .......................................... 99, 141Kurata, M ...................................................... 82Kurfess, T .................................................... 250Kuribayashi, K ............................................ 111Kuroda, K .................................................... 165Kurosaki, K ................................................. 124Kurtis, K ...................................................... 247Kurtuldu, G ................................................. 190Kurtz, R ....................................... 112, 139, 167Kurukuri, S .................................................. 233Kurumadalli, K ........................................... 268Kurumaddali, K ........................................... 143Kuryatkov, V ............................... 193, 205, 260Kurz, G ................................................ 218, 265Kusama, T ................................................... 173Kusinski, G .................... 76, 97, 123, 151, 178, ............................................................. 205, 231Kutsal, M..................................................... 143Kuttig, M ............................................. 157, 218Kutyan, A .................................................... 137Ku, Y ........................................................... 100Kuyucak, S .......................................... 224, 246Kuzel, R .............................................. 170, 224Kuzmov, A ..................................................... 90K, Vasanthakumar ............................... 120, 277Kvithyld, A ................. 120, 128, 147, 148, 175, ..................................... 200, 201, 227, 248, 249Kwak, H ................................................ 80, 159Kwak, S ....................................................... 143Kwong, K .................................................... 137Kwon, J ....................................................... 194Kwon, M ..................................................... 265Kwon, O ...................................................... 264Kwon, S............................................... 251, 264Kyeong, J .................................................... 272

L

Laabs, F ....................................................... 193Labat, B ....................................................... 181Labat, S ......................................................... 89Lacaze, J ................................ 95, 154, 174, 239Lach, T ........................................................ 200Lackie, S ..................................................... 158LaCombe, J ................................................... 92Lacroix, M ................................................... 100Ladam, G ..................................................... 181Ladani, L ..................................... 125, 143, 269Lados, D ............. 104, 120, 147, 148, 175, 195, ..................... 200, 201, 227, 239, 248, 249, 267Lafford, T .................................................... 212Laflamme, F .......................................... 99, 154Laflen, J ....................................................... 132Lagacé, M ................................................... 203Lagoudas, D ................................................ 248LaGrange, T ........................................ 163, 173Laha, T .......................................................... 76

Lahiri, D .......................................... 83, 94, 124Lahlouh, B ................................................... 119Lai, A ........................................................... 148Laiarinandrasana, L ..................................... 202Lai, C ....................................... 77, 98, 124, 153Lai, M .......................................................... 248Lai, W .......................................................... 228Lai, Y ..................................................... 86, 211Lakshmanan, V ........................................... 115Laktionova, M ............................................. 258Lalonde, K ................................................... 154Lalpoor, M .................................................. 255Lalwani, R ................................................... 164Lambertin, D ....................................... 165, 242Lambotte, G ................................................ 118Lamontagne, A .............................................. 79Lanagan, M ................ 152, 178, 205, 206, 231, ............................................................. 251, 252Lancaster, F ................................................. 232Landa, A ...................................................... 236Landau, P .................................................... 113Landi, B ............................................... 208, 250Lang, A ........................................................ 166Langdon, T .......................................... 229, 265Lang, J ........................................................... 89Langlois, P .................................................. 246Lan, J ............................................................. 98Lan, S .......................................................... 156Lanska, N .................................................... 200Lan, T .................................................... 81, 107Lany, S ........................................ 103, 134, 217Lanz, A ........................................................ 271La, P ............................................................ 212Lapusta, Y ................................................... 263Lara-Curzio, E ............................................... 85Lara-Rodríguez, Y ....................................... 177Laroche, D ................................................... 214Larsen, J ...................................... 121, 188, 202Larson, B ..................................................... 197Lasanta, I ....................................................... 85Lass, E ......................................................... 145Lasseigne, A ................................................ 178Lathe, G ....................................................... 142Latif, A ........................................................ 235Lattimer, B .................................................... 99Laughlin, D ................................................. 165Lauhon, L ...................................................... 94Lauzon-Gauthier, J ...................................... 186Lavender, C ................................................. 213Lavernia, E ....... 76, 97, 99, 113, 115, 125, 127, ..................................... 186, 214, 250, 263, 264Lavoie, P ..................................................... 154Lavrentiev, M .............................................. 272Lavvafi, H ........................................... 118, 272Lawrence, S ......................................... 113, 132Laws, K ......................................... 78, 209, 210Lawson, S .................................................... 120Lazarev, S .................................................... 224Lazo, N ........................................................ 135Lázpita, P .................................................... 223Leary, A ....................................................... 152Leary, M ...................................................... 130Lebensohn, R ..... 135, 149, 170, 176, 203, 222, ............................................................. 245, 267Leblond, J .................................................... 254Le Bouar, Y ................................................. 194Le Bourlot, C .............................. 170, 222, 256Leburn, C .................................................... 252

296

IND

EX


Lecarme, L .......................................... 237, 254Lech-Grega, M ............................................ 207Leclerc, G .................................................... 104Lecuru, D .................................................... 165Ledoux, X ................................................... 237Lee, A .................................................. 225, 268Lee, B ............ 96, 101, 144, 156, 199, 220, 255Lee, C .................................. 116, 250, 266, 268Lee, D .......................... 200, 237, 252, 269, 271Lee, E ............................................................ 78Lee, G .................................................. 101, 194Lee, H ................... 91, 101, 150, 164, 172, 225, ..................................................... 269, 270, 271Lee, J ................ 83, 91, 93, 101, 114, 116, 143, .................... 144, 172, 174, 175, 182, 183, 190, .................... 210, 222, 225, 252, 261, 263, 270, ............................................................. 271, 275Lee, K ................... 75, 133, 150, 162, 172, 185, .................... 216, 225, 243, 264, 268, 269, 270,............................................................ 271, 272Lee, M ................. 101, 220, 255, 260, 261, 271Lee, N .......................................................... 246Leen, S ........................................................ 162Lee, P .......................... 121, 133, 163, 169, 239Lee, S ............... 78, 85, 96, 101, 122, 138, 156, ..................................... 164, 172, 188, 223, 261Lee, T ................... 90, 116, 143, 171, 172, 198, ..................................... 225, 246, 268, 269, 271Lee, W ........................... 95, 188, 223, 234, 267Lee, Y ................. 100, 139, 140, 194, 237, 252, ..................................................... 259, 266, 271Lefaix, H ..................................................... 112Lefebvre, W ................................................ 250Legendre, F ................................................. 139Legoux, J ..................................................... 214Legros, M .................................................... 105Lehnhoff, G ................................................. 276Lei, J ............................................................ 228Lei, L ..................................................... 92, 230Lei, M .......................................................... 121Lei, W .......................................................... 263Le, L ............................................................ 223Lemme, F .................................................... 178Lengyel, M .................................................. 223Lenhart, J ..................................................... 107Lentz, M ...................................................... 186Leonard, K .......................................... 221, 242Leonhardt, T ........................................ 133, 147Leoni, M ...................................................... 197Leperi, K ..................................................... 171Le Pottier, N ................................................ 165LeSar, R ...................................................... 243Lescoat, M ................................................... 184Leslie, S ............................................... 143, 268Lessard, J ............................................... 75, 276Lester, B ...................................................... 248Lestriez, B ................................................... 244Leszczewicz, J ..................................... 158, 276Letelier, H ................................................... 220Letzig, D ..................................... 130, 218, 265Levine, L ....................... 88, 176, 195, 196, 197Levin, Z ....................................................... 147Lewandowski, J ........................... 118, 156, 272Lewellyn, M .................................................. 98Lewis, A ...................................... 149, 168, 176Lewis, L .............................................. 109, 136Lewis, N ...................................................... 193Lewis, R .......... 76, 97, 123, 151, 178, 205, 231

Lezac, J ....................................................... 190Lhuissier, P .................................................. 136Lian, C ......................................................... 131Liang, H ...................................................... 110Liang, J ................................................ 171, 246Liang, L ......................................................... 86Liang, W ........................................ 88, 103, 140Liang, X ...................................................... 204Liang, Y ......................................................... 79Liang, Z ....................................................... 251Lian, J .................................................. 114, 220Lian, Z ......................................................... 108Liao, H ........................................................ 167Liao, J .......................................................... 268Liao, X ........................................................ 168Liao, Y ........................................................... 81Liao, Z ......................................................... 158Liaw, P...... 78, 85, 89, 101, 111, 114, 127, 130, .................... 141, 156, 157, 170, 182, 183, 197, .................... 202, 209, 210, 213, 216, 223, 228, ..................... 234, 244, 249, 258, 265, 267, 268Li, B ............. 79, 100, 102, 110, 129, 157, 158, .................... 180, 183, 184, 192, 209, 211, 212, .................... 219, 235, 236, 240, 241, 243, 251, ............................................................. 252, 253Libo, Z ......................................................... 153Liby, A ......................................................... 104Li, c ............................................................. 118Li, C ............. 81, 107, 144, 171, 198, 201, 210, ............................................. 223, 235, 237, 271Li-Cheng, H ................................................ 183Li, D ............ 171, 192, 194, 211, 219, 229, 230Lieblich, M .................................................. 238Liebscher, C ........................................ 111, 173Lienert, U .................... 170, 197, 203, 222, 238Li, G ..................... 76, 100, 115, 153, 157, 177, ............................................. 204, 229, 230, 251Li, H ............... 87, 99, 118, 123, 131, 157, 158, ............................ 160, 161, 168, 171, 173, 177, ..................... 198, 201, 207, 212, 215, 230, 235LiHao, G ..................................................... 137Li-Hui, C ..................................................... 192Li, J ................ 79, 96, 102, 110, 113, 132, 138, .................... 147, 157, 158, 175, 183, 194, 196, .................... 202, 204, 212, 222, 224, 239, 240, ............................. 247, 250, 251, 253, 254, 265Lijun, W .............................................. 134, 257Li, L ............................. 118, 127, 132, 245, 275Lilja, L ......................................................... 179Liljenfors, T ................................................ 148Lilleodden, E ....................................... 188, 238Li, M ...................... 84, 88, 113, 127, 140, 161, .................... 169, 179, 181, 184, 185, 196, 264, ............................................. 266, 271, 273, 277Lim, A ......................................................... 194Lima, H ....................................................... 125Lima, M ....................................................... 152Limao, R ..................................................... 154Lim, C ................................................. 155, 234Limem, S ..................................................... 234Lim, H ................ 125, 154, 169, 218, 222, 240, ............................................................. 255, 270Lim, J .......................................................... 167Lim, K ......................................................... 183Limmer, K ................................................... 275Lim, S .......................................................... 270Lim, Y ......................................................... 133Li, N .................................................... 161, 256

Lina, A ......................................................... 198Li-na, C ................................................. 75, 235Linares, X ............................................ 225, 268Lin-bo, L ..................................................... 187Lin, C .......................................... 172, 179, 262Lincot, A ...................................................... 199Lind, J ................. 132, 162, 203, 222, 238, 267Lindley, T .................................................... 160Lindquist, P ................................................. 227Lindsay, J .................................................... 101Lindsay, S ...................... 74, 101, 154, 186, 206Lin, F ........................................................... 245Linga, H .............................................. 160, 186Ling, C ........................................................ 103Ling, Y ........................................................ 265Lingyun, Y .......................................... 178, 251Ling, Z ......................................................... 172Lin, H .......................................... 233, 246, 268Linhares, C .................................................. 160Lin, J ............................. 77, 104, 155, 242, 246Lin, K ................... 90, 116, 143, 171, 172, 198, ............................................. 225, 246, 268, 269Lin, P ........................................................... 210Lin, S ............................. 91, 116, 144, 172, 273Lin, T ........................................................... 111Lin, Y ...................... 93, 98, 103, 223, 225, 269Lin, Z ................................................... 175, 246Li, P ..................... 121, 135, 143, 200, 224, 225Liping, N ..................................... 150, 204, 265Lippmann, T ................................................ 170Li, Q ..................... 79, 104, 130, 131, 159, 169, .................... 173, 179, 186, 196, 204, 207, 213, ..................... 214, 231, 237, 244, 254, 263, 266Li, R ............................................ 110, 129, 156Li, S ........................ 78, 80, 132, 134, 162, 185, ............................. 203, 222, 227, 238, 267, 271Lisa, C ......................................................... 209Lisfi, A ......................................................... 166Liss, K ......................................... 130, 197, 234Li, T ............................................................. 178Littrell, K ..................................................... 244Liu, A........................................................... 148Liu, B .................................. 136, 169, 196, 241Liu, C ................... 76, 101, 111, 156, 183, 201, ............................................................. 235, 254Liu, D ............... 75, 81, 88, 102, 126, 150, 177, ............................................................. 183, 223Liu, F ..................................................... 91, 187Liu, G .......................................................... 175Liu, H .............................................. 94, 95, 173Liu, J ................... 105, 152, 158, 166, 235, 268Liu, K .................................................. 154, 220Liu, L ................................... 184, 193, 201, 258Liu, M ................................................. 229, 230Liu, P ........................................................... 212Liu, Q .................................... 97, 130, 220, 264Liu, R .......................................... 104, 157, 160Liu, S ..................... 96, 194, 212, 225, 251, 262Liu, T ........................................................... 102Liu, W .................. 75, 158, 169, 175, 177, 197, ..................... 204, 230, 251, 253, 264, 265, 277Liu, X ............... 78, 83, 85, 110, 113, 137, 190, ..................................................... 195, 226, 245Liu, Y ................... 76, 85, 93, 97, 98, 101, 139, .................... 145, 158, 211, 215, 234, 256, 257, ..................................................... 260, 264, 267


IND

EX

Liu, Z .................... 80, 102, 103, 110, 129, 157, .................... 158, 191, 212, 217, 220, 232, 235, ..................... 236, 239, 251, 254, 258, 264, 274Livers, S .............................................. 171, 275Livescu, V ........................................... 147, 203Livet, F .......................................................... 89Li, W ... 126, 155, 171, 183, 204, 207, 208, 267Li, X ................... 101, 102, 107, 127, 128, 134, .................... 141, 143, 146, 159, 187, 195, 204, ..................................................... 219, 235, 238Li, Y ................. 78, 90, 97, 101, 116, 136, 143, .................... 156, 171, 183, 198, 204, 207, 213, ............................. 225, 230, 233, 246, 261, 268Li, Z ....... 88, 114, 141, 169, 196, 222, 244, 257Lizarralde, I ................................................. 154Lizcano, M .................................................. 250Llorca, J ............................................... 130, 161LLorca, J ............................................. 143, 221Llorens, I ..................................................... 184Lloyd, R ...................................................... 137Lo, B ........................................................... 201Löffler, J ...................... 128, 156, 191, 234, 240Logan, S ........................................................ 84Loh, K ......................................................... 234Lohmar, J .................................................... 233Lohoefer, G ................................................. 138Loiola, R ..................................................... 184Long, H ....................................................... 111Long, M....................................... 110, 173, 265Longo, R ..................................................... 141Long, P .......................................................... 81Long, W ........................................................ 98Long, X ....................................................... 122Long, Z .......... 99, 125, 154, 180, 206, 232, 261lookman, T .................................................. 173Lopes, A ...................................................... 267Lopes, D ...................................................... 192Lopes, H ...................................................... 262Lopes, S....................................................... 260López, A ...................................................... 274Lopez, C ...................................................... 209Lopez, M ............................................. 101, 147Lopez, N ...................................................... 275Lopez, V .............................................. 259, 268Loser, W ........................................................ 86Lossius, L ............................................ 105, 186Lotfian, S ..................................... 143, 161, 221Lotfi, R .......................................................... 80Louca, D .............................................. 182, 210Loughnane, G .............................................. 149Lou, H ......................................................... 235Louis, P ....................................................... 197Lou, J................................................... 188, 213Loutfy, R ............................................... 81, 185Lou, W ........................................................ 110Lo, W .......................................................... 241Lowden, R ..................................................... 85Löwe, K ....................................................... 219Lowery, A ............................................ 211, 271Lowe, T ....................................................... 127Lo, Y............................................................ 267Loyola, R ..................................................... 236Lozano, D .................................................... 216Lozano, K ............................ 204, 250, 260, 271Lozano-Perez, S .......................................... 167Lubarda, V .................................................... 78Lubin, M ............................................. 105, 186Lucas, M ....................................... 80, 142, 152

Lucero, A ............................................. 260, 261Lucht, B ....................................................... 196Lucis, M .............................................. 109, 136Ludtka, G .............................. 93, 141, 145, 274Ludwig, T .................................................... 157Ludwig, W .................................. 132, 197, 202Luetzerath, A ............................................... 126Lu, G ................................................... 231, 251Lugovskoy, A .............................................. 240Lu, H .......................... 117, 148, 153, 159, 185, ............................................. 196, 207, 215, 260Luhrs, C....................................................... 191Lui, E ........................................................... 143Lui, T ................................................... 151, 180Lu, J............................................................. 142Lu, K ..................................................... 97, 245Lukac, P ...................................................... 131Lukáš, P ....................................................... 130Lukin, M ..................................................... 154Lukovnikov, D ............................................ 102Lumpov, A ................................................... 242Lu, N ........................................................... 182Lun, Z .......................................................... 178Luo, A ............ 84, 135, 136, 169, 192, 238, 255Luo, J............................. 92, 119, 128, 146, 174Luomala, M ................................................. 224Luong, D ..................................................... 151Luo, Q ........................................... 79, 207, 254Luo, S ............................ 88, 130, 138, 213, 246Luo, W ........................................................ 230Luo, X ........................................................... 82Luo, Y.......................................... 110, 138, 230Luo, Z .................................................. 177, 200Lu, P .............................................. 88, 232, 243Lu, Q ................................................... 185, 260Luscher, W .................................................. 241Lus, H .......................................................... 173Lu, W .......................................................... 179Lu, X ................................................... 215, 237Lu, Y............................................ 138, 169, 212Lu, Z ............................................................ 127Lv, D ................................................... 144, 212Lv, G ............................................................. 98LV, W .......................................................... 230Lv, X .................. 171, 178, 190, 201, 229, 230, ............................................................. 235, 252Lynch, S ...................................................... 206Lyon, P ........................................................ 192

M

Maass, R ...................................................... 234Ma, B................................................... 115, 251Mabe, J ................................................ 118, 227Maboudian, R .............................................. 196MacDowell, A ............................................. 121Macedo, E ........................................... 153, 215Maciel, M .............................................. 98, 125Mackain, O .................................................. 266Mackey, P ....................... 75, 96, 122, 150, 177, ............................. 197, 204, 229, 230, 251, 261Mack, P ....................................................... 171Ma, D .................................... 97, 127, 156, 244Madavan, S ................................................. 216Maddela, S .................................... 92, 119, 165Madden, J .................................................... 242Maddrell, E ................................................. 242Madec, R ..................................................... 194

Madhup, D .................................................. 260Madiha, S .................................................... 146Madison, J ...................... 88, 94, 113, 121, 140, ..................................... 149, 169, 176, 196, 203Madsen, G ................................................... 272Ma, E ........................................... 151, 156, 182Maetz, J ....................................................... 247Magagnosc, D ............................................. 183Magdefrau, N ................................................ 85Magee, A ..................................................... 125Magin, J....................................................... 228Magnelinck-Noël, N ................................... 212Magness, L .................................................. 171Magnien, J ................................................... 143Magro, C ..................................................... 180Ma, H .................................................. 194, 265Mahabunpachai, S ....................................... 222Mahadevan, P .............................................. 240Mahadik, N ................................................. 179Mahajan, R .................................................. 268mahapatra, M .............................................. 262Mahapatra, M .............................. 106, 119, 216Mahapatra, R ....................................... 106, 229Mahato, N ............................................. 76, 229Mahdak, K ........................................... 121, 226Maheshwari, H ............................................ 174Mahieu, P .................................................... 160Mahmoudi, A............................................... 163Mahoney, M ........ 106, 133, 162, 189, 216, 238Maier, H ................. 76, 92, 117, 145, 159, 174, ..................................................... 200, 226, 248Maier, M ...................................................... 250Maier, P ....................................... 157, 218, 240Maier, V ...................................................... 132Mai, J........................................................... 201Maijer, D ..................................................... 133Maiti, S ........................................................ 244Maiwald, D ................................................. 160Ma, J ...................... 98, 138, 143, 200, 225, 252Majd, H ......................................................... 78Majidi, C ..................................................... 270Major, R .............................................. 161, 216Majumdar, B ............................................... 165Majzoub, E .................................................. 169Ma, K .......................................................... 125Makhlouf, A ........................................ 206, 248Maki, T ........................................................ 219Makkar, P .................................................... 179Makuanga, D ............................................... 124Ma, L ........................................... 176, 196, 268Malasi, A ..................................................... 179Maleki, N .................................................... 265Malekjani, S ................................................ 263Malik, M ..................................................... 131Malik, R ........................................................ 94Malko, A ...................................................... 122Mallick, K .................... 77, 100, 127, 155, 181, ..................... 208, 209, 233, 234, 252, 262, 272Malone, P ............................................ 181, 215Maloy, S ................. 76, 87, 109, 139, 168, 193, ..................................................... 219, 266, 267Mamidanna, S ............................................. 206Mamivand, M .............................................. 226Mamun, M........................................... 263, 270Manchanda, P .............................................. 136Manchiraju, K ............................................. 128Manchiraju, S ...................................... 140, 227Mandal, B .................................................... 272

298

IND

EX


Mandal, N ................................................... 106Mangabhai, D .............................................. 185Manga, V ..................................................... 256Mangelinck, D ............................................... 95Mangelinck-Noël, N ................................... 163Maniee, A .................................................... 261Manilay, Z ................................................... 100Manke, I ...................................................... 224Manley, M ................................................... 142Mann, V ................................................ 99, 126Manohara, H ............................................... 152Mansfield, C ................................................ 135Mantovani, D ........................................ 92, 119Manuel, M .............. 74, 93, 108, 119, 144, 160, ............................. 174, 214, 218, 273, 274, 276Mao, R................................................. 230, 246Mao, S ......................................... 113, 128, 169Mao, W ........................................................ 180Mao, X .......................................................... 97Mao, Y ............ 75, 96, 122, 150, 177, 203, 204, ............................................. 229, 250, 259, 260Mapar, A ...................................................... 147Mara, N .......... 87, 88, 113, 129, 140, 142, 158, .................... 161, 166, 168, 176, 195, 199, 200, ..................................... 221, 222, 243, 256, 267Marathe, A ................................................... 260Marceau, D .................................. 131, 187, 214Marchal-Marchant, V .................................. 124Marchwica, P .............................................. 158Marcin, J ..................................................... 165Marcotte, R ................................................... 74Marcrum, W .................................................. 74Marcus, P .................................................... 165Mareci, T ....................................................... 74Margem, F ........................................... 184, 236Margem, J.................................................... 184Marianetti, C ................................................. 80Marian, J ..................................................... 221Marichal, C ................................. 194, 197, 256Mari, D .......................................................... 79Marinica, M ........................................... 87, 140Marino, C .................................................... 244Marino, J ..................................................... 105Marion, J ..................................................... 109Maris, E ....................................................... 201Markaki, A ................................................... 252Marks, J ....................................................... 207Marks, N ..................................................... 220Marks, T ........................................................ 95Markus, T .................................................... 236Marquez, A .................................................... 85Marra, J ............................................... 220, 241Marschilok, A .............................................. 169Marsden, K .................................. 150, 163, 166Marshalko, S ............................................... 154Marshall, D ......................................... 106, 121Marshall, P .................................................... 94Marteleur, M ............................................... 105Marthinsen, K ............................................. 233Martinavicius, A .......................................... 153Martin, B ..................................................... 177Martin, D ..................................................... 130Martinez, D ......................................... 149, 236Martinez, E .................. 104, 167, 253, 266, 271Martinez, J ........................................... 242, 276Martínez-López, R ...................................... 147Martinez-Luevanos, A ................................. 201Martinez, M ................................................. 182

Martinez Saez, E ......................................... 129Martinez-Villafane, A .................................. 212Martin, J ...................................... 133, 148, 264Martin, M ............................ 123, 132, 214, 260Martin, P ...................................................... 184Martin, S ..................................................... 164Martins, A .................................................... 236Martins, L .................................................... 236Marty, D ................................................ 93, 276Marumo, Y .................................................. 263Maruno, F .................................................... 214Maruyama, S ............................................... 107Marx, V ....................................................... 263Marya, M ........................ 76, 97, 123, 151, 178, ..................................................... 205, 231, 250Ma, S ........................................................... 249Masek, B ..................................................... 119Mashtalir, O ................................................ 223Mason, D ..................................................... 203Mason, P ...................................................... 226Mason, T ............................................. 169, 203Massardier, V ................................................ 79Massart, T .................................................... 168Massot, L ..................................................... 190Mastorakos, I ............................................... 267Mastro, M .................................................... 179Mastropietro, F ...................................... 89, 223Materon, L ................................................... 260Mathaudhu, S ................... 76, 84, 97, 108, 123, .................... 135, 151, 165, 178, 186, 192, 202, .................... 205, 213, 218, 228, 231, 238, 240, ..................... 241, 249, 255, 258, 263, 264, 274Mathiesen, R ............................................... 111Máthis, K............................................. 130, 131Mathon, M................................................... 245Matias, T ..................................................... 218Matlock, D .......................................... 245, 247Matos, C ...................................................... 253Matson, D ...................... 86, 111, 138, 139, 190Matsubae, K ................................ 175, 201, 249Matsuhisa, N ................................................. 95Matsukawa, Y...................................... 167, 168Matsumoto, A .............................................. 143Matsumura, S .............................................. 117Matsunaga, K .............................................. 201Matteis, P ............................................ 158, 199Matthies, C .................................................... 99Mattila, T ..................................................... 132Matusewicz, R ............................................. 224Matveeva, I ................................................. 261Mauger, L ............................................ 142, 223Maugis, P .................................................... 195Maumdar, B ................................................ 229Maupin, H ............................. 76, 151, 238, 249Maurice, C ................................................... 170Mauro, N ............................................. 101, 111Mavinkurve, R ............................................ 209Ma, X .......................................................... 148Maxson, A ................................................... 191Ma, Y ................................................... 110, 217Mayer, C ...................................................... 132Mayer, P ...................................................... 226Mayeshiba, T ................................................. 80Mayeur, J ............................................. 168, 222Mayhew, K .................................................. 142Ma, Z ................................................... 122, 239Mazdiyasni, S .............................................. 188Maziasz, P ................................................... 110

Mazumder, J ................................ 106, 174, 193Mazza, E ..................................................... 135McAllister, D ...................................... 144, 212McBrearty, I ................................................ 164McCabe, R ................... 92, 137, 142, 166, 168, ..................................................... 186, 222, 277McCallen, R ................................................ 164McCallum, R ............... 109, 118, 136, 193, 274McCartin, W ................................................ 166McCartney, G .......... 76, 97, 123, 152, 179, 206McCartney, M ............................................. 136McCleaf, A .................................................. 271McClelland, Z ............................................. 192McCloy, J .................................................... 213McClung, C ................................................. 162McClurg, D ................................................... 85McConnell, C .............................................. 233McCormick, A ..................................... 135, 242McCoy, M ........................................... 106, 189McCoy, T..................................................... 142McCulloch, R .............................................. 175McCullough, R .................................... 101, 247McCune, R .................................................... 84McDeavitt, S ....................... 137, 241, 242, 276McDermid, J ....................................... 216, 232McDonald, A ............................................... 182McDonald, D ............................................... 237McDonald, S ......................................... 90, 116McDowell, D ....................... 167, 188, 264, 267McDowell, M ................................................ 85McDuffee, J ................................................. 242McFarlane, A ............................................... 169McGlinn, P .................................................. 242McGregor, I ................................................. 253McGuffin-Cawley, J .................................... 272McGuiness, P ................................................ 98McHenry, M ........ 152, 165, 178, 205, 231, 251McHugh, L .................................................... 75McHugh, P .................................................. 162McKee, M ................................................... 181McKeown, J ................................ 137, 163, 173McKittrick, J ................................. 78, 100, 208McLean, M .................................................. 263McLeod, M ................................................. 165McNally, B .......................................... 121, 270McNamara, C .............................................. 207McNelley, T................................. 106, 133, 179McNulty, I ................................................... 102McPherson, N ............................................. 133McWilliams, B ............................................ 135Meacham, B .................................. 78, 171, 250Meacock, C ................................................. 124Meagher, M ......................................... 209, 234Medina, D ................................................... 253Medina, F .................................... 104, 253, 271Medlin, D ...................................................... 77Medvedeva, J .............................................. 275Medvedev, D ............................................... 217Medvedev, P ................................................ 166Meesrisom, A .............................................. 110Meher, S ...................................... 174, 176, 256Mehmood, A ................................................ 273Mehmood, S ................................ 113, 129, 244Mei, J........................................................... 104Meijer, M .................................................... 126Meimei, L ...................................................... 98Meintjes, G .................................................. 155Meisel, M ...................................................... 74


IND

EX

Mei, X ......................................................... 192Mei, Z .................................................... 85, 108Mekala, P .................................................... 211Meletis, E ...................................................... 76Melgarejo, Z ................................................ 210Melin, A................................................. 93, 274Melle, A ....................................................... 231Mellor, I ........................................................ 81Melo, A ........................................................ 252Melzer, C ..................................................... 173Memarzadeh, E ............................................. 88Menad, N ..................................................... 148Menard, Y............................................ 201, 248Mendelev, M ............................... 130, 156, 239Mendez, C ........................................... 125, 166Mendis, C ............................................ 218, 255Menet, N ..................................................... 155Mengbi, F .................................................... 151Meng, F ............................................... 210, 235Meng, G ...................................................... 232Meng, J ............ 76, 97, 123, 151, 178, 205, 231Meng, S ....................................................... 114Meng, X ...................................................... 204Meng, Y ....................................................... 107Menictas, C ................................................. 207Menon, S ............................. 106, 133, 179, 191Mensik, M ........................................... 203, 260Menut, D ..................................................... 184Menzel, A ...................................... 79, 102, 226Merah, N ..................................................... 106Meratian, M ................................. 262, 264, 265Mercado-Solís, R ........................................ 216Meredig, B .................................................. 134Merkel, S ............................................. 170, 199Merkle, B .................................................... 171Merle, B ........................................................ 81Mermet-Guyenet, S ..................................... 126Merrill, F ....................................................... 95Mertens, J .................................................... 176Merwin, M .................................................. 245Meskers, C ......................... 120, 147, 148, 175, ..................................... 200, 201, 227, 248, 249Meslin, E ..................................................... 221Mesquita, A ................................................. 154Messe, O ............................................. 128, 138Meteleva-Fischer, Y .................... 201, 202, 227Metson, J ....................................................... 74Meunier, V .......................................... 114, 141Meyer, A ...................................................... 111Meyer, B ........................................................ 82Meyer, D ............................................. 178, 205Meyer III, H ........................................ 259, 263Meyer, J ....................................................... 179Meyers, M ........................... 100, 101, 127, 208Meza-Martinez, P ........................................ 101Miao, J........................................................... 79Miao, S ........................................................ 116Miao, Y........................................................ 266Michael, N ............................. 92, 119, 146, 174Michael Rawlings, M .................................. 111Michaels, C ................................................. 199Micha, J ............................................... 197, 222Michalicka, J ............................................... 194Michelic, S .................................................... 88Michels, H ................................................... 154Michenka, V ................................................ 240Michler, J ...................................... 92, 132, 210Mickel, C ..................................................... 252

Mihaila, B ........................................... 108, 222Miha, Z ........................................................ 106Mihut, D ...................................................... 260Mikhonin, A ................................................ 208Miles, M ...................................... 106, 133, 265Milhans, J .................................................... 145Militzer, M .................................. 104, 205, 258Miller, B .............................. 109, 166, 167, 242Miller, J ....................................................... 212Miller, M .............. 89, 121, 136, 139, 168, 174, ............. 193, 201, 226, 238, 244, 247, 258, 266Miller, T ...................................................... 175Miller, V ...................................................... 218Millet, P ......................................................... 76Millett, P ...................................................... 108Milligan, J ................................................... 179Milligan, P ................................................... 192Mills, K ....................................................... 130Mills, M...................... 103, 144, 145, 146, 174, ..................................................... 194, 212, 238Mills, S ........................................................ 104Millwater, H ................................................ 267Milner, J ...................................................... 250Milner, M .................................................... 107Milot, T ....................................................... 167Milshtein, J .......................................... 131, 190Mimoto, T ........................................... 159, 246Minárik, P .................................................... 240Min, B ......................................................... 270Ming, A ....................................................... 115Mingard, K .................................................. 182Mingchun, L ................................................ 230Mingming, C ............................................... 230Ming, W ...................................................... 108Mingxiao, Q ................................................ 232Ming, Z ....................................................... 264Minkevich, A ............................................... 224Minor, A ...................... 113, 132, 140, 215, 267Min, X ......................................................... 237Miracle, D ................................... 202, 209, 249Miranda, J ............................................. 98, 125Mireles, K ................................................... 268Miroux, A ............................................ 180, 233Mirpuri, K ................................................... 116Mirshams, R ................................................ 270Mirzaei, B ................................................... 158Mirza, F ....................................................... 192Mishin, Y ............................................. 129, 159Mishra, A ..................................................... 211Mishra, B................ 76, 97, 120, 123, 147, 148, .................... 151, 175, 178, 200, 201, 205, 227, ............................................. 231, 248, 249, 253Mishra, D .................................... 157, 224, 257Mishra, L ..................................................... 100Mishra, R.................... 106, 109, 113, 133, 162, ..................... 186, 189, 216, 238, 239, 263, 265Misra, A ......................... 87, 109, 195, 221, 256Misra, D ...................................................... 273Mitarai, Y .................................................... 174Mitchell, I .................................................... 193Mitchell, J ............................................. 74, 127Mitchell, R .................................................. 149Mitlin, D ............... 88, 114, 141, 169, 196, 222, ............................................................. 244, 268Mitsuhara, M ........................................... 92, 95Mitsunobu, T ............................................... 199Mitterer, C ................................................... 161Miura-Fujiwara, E ....................................... 252

Miura, H .............................................. 103, 224Miwa, K ...................................................... 109Mi, X ........................................... 237, 252, 271Miyajima, Y ................................................ 186Miyamoto, G ............................................... 257Miyamoto, H ............................................... 206Miyaoka, M ................................................... 90Miyazaki, N ................................................. 210Miyazaki, S ................................................. 118Miyazaki, Y ................................................. 124Miyazawa, T ................................ 178, 221, 266Mizuno, A .................................................... 138Mkhoyan, K ................................................ 277Mliki, N ............................................... 177, 261M., Nagini ................................................... 241Moares, L .................................................... 125Moats, M ............................................. 115, 142Moberg, M .................................................. 191Modanese, C ............................................... 228Modi, O ....................................................... 252Moffatt, S .............................................. 98, 153Moghtader, F ............................................... 272Mogonye, J .................................................... 93Mohamed, F ................................................ 250Mohamed, G ............................................... 145Mohammadi, F .................................... 207, 211Mohammadi, M ................................... 207, 211Mohammadi Zahrani, E .............. 107, 264, 265Mohammadi Zahrani, M ..................... 264, 265Mohammed, H ............................................ 153Mohanarangam, K ....................................... 100Mohanty, H ................................................. 106Mohanty, P .................................................. 223Mohapatra, G .............................................. 257Mohapatra, P ............................................... 229Mohri, T ........................................ 80, 103, 270Mohseni, H ............................................ 93, 226Mojarradi, M ............................................... 152Mo, K .......................................................... 185Molenaar, D ................................................ 214Molina-Aldareguia, J .......................... 161, 264Molina-Aldareguía, J .......................... 143, 221Molitoris, J ............................................ 83, 164Mollaoglu Altuner, H .................................. 180Moll, S......................................................... 112Mompiou, F......................................... 105, 242Monaghan, B ............................................... 215Monceau, D ................................................. 226Monclus, M ................................................. 161Monconduit, L ............................................. 244Mondelo García, F ...................................... 260Monden, K .................................................. 236Mönig, R ..................................................... 188Monnet, G ................................................... 221Monnet, N ........................................... 126, 155Monroe, C ................................................... 110Monroe, J .................................................... 200Montalbano, T ............................................. 137Montalto, A ................................................. 214Montalvo, J ................................................. 137Monteiro, A ................................................... 98Monteiro, S .................. 79, 102, 129, 157, 158, ............................ 183, 184, 211, 212, 235, 236, ............................................................. 252, 253Montes, A .................................................... 136Montgomery, R ........................................... 213Montiel, D ........................................... 217, 258Moodley, S .................................................. 160

300

IND

EX


Moody, J ...................................................... 188Moody, N ............................................ 105, 132Moon, B ...................................................... 108Moon, K ...................................................... 145Moon, M ............................................. 223, 269Moore, A ..................................................... 185Moore, M .................................................... 219Moraes, E .................................................... 180Morais, A ..................................................... 184Morais, B............................. 105, 131, 160, 186Morcali, M .......................................... 248, 271Mordi, G .............................................. 204, 261Moreno, J .................................................... 275Morgan, D ...................... 80, 87, 112, 135, 139, ............................. 167, 194, 221, 242, 256, 266Morgeneyer, T ............................................. 202Morgenstern, R............................................ 232Moricca, S ................................................... 242Mori, M ....................................................... 272Morinaka, S ................................................. 224Morin-Grognet, S ........................................ 181Morisada, Y ......................................... 106, 271Morita, K ..................................... 175, 201, 227Morral, J ................. 91, 92, 117, 144, 145, 172, ..................... 173, 199, 225, 226, 247, 257, 258Morrey, Z ............................................ 162, 239Morris, A ..................................................... 187Morris, C ....................................................... 95Morris, J ........ 81, 191, 210, 225, 267, 268, 269Morrison, K ................................................. 185Morris, R ..................................................... 173Morris, S ..................................................... 139Morrow, B ........................................... 186, 277Morsi, Y ...................................................... 100Moruza, G ................................................... 260Mosbrucker, P ............................................. 184Moscoso, W ................................................ 264Mosecker, L ................................................. 247Moser, R ...................... 181, 208, 209, 247, 272Mosyagin, I ................................................. 240Motomura, S ................................................. 92Motta, A............................................... 112, 135Mottura, A ..................................... 95, 149, 203Mourad, H ........................................... 168, 222Moura, E ..................................................... 236Moura, F .............................................. 123, 171Mourao, M .......................................... 131, 148Mourão, M .................................................... 96Mourer, D .................................................... 238Movil-Cabrera, O ................................ 259, 274Moxon, V .................................................... 213Moxson, V ................................................... 185Mozharivskyj, Y .......................................... 115M P, B.......................................................... 155M., Ramakrishna ......................................... 241Mrovec, M ............................................. 82, 103Mubarok, A ......................................... 109, 183Mücklich, F ................................................. 154Mudgal, D ................................................... 179Mudryk, Y ..................................................... 84Mudryy, R ................................................... 113Mueller, B ................................................... 106Mueller, D ................................................... 249Mueller, S .................................................... 217Mujahid, M ................................. 153, 260, 273Mukai, T .............................. 192, 214, 219, 240Mukherjee, P ............................................... 229Mukherjee, S ....................................... 127, 182

Mukhopadhyay, A ......................................... 88Mukhopadhyay, P ........................................ 110Mulay, R ...................................... 142, 170, 224Müller, A ..................................................... 247Müller, D ..................................................... 175Müller, S ...................................................... 191Mullins, O ..................................................... 97Mullis, A ........................................ 88, 111, 163Müllner, P ............................................ 200, 227Mumm, D .................................................... 137Munirathnam, N .......................................... 270Munitz, A..................................... 202, 249, 258Muñoz, D .................................................... 253Munoz, E ..................................................... 218Munoz, J ........................................ 80, 142, 223Munroe, N ........................... 117, 124, 255, 272Munroe, P ................................................ 93, 97Muntele, C ................................................... 182Muntifering, B ............................................. 200Murakami, K ............................................... 111Murakami, Y ....................................... 109, 200Muralidharan, G .......................... 110, 143, 268Murashkin, M ................................ 76, 261, 262Murata, K .................................................... 249Murayama, N .............................................. 249Murch, G ............................................. 254, 255Muroga, T ............................................ 221, 266Murray, C .............................................. 89, 102Murray, M ................................................... 122Murr, L ........................................ 104, 253, 271Murty, B ...................................................... 101Murty, K .............................................. 109, 168Murty, S ......................................................... 83Murugan, N ................................................. 217Musinski, W ................................................ 188Mustafaoglu, N ........................................... 273Muta, H ....................................................... 124Muth, T ................................................ 104, 185Mutluay, M .................................................... 78Mutombo, K ................................................ 225Muzyk, M .................................................... 272Myasishchev, D ................................... 193, 260Myers, M ..................................................... 256Myers-Ward, R .... 152, 178, 179, 205, 231, 251Myneni, N ................................................... 245

N

Nadeau, J ..................................................... 181Nadendla, H ........................................ 157, 185Naess, E ....................................................... 155Næss, M ...................................................... 194Na, G ........................................................... 237Nagai, Y ............... 87, 112, 139, 167, 168, 194, ............................................. 221, 242, 256, 266Nagano, M ................................................... 178Nagaoka, T .................................................. 271Nagasaka, T ................. 175, 201, 221, 249, 266Nagasako, M ............................................... 118Nageswara rao, P ......................................... 262Nagira, T ..................................................... 163Naglieri, V ................................................... 209Nag, S ................. 117, 121, 145, 173, 174, 176, ............................................. 225, 226, 256, 273Naguib, M ................................................... 223Nagy, P ........................................................ 193Naijun, L ....................................................... 98Naik, R ........................................................ 233

Naixiang, F ...................................... 75, 99, 126Najafi, M ..................................................... 261Najafizadeh, A ............................................. 261Nakagawa, R ............................................... 150Nakai, M ............................................. 127, 159Nakai, Y ...................................................... 182Nakajima, K ................................ 175, 201, 249Nakamura, S ........................................ 227, 249Nakamura, T ................................................ 219Nakano, J ..................................................... 137Nakano, T .............................................. 80, 213Nakashima, H ................................................ 95Nakata, K .................................................... 162Nakayama, K ............................................... 101Naleway, S .................................................. 182Na, M .......................................................... 183Nam, C ........................................................ 257Nam, T ................................................ 146, 223Nan, C ..................................... 77, 98, 124, 153Nanda, J ....................................................... 114Nandwana, D ................................................. 98Nandwana, P ............................................... 117Nansai, K ..................................................... 175Nanstad, R ........................................... 168, 266Nan, Z ......................................................... 267Napolitano, R ...................... 128, 173, 254, 270Narayanan, B ............................................... 226Narayanan, M .............................................. 251Narayan, R ............ 92, 119, 122, 146, 174, 181Narita, C ...................................................... 131Narumanchi, S ............................................. 217Narumi, Y .................................................... 219Naser, J ........................................................ 204Nasiatka, J ................................................... 121Nasr, B .......................................................... 95Nassar, N ..................................................... 249Nassyrov, D ......................................... 204, 274Nastac, L ....... 88, 109, 113, 130, 140, 169, 196Nastar, M ..................................... 167, 256, 266Nastasi, M ................................................... 150Natarajan, M ............................................... 217Natarajan, R ................................................ 229Nath, A ........................................................ 179Nathal, M .................................................... 272Nath, S......................................................... 212Navarro, A ................................................... 270Navone, C ..................................................... 98Navrotsky, A .......................................... 83, 220Nayan, N ....................................................... 83Nay, R ......................................................... 161Nazari, M .................................................... 199Nazario, G ................................................... 274Nazarov, R ................................................... 103Ncapayi, V .................................................. 203Ndjom, B ..................................................... 131Neate, M ...................................................... 155Necker, C .................................................... 137Neelakantan, S ............................................ 252Neelameggham, N ................ 84, 108, 131, 135, ............................ 161, 165, 187, 192, 215, 218, ..................................................... 240, 255, 263Nelaturu, P .................................................. 239Nelson, G .................................................... 182Nelson, L ..................................................... 134Nelson, T ..................................................... 133Neri, M ........................................................ 212Neshastehriz, M .......................................... 115Nesic, S ....................................................... 123


IND

EX

Netto, R ....................................................... 125Neuefeind, J ................................................ 228Neugebauer, J ............... 80, 103, 129, 158, 212, ..................................................... 217, 236, 254Neves Monteiro, S .............................. 127, 253Newaz, G ............................... 93, 119, 147, 269Newman, C ......................................... 241, 254Newman, J ................................................... 181Neyrey, K .................................................... 105Nezafati, M ................................................. 218N, Ganapathi Subramanian ......................... 260Ngan, A ............................................... 140, 162Ng, B ........................................................... 176Ngo, K ................................................. 231, 251Ng, T ............................................................. 95Nguyen, A ..................................................... 98Nguyen, H ................................................... 122Nguyen, J ...................................................... 95Nguyen, L ............................................ 149, 251Nguyen, M .................................................. 164Nguyen-Manh, D ........................................ 272Nguyen-Thi, H ............................ 111, 163, 212Niceas, F ..................................................... 131Nichols, A .................................................... 164Nicholson, D ......................................... 92, 145Nicolas, L .................................................... 106Nicol, M ...................................................... 142Niebur, G ..................................................... 234Niedziolka, K .............................................. 272Nie, G .................................................. 138, 237Nieh, T ........................................................ 127Nie, J ............................................. 84, 117, 173Nielsen, B .................................................... 137Nielsen, K ................................................... 237Niendorf, T .................................................. 200Nieto, A ................................................... 83, 94Nie, X .......................................................... 138Nie, Z .......................................................... 245Niezgoda, S ......................................... 121, 222Niinomi, M .......................................... 127, 159Nikishin, S........................................... 193, 205Nikitin, E ....................................................... 99Niklas, A ...................................................... 154Nikolic, S .................................................... 148Nimbalkar, V ................................................. 93Nimer, S ...................................................... 162Ningileri, S .......................... 101, 102, 128, 180Ningning, G................................................. 264Ning, T ........................................................ 245Ning, X ................................................ 134, 146Ni, S ............................................................ 168Nisar, A ........................................................ 273Nishida, M..................................................... 92Nishikawa, H ............................................... 171Nishimura, T ................................................. 90Nishi, T ........................................................ 175Nishiuchi, T ................................................. 219Nishiyama, H .............................................. 199Nishiyama, Y ............................................... 168Nisr, C ......................................................... 170Niu, C .......................................................... 228Niu, S .......................................................... 158Niu, X .................................. 140, 141, 197, 241Nixon, M ............................................. 158, 203Nix, W ........................................... 85, 151, 267Ni, Y ............................................................ 205N, Karthiselva ....................................... 83, 277Noble, M ..................................................... 121

Noebe, R ............... 92, 145, 146, 174, 176, 245Noelke, C .................................................... 109Noell, P .......................................................... 94Noël, M ....................................................... 187Nogami, S ........................................... 195, 221Nogita, K ....................................... 90, 116, 117Nogueira, A ................................................... 96Nogués, C .................................................... 183Nohira, T ..................................................... 134Noh, J .................................................. 114, 223Nojiri, H .............................................. 200, 219Nolet, S ....................................................... 142Noonan, M .................................................. 160Nordin, M .................................................... 193Nordmark, A ................................................ 128Norgate, T ................................................... 201Norman, D ................................................... 253Norman, G ................................................... 108Norquist, P .................................................. 121Nortier, M .................................................... 220Nose, K ....................................................... 107Nos, P .......................................................... 224Notten, P ........................................................ 88Novak, B ..................................................... 187Novarino, S ................................................. 199Novitskaya, E ........................................ 78, 100Nowak, M ................................................... 157Nowakowski, B ........................................... 176Nowell, M ................................................... 149Nozawa, Y ........................................... 167, 168Nshimirimana, R ......................................... 242Nune, K ....................................................... 273Nunes, C ...................................................... 271Nunn, S ....................................................... 104Nutt, S ......................................................... 214Nwajagu, O ................................................. 262Nwonye, E ........................................... 261, 262Nyakiti, L .................................................... 179Nyberg, E ............................................ 255, 263Nychka, J ..................................... 100, 101, 182Nygren, K .................................................... 132

O

Oaks, A ........................................................ 266Obahiagbon, U ............................................ 153Oba, Y ......................................................... 141O’Brian, B ................................................... 259Ocelik, V ..................................................... 152O’Connor, S ................................................ 179Oda, Y ......................................................... 227Odbadrakh, K .............................................. 191Odette, G .................... 109, 112, 139, 167, 168, ..................................................... 193, 241, 266Odette, R ..................................... 139, 140, 266Ó Dubhlaing, F............................................ 232Oertel, C ...................................................... 200Offerman, S ................................................. 255Ofori-Opoku, N ................................... 213, 217Ogata, S ............................................... 156, 210Ogwuegbu, M ..................................... 235, 270Ohadi, M ..................................................... 178O’Hare, E .................................................... 137Oh, C ............................................................. 90Oh, G ........................................................... 270Oh, H ........................................................... 271Oh, I ............................ 162, 163, 193, 270, 271Ohishi, Y ..................................................... 124

Oh, J .................................... 140, 269, 270, 271Oh, K ........................................... 269, 270, 271Ohno, H ....................................................... 249Ohnuki, S ...................................................... 87Ohnuma, I ..................... 91, 116, 144, 172, 173Ohnuma, M ................................................. 141Ohodinicki, P .............................................. 152Ohodnicki, P ........ 151, 152, 178, 205, 231, 251Ohriner, E .................................................... 120Oh, S ................................... 188, 264, 265, 270Oh, Y ........................................... 161, 216, 232OIiveira, M .................................................. 184Okabe, T .............................................. 107, 178Okada, H ..................................................... 189Okada, J ....................................................... 111Okasinski, J ................................................... 89O’Keefe, M ................................... 92, 119, 165Okido, M ..................................................... 165Öksüz, K ..................................................... 173Okuda, H ..................................................... 244Okuniewski, M .............................. 83, 137, 242Okur, O ........................................................ 122Olakanmi, E ................................................ 124Olaniran, O .......................................... 150, 262Olevsky, E ....................................... 86, 90, 171Oliana, R ..................................................... 214Oliazadeh, A ........................................ 259, 274Oliveira, A ............................................. 98, 125Oliveira, J .................................... 230, 271, 272Oliveira, R ................................................... 236Oliver, R ...................................................... 202Olivetti, E ............................................ 175, 249Olmsted, D .......................................... 107, 129Olsen, B....................................................... 114Olson, G ........................................ 85, 173, 225Olsson, P ..................................................... 195Olszta, M ..................................................... 139Olubambi, P ................................................ 124Oluwafemi, O .............................................. 260Oluwatobi, O ....................................... 203, 261Omar, S ....................................................... 259Omori, T .............................. 118, 133, 173, 200Omotoyinbo, A .................................... 150, 262Omran, A ..................................................... 157Omrani, E .................................................... 118Onder, S ...................................................... 181Onimus, F .................................................... 242Onizawa, K ................................................. 168Onodera, E .................................................. 272Onwudiwe, D .............................................. 261Onyedika, G ................................ 235, 236, 270Oosterhof, H ........................................ 248, 257Oosthuizen, S ................................................ 81Ophus, C ..................................................... 129Oppedal, A ................................... 212, 219, 265Orazem, M .................................................. 164Ordiales, M ................................................. 148Orgéas, L ..................................................... 248Orji, N ......................................................... 176Orsborn, J .................................................... 225Ortac, I ........................................................ 209Ortiz, A ........................................................ 236Ortiz, C ................................................ 127, 221Orvananos, B ........................................... 86, 94Osada, T ...................................................... 224Osborn, W ................................................... 176Ose, S .......................................................... 214Ossa, A ........................................................ 100

302

IND

EX


Osswald, S................................................... 115Ostadhossein, A ................................... 234, 244Ostien, J....................................................... 135Ostrowski, N ............................................... 255O’Sullivan, C .............................................. 163Oswald, S ...................................................... 78Ota, K .......................................................... 129Otero, N ....................................................... 227Ott, L ........................................................... 242Otto, F ......................................................... 249Ott, R ............................. 78, 118, 145, 173, 183Ouchi, T .............................................. 134, 277Oumarou, N ................................................. 160Ouvarov, V .................................................. 214Ouyang, C ..................................................... 76Ouyang, F ................ 90, 91, 146, 246, 269, 271Ouyang, Y ................................................... 153Öveçoglu, L ................................................. 262Oveisi, E ...................................................... 194Øvrelid, E .................................................... 202Ovri, H ........................................................ 238Ovun, M ...................................................... 145Oye, B ......................................................... 214Ozaki, K ...................................................... 235Ozaki, Y ...................................................... 115Özalp, M ..................................................... 234Oza, S .......................................................... 182Ozawa, S ..................................................... 138Ozdemir, N .................................................. 140Ozden, B ..................................................... 153Özdogru, E .................................................. 262Ozer, G ........................................................ 173Ozgun, E ..................................................... 262Özkul, C ...................................................... 234Ozolins, V ................................... 134, 139, 164Ozrin, V ....................................................... 108

P

Pabel, T ....................................................... 154Packard, C ..... 81, 105, 132, 161, 188, 215, 263Packer, S ...................................................... 133Padilla, A ..................................................... 274Padilla, H ............................................... 88, 238Padilla, R ..................................................... 220Padovani, A ................................................. 274Padula II, S .................................................. 272Padula, S ....................................................... 92Paepcke, J .................................................... 154Paes, M ........................................................ 125Pagano, M ................................................... 181Pahlavanzadeh, H ........................................ 277Paital, S ....................................................... 152Palanivel, S ................................................. 216Palasyuk, A .......................................... 193, 274Palazyk, A ................................................... 136Palermo, V .................................................... 96Palkowski, H ............................... 138, 182, 247PalkowskiI, H .............................................. 174Palmiere, E .................................................. 257Palmu, L ...................................................... 197Pal, S ................................................... 219, 244Pal, U............................. 82, 131, 134, 190, 201Palukuri, N .......................................... 181, 262Palumbo, M ................................................. 236Pan, C .......................................... 171, 229, 230Panchanathan, V ............................................ 84Pancholi, V .......................................... 189, 239

Pandey, A ................................. 85, 93, 265, 277Pandkar, a .................................................... 152Panfilov, P ..................................................... 78Panigrahi, A ......................................... 127, 252Panishev, N ................................................... 75Pan, J ........................... 163, 177, 228, 229, 230Panjepour, M ............................................... 265Pankow, M .......................................... 164, 191Panov, A ...................................................... 232Pan, T .......................................... 163, 165, 228Pant, H........................................................... 96Pantleon, W ........................................... 89, 170Pantoja, R .................................................... 153Pan, X .................................................. 253, 271Pan, Y .......................................................... 220Pao, P .......................................... 125, 130, 198Papangelakis, V ........................................... 224Papanikolaou, S ........................................... 194Pape, C ........................................................ 273Papin, P ....................................................... 137Paramore, J .................................................. 213Paramo, V .................................................... 245Paramsothy, M ............................................ 241Paranjape, H ................................................ 227Pardoen, T .................. 105, 108, 168, 188, 226, ............................................................. 237, 254Pardo, J ........................................................ 105Pareige, C ...................................... 87, 247, 266Pareige, P ...... 87, 109, 110, 139, 167, 247, 266Parga, J ........................................................ 201Parish, C ...... 143, 145, 202, 228, 258, 266, 268Paris, O .......................................................... 89Park, B........................................................... 87park, c .......................................................... 139Park, C................................................... 96, 176Park, E .................... 78, 93, 101, 145, 173, 183, ..................................................... 210, 271, 272Parker, S ...................................................... 161Park, H ........................................................ 162Park, H ................ 102, 163, 193, 200, 270, 271Park, I .......................................................... 255Park, J ............................ 78, 162, 209, 269, 271Park, K .......................................... 78, 257, 269Park, M .......................... 78, 153, 225, 270, 271Park, S .......... 96, 133, 163, 164, 261, 264, 269, ..................................................................... 270Park, W ........................................................ 188Park, Y ................................. 137, 248, 264, 269Parra, M ....................................................... 166Parry, G ................................................. 89, 237Parson, N ..................................................... 233Parthasarathy, T ........................................... 176Parthasarathy, T ........................................... 243Pasciak, M ................................................... 114Pasebani, S ............................................ 90, 276Pastirmaci, A ............................................... 180Patel, A ........................................................ 273Patel, P ........ 105, 126, 131, 160, 186, 187, 214Patel, V ........................................................ 229Paterson, B .................................................. 165Pati, S .................................. 131, 161, 187, 215Patra, A ........................................................ 167Patterson, B ................................... 95, 149, 176Patterson, E ................................................. 217Patterson, M ................................................ 163Paulino, L .................................................... 131Pauly, S ....................................................... 156Pauw, B ....................................................... 277

Pavin, A ....................................................... 126Pawlicki, M ................................................. 136Pawlik, P ..................................................... 165Payen, F....................................................... 234Payne, D ...................................................... 128Payten, W .................................................... 113Payton, E ..................................................... 247Peacey, J ...................................................... 274Pecharsky, V .................................................. 84Pech-Canul, M ...................... 93, 119, 147, 269Pechenkin, V ............................................... 168Pedrazas, N ................................... 94, 147, 259Pedrazzini, S ............................................... 238Pedroti, L ..................................................... 184Pedulla, M ................................................... 233Peele, A ....................................................... 102Peerally, F ................................................... 115Pei, F ................................................... 198, 225Pei, S ..................................................... 96, 260Peker, A ................................................. 78, 101Pellicer, E .................................................... 183Peng, J ......................... 150, 177, 205, 251, 253Peng, L ........................................ 136, 165, 219Peng, Q ........................................................ 199Peng, W ....................................................... 122Peng, X ........................................................ 264Peng, Z ................. 79, 102, 129, 157, 158, 183, ............. 184, 211, 212, 235, 236, 251, 252, 253Penso, G ...................................................... 213Penumadu, D ................. 99, 121, 158, 177, 224Peprah, M ...................................................... 74Perales-Perez, O .................................. 181, 247Perdahcioglu, S ........................................... 187Perdew, J ....................................................... 82Perea, D ............................................... 210, 277Perederiy, I .................................................. 224Pereira, P ..................................................... 184Perepezko, J ........................................ 145, 190Perez, D ....................................................... 242Perez, E ................................................. 91, 220Perez, G ............................................... 259, 268Perez, M ...................................................... 257Perez-Nunez, D ................................... 137, 242Perez Prado, M ............................................ 130Pérez-Prado, T ............................................. 264Pérez Trujillo, F ............................................ 85Pericleous, K ......................................... 88, 138Perisse, F ..................................................... 127Perovic, D ..................................................... 90Perret, E ............................................... 141, 142Perrett, J ...................................................... 264Perron, A ..................................................... 237Perry, K ....................................................... 255Persson, D ................................................... 272Peruš, I ........................................................ 123Perusin, S .................................................... 242Peshova, M .................................................. 206Pesic, B ............................................... 163, 164Pešicka, J ..................................................... 240Peter, J ......................................................... 145Peter, K ........................................................ 228Peters, G ...................................................... 223Peterson, B .................................................. 212Peterson, R .................................................. 102Peter, W ............................................... 104, 265Petitgirard, S ............................................... 199Petit, J .................................................. 222, 240Petit, P ......................................................... 237


IND

EX

Petkov, T ..................................................... 154Petrinic, N ................................................... 135Petrochenko, P ............................................ 122Petrusenko, Y .............................................. 234Petti, D ........................................................ 166Pettier, S ...................................................... 165Pettifor, D ........................................ 80, 82, 240Pettit, R ....................................................... 267Peuget, S ..................................................... 184Peuster, M ................................................... 255Peyneau, J ................................................... 126Pfeiffer, F .................................................... 102Pfennig, A .................................................... 131P G, Mukunda ............................................. 261Pham, M ...................................................... 135Pham, T ....................................................... 102Pham Thi, T ................................................. 195Philippi, B ................................................... 143Phillion, A .................. 106, 133, 134, 163, 190, ............................................................. 217, 239Phillips, C ...................................................... 98Phillips, E .................................................... 179Phillips, P .................................... 146, 212, 238Phillpot, S ...................................................... 83Phongikaroon, S .................................... 82, 164Picard, D ..................................................... 187Pickering, E ................................................. 128Pickering, K ........................................ 104, 224Pickering, S ................................................. 147Pierron, O .............................................. 82, 277Piffer, V ....................................................... 131Pihlajamäki, T ............................................. 101Pike, L ......................................................... 231Pilchak, A .................................... 117, 162, 275Pilch, J ........................................................... 92Pilli, S .......................................................... 189Pinaev, A ....................................................... 99Pinard, P ...................................................... 203Ping, Z ......................................... 183, 252, 264Pinisetty, D .................................................. 151Pink, M ........................................................ 240Pins, G ........................................................... 78Pint, B ......................................................... 137Pinto, H ....................................................... 216Piochaud, J .................................................. 195Pippan, R ............................................... 81, 106Pirgazi, H ...................................................... 95Piron, J ........................................................ 195Pisarev, V .................................................... 108Piskin, E .............................................. 234, 272Pisutha-Arnond, N ...................................... 247Pitchuka, S .................................................. 124Pithan, A ........................................................ 99Pityana, S .................................................... 124Plapp, M .............................................. 190, 217Plaza, N ............................................... 155, 234Plonka, B ..................................... 154, 207, 240Plotnikov, E ................................................. 245Plumtree, A .................................................. 191Poczatek, J ................................................... 239Podversek, R ............................................... 125Poenitzsch, V ...................................... 119, 177Po, G ........................................................... 243Po-Han, W ................................................... 180Poirier, D ..................................................... 214Pokharel, R .................................. 132, 222, 267Pokor, C ...................................................... 109Pokova, M ................................................... 180

Pokross, C ..................................................... 99Pokrovsky, J ................................................ 242Polak, C ....................................................... 152Polat, D ....................................................... 268Pollock, T .............. 95, 149, 192, 203, 204, 218Polt, G ......................................................... 170Polyakov, A ................................................. 127Polyakov, M ................................................ 215Pompa, L ............................................. 218, 273Pomrehn, G ........................................... 98, 103Pond, R ........................................................ 200Pons, J ................................................. 146, 174Poole, G....................................................... 134Poole, W .............................................. 205, 233Poorganji, B ........................................ 193, 241Pooyan, P .................................................... 234Popko, D ..................................................... 183Portale, G .................................................... 223Portela, G .................................................... 276Porter, M ............................................. 100, 208Potocnik, V ............................................ 99, 100Poulet, P ........................................................ 92Poullos, M ................................................... 194Poulsen, H ..................................................... 95Pourboghrat, F..................................... 143, 147Pourgharibshahi, M ..................................... 262Pournaderi, S ............................................... 229Pourroy, G ............................................. 92, 182Pouryazdan, M .................................... 158, 200Povden-Karadeniz, E .................................. 173Powell, A ..................................................... 108Powers, K .................................................... 121Pozuelo, M .................................................. 264Prabhakaran, R ..................... 84, 109, 137, 166, ..................................................... 193, 219, 241Prabhakaran, S ............................................ 152Pradeep, K ................................................... 216Pradhan, H ..................................................... 79Pradhan, N ................................................... 253Pradhan, S ................................................... 243Prakash, G ................................................... 179Prakash, S .............................................. 96, 179Pradyumnan, P.P. ......................................... 155Prakash, T .................................................... 270Prangnell, P ................................................. 250Prasad, A ..................................................... 239Prasad, R ..................................................... 119Prasad, S ................................................ 99, 132Prasad, Y ..................................................... 271Praveen, P .................................................... 212Preis, P ........................................................ 228Preiss, U ...................................................... 139Prentice, L ........................... 131, 161, 187, 215Presser, V .................................................... 223Preston, R .................................................... 189Priddy, M ..................................................... 264Prietl, T ........................................................ 157Prikhodko, S ................................................ 270Prima, F ............................................... 105, 273Proffen, T .................................................... 114Proost, J ............................................... 226, 263Prost, T ........................................................ 109Proudhon, H ........................................ 132, 202Proulx, P .............................................. 126, 260Proust, G ..................................................... 203Provatas, N .......... 213, 217, 239, 247, 248, 258Proville, L .................................................... 140Prozorov, R ................................................. 193

Prusty, D ........................................................ 79Przybyla, C .......................................... 121, 202Pudukottah, M ............................................... 79Pulikollu, R ................................................. 189Puliyur Krishnaswamy, N ..................... 99, 215Pulletikurthi, C ............................................ 117Pulugurtha, R ................................................ 91Puncreobutr, C ............................................ 121Puplampu, S .......................................... 99, 121Purcek, G ....................................................... 76Purdy, D ...................................................... 110Puri, S .......................................................... 194Pusztai, T ..................................................... 217Puydt, Q ...................................................... 237

Q

Qiang, G ...................................................... 264Qiang, J ............................................... 159, 272Qiang, L ...................................................... 205Qiang, Z ...................................................... 253Qian, L ............ 75, 76, 183, 230, 235, 252, 253Qian, M .......... 84, 90, 115, 130, 143, 171, 180, ............................. 185, 192, 198, 213, 224, 246Qian, Y ........................................................ 215Qiao, D ................................................ 101, 133Qiao, J ................................. 157, 210, 258, 268Qiao, R ................................................ 114, 141Qi-bing, T .................................................... 230Qi, L ............................................................ 113Qing, L .................................................. 96, 230Qingyan, X .................................................. 245Qin, L .......................................................... 244Qin, M ......................................... 143, 225, 260Qi, S ............................................................ 213Qiu, A .......................................................... 161Qiu, D .......................................................... 157Qiu, G ............................................................ 96Qiu, K .......................................................... 264Qiu, L .......................................................... 169Qiushi, S ...................................................... 134Qiu, X .......................................................... 123Qiuyue, Z .................................................... 232Qi, X ............................................................ 158Qi, Y ........................................................ 86, 88Qiyi, D......................................................... 155Qu, D ........................................................... 234Queiroz, E ................................................... 153Quek, S ........................................................ 194Quey, R ....................................................... 176Quievy, N .................................................... 108Quiney, H .................................................... 102Quinn, J ......................................................... 84Quintero-Aguiló, P .............................. 198, 269Quintero, P .................................................. 177Qu, M .......................................................... 178Qu, R ........................................................... 210Qu, X ........................................... 143, 225, 260Q. Xuan, L ................................................... 153

R

R., A ............................................................ 174Raabe, G ...................................................... 201Raab, G ....................................................... 232Raahauge, B ................................................ 180Raath, N ...................................................... 253Rabba, S ...................................................... 131

304

IND

EX


Rabbi, F ......................................................... 85Rabeeh, B .................................................... 135Rabiei, R ..................................................... 100Rabin, B ...................................................... 137Rachman, M ................................................ 116Rack, H ....................................... 104, 160, 224Raddad, B .................................................... 271Radebe, M ................................................... 242Radetic, T .................................................... 129Radhakrishnan, B ................................ 254, 265Radiguet, B ................. 109, 110, 139, 167, 266Radlovic, P .................................................. 227Radmilovic, V ..................................... 173, 267Radovic, M .......................................... 108, 248Rae, C .................................................. 128, 138Rafaja, D ..................................................... 142Rafla, V ....................................................... 275Raghavan, R .................................... 88, 92, 210Ragupathy, V ............................................... 260Rahaman, M ................................................ 236Rahbar, N .................................... 209, 252, 273Rahem, A ..................................................... 129Rahman, A ..................................................... 97Rahman, M .......................................... 116, 130Rahman, Z ........................................... 218, 273Rai, D .......................................................... 193Rainforth, W ................................................ 257Raitano, J ..................................................... 110Raj, A............................................................. 95Rajamohan, D ............................................. 116Rajamure, R ................................................ 152Rajaprakash, B ............................................ 106Raji, S .......................................................... 247Ramachandran, K .......................................... 91Ramachandra Rao, M .................................. 229Ramamoorthy, K ......................................... 206Ramamurty, U ............................................. 104Ramanathan, S ............................................ 151Ramanath, G ................................................. 75Raman, S ..................................................... 260Ramanujan, R ........ 84, 109, 136, 165, 192, 219Ramasco, B ................................................. 218Ramasse, Q ................................................. 219Ramasubramaniam, A ............ 75, 96, 122, 150, ..................................... 177, 203, 229, 250, 259Rambaud, P ................................................. 260Rambert, G .................................................. 178Ramezani, M ............................................... 122Ramos, V ............................................. 150, 179Ramprasad, R .............................................. 195Rampton, T .................................................. 265Ram, T ......................................................... 157Ran, C ......................................................... 251Randall, C .......... 152, 178, 205, 206, 231, 251, ..................................................................... 252Randall, N ........................................... 105, 250Randle, V .................................................... 206Randow, C ..................... 83, 107, 134, 164, 191Ranjbaran, B ................................................. 77Ran, K ......................................................... 128Rankin, W ........................................... 200, 249Rao, H ................................................. 216, 218Rao, K ........................................... 81, 136, 185Rao, L ............................................................ 76Rao, M......................................... 115, 153, 230rao, N ........................................................... 181Rao, S .................................. 167, 176, 194, 243Raphael, D ................................................... 145

Rappaz, M ........... 106, 133, 163, 190, 217, 239Rashchi, F ................................................... 208Rashid, A ..................................................... 250Rashidiani, J ................................................ 122Raskin, J ...................................... 105, 188, 226Räthel, J ....................................................... 119Rátkai, L ...................................................... 217Ratke, L ....................................................... 190Ratvik, A ..................... 126, 155, 186, 187, 206Rauch, E ...................................................... 267Rauda, I ....................................................... 196Ravelo, R ..................................................... 145Ravindra, N ..................... 92, 93, 119, 146, 174Ravi, V ........................................................ 137Rawat, S ...................................................... 229Raynova, S ............................................ 81, 185Razaghian, A ............................................... 269Razavi, S ..................................................... 264Razaz, G ...................................................... 128Razzak, M ................................................... 257Read, J ................................................... 90, 116Ready, J ................................................. 95, 204Reass, W ...................................................... 152Rebaïne, F ................................................... 131Rebak, R ............... 84, 109, 137, 166, 193, 205, ..................................................... 219, 241, 242Rebelo de Figueiredo, M ............................. 161Rebibis, K ................................................... 116Rebouillat, O ............................................... 126Reddy, R ....................... 81, 104, 130, 131, 159, ..................................................... 185, 213, 237Reddy, S ...................................................... 273Redin, E ......................................................... 75Redjaimia, A ................................................ 145Redkin, A..................................................... 126Reed, B ........................................ 163, 173, 203Reeder, J ........................................................ 95Reed, M ....................................................... 204Reedy, E ...................................................... 105Reeh, S ........................................................ 161Reese, M ....................................................... 82Regis, S ....................................................... 209Reichmann, T .............................................. 166Reid, A......................................................... 121Reid, M ............................................... 197, 234Reif, A ......................................................... 116Reifsnider, K ................................................. 85Reilly, C .............................................. 133, 169Reinhart, G .................................. 111, 163, 212Reischig, P .................................................. 197Reiter, V ...................................................... 171Reit, R ........................................................... 95Ren, A .......................................................... 102Renaghan, L ........................................ 162, 239Renaud, G ................................................... 223Renavikar, M ............................................... 268Reneaume, B ............................................... 158Ren, F .......................................................... 199Renk, O ......................................................... 81Ren, L .......................................................... 192Rennicks, C ................................................. 232Rennicks, R ................................................. 232Ren, T .......................................................... 166Renteria-Beleno, B ...................................... 247Ren, X ................................................. 123, 226Ren, Y.......................................... 183, 196, 264Ren, Z .......................................................... 124Repper, J ...................................................... 237

Resendiz, E ................................................. 102Ressler, A .................................................... 171Restrepo, O ......................................... 271, 276Rettenmayr, M ............................................ 234Reuter, M ................... 120, 147, 148, 175, 200, ............................................. 201, 227, 248, 249Reutzel, S ...................................................... 86Reverdy, M .................................... 99, 126, 207Revil-Baudard, B ........................................ 203Reyes, A ...................................................... 259Reyes Hernandez, T .................................... 151Reyes, S............................................... 259, 268Reyes-Tirado, F ........................................... 274Reyez, A ...................................................... 268Reynolds, A ......................................... 189, 238Rezaei, H ..................................................... 161Reza-E-Rabby, M ........................................ 189Rezanezhad, I .............................................. 205Rhamdhani, M ............................... 74, 128, 215Riad, N ........................................................ 260Riahi, A ....................................................... 196Ribarik, G .................................................... 170Ribárik, G .................................................... 170Ribeiro, J ............................................. 125, 180Richard, D ................................................... 181Richard, M .................................................... 89Richards, B .................................................. 122Richardson, A .............................................. 107Richards, S .................................................. 203Richter, A .................................................... 140Richter, G .................................................... 188Richter, S ............................................. 138, 203Riegner, D ................................................... 210Rieken, J ...................................................... 110Riekkola-Vanhanen, M ............................... 197Rieth, L .......................................................... 74Rieth, M ...................................................... 241Rieutord, F .................................................. 197Rigg, P ......................................................... 173Rimondini, L ............................................... 182Ringer, S ...................................................... 232Ringeval, S .................................................. 237Rios, O .......................................... 93, 145, 274Rios, S ......................................................... 200Ritchie, R .............. 77, 100, 121, 156, 182, 209Rivera-Diaz-del-Castillo, P ........... 80, 233, 257Rivoaland, L ................................................ 215Rizer, C ....................................................... 139R, Jayaganthan .............................. 97, 181, 262Robach, O ..................................... 89, 197, 222Robbins, J .................................................... 108Roberts, A .................................................... 238Roberts, J..................................................... 271Robertson, I ......................... 123, 132, 195, 277Robertson, N ............................................... 101Roberts, S ...................... 77, 221, 222, 241, 267Robichaud, P ............................................... 128Robinette, J ................................................. 191Robinson, A ................................................. 166Robinson, D ................................................ 142Robinson, I .................................................. 102Robinson, J .......................................... 142, 204Robinson, T ................................................. 142Robisson, A ................................................. 178Robson, J ..................................................... 250Robson, W ................................................... 110Rodela, A ..................................................... 115Rodenburg, J ............................................... 128


IND

EX

Rodgers, J .................................................... 164Rodin, D ...................................................... 118Rodney, D ................................... 140, 214, 248Rodrigues, A ................................................ 152Rodrigues, D ............................................... 180Rodrigues, G ............................................... 271Rodrigues, J..... 76, 97, 123, 151, 178, 205, 231Rodriguez, A ............................................... 102Rodriguez, C ............................................... 125Rodriguez, E ....................................... 253, 271Rodriguez-Negron, O .................................. 272Rodriguez, O ....................................... 181, 247Rodriguez, P .................................................. 91Rodriguez, R ............................................... 274Rodríguez, R ............................................... 208Rodríguez-Ruiz, F ....................................... 276Roeder, R ............................ 155, 209, 234, 273Rogal, J ....................................................... 104Rogez, J ....................................................... 195Rohatgi, P .................................................... 135Rohrer, G ..................................................... 149Rojas, J ........................................................ 203Rojas, P ....................................................... 260Rojhirunsakool, T ........................................ 174Rokicki, R ........................................... 252, 272Rolland du Roscoat, S ................................. 248Rollett, A .................. 87, 88, 94, 112, 113, 121, ............................ 129, 132, 140, 149, 158, 168, .................... 169, 176, 195, 196, 197, 202, 221, ............................. 222, 229, 238, 243, 256, 267Rolseth, S .................................................... 207Romanovsky, V ........................................... 242Romansky, M ................................................ 90Romeo, M ................................................... 200Romero, P .................................................... 227Romualdi, N ................................................ 205Rondinella, V .............................................. 242Ronesova, A ................................................ 119Röntzsch, L ................................................. 171Roodenko, K ............................................... 141Roos, A ........................................................ 202Rooses, A............................................. 165, 242Roro, K ........................................................ 260Rosalie, J ..................... 206, 218, 219, 259, 277Rosefort, M ................................................... 99Rosei, F ............................................... 119, 260Rosenberger, A .................................... 188, 212Rosenberger, M ........................... 125, 193, 204Rossi, J ........................................................ 141Ross, J ......................................................... 166Ross, K ........................................................ 106Ross, N ........................................................ 106Ross, R ........................................................ 209Roth, D ........................................................ 148Rothenberg, A................................................ 98Rother, G ............................................. 259, 263Rotter, S ...................................................... 200Roue, L ........................................................ 214Roué, L ........................................................ 214Roussel, J ...................................................... 89Rowenhorst, D ..................... 94, 121, 149, 168, ..................................................... 176, 202, 203Roy, A .................................................. 138, 255Roy, I ....... 76, 97, 123, 151, 178, 205, 231, 250Roy, R ......................................................... 115Roy, S .................................................... 92, 119Rozak, G ..................................................... 147

Rozenak, P .................................................. 224Ruan, F ........................................................ 147Ruan, L ........................................................ 263Ruan, S .................................................. 99, 100Ruback, C ............................................ 157, 218Ruban, A ...................................................... 236Rubenchik, A ............................................... 179Ruda, M....................................................... 113Ruder, M ....................................................... 92Ruestes, C ................................................... 113Ruff, J ............................................................ 89Rugg, D ....................................................... 267Ruggles, T ................................................... 265Rui, Z .......................................................... 108Ruiz, L ......................................................... 159Ruiz, M ....................................................... 220Ruiz-Navas, E ............................................. 185Rule, D ........................................ 149, 169, 176Rullyani, C .................................................. 183Rundquist, V ............................................... 128Runsheng, X ................................................ 271Ruoff, R ................................................. 96, 114Ruokolainen, R ................................... 106, 189Rupert, T ....................................................... 81Rusanu, A .................................................... 191Russo, P ....................................................... 160Rusz, S ................................................ 240, 265Ruud, A ....................................................... 160Ruuskanen, P ............................................... 177Ruzic, D ...................................................... 187R., Vijay ...................................................... 241Ryan, E ........................................................ 105Ryan, T .......................................................... 93Ryou, H ......................................................... 78Rys, J ........................................................... 276Ryu, C ......................................................... 183Ryu, I ............................................................. 85Ryu, J .......................... 162, 163, 193, 269, 271Ryu, M ........................................................ 150Ryu, W ................................................ 101, 271

S

Sabau, A ............... 88, 104, 113, 140, 141, 169, ............................................................. 196, 197Saber, M ...................................................... 157Sabirov, I ............................................. 229, 262sachan, r ...................................................... 150Sachan, R .................................................... 179Sachdev, A ........................................... 136, 169Sadangi, R ................................................... 130Sadawy, M ................................................... 235Sadeghi, s .................................................... 260Sadeghi, S ................................................... 160Sadeghpour, S ............................................. 261Sadigh, B ....................................................... 83Sadler, B ........................................ 74, 131, 186Sadoway, D ........... 82, 107, 118, 134, 259, 277Saeed-Akbari, A .................................. 138, 247Saengdeejing, A ........................................... 103Saether, E ...................................................... 87Safarian, J .................................................... 201Sagapuram, D .............................................. 264Saghafifar, H ............................................... 225Saghaian, S .................................................. 146Saglam, B .................................................... 157Saha, P ......................................................... 218Sahaym, U ........................................... 172, 268

Sahay, S ....................................................... 257Sahin, F ....................................................... 272Sahoo, S ................................................ 79, 166Sahu, K ................................................ 224, 257Sahu, N ........................................................ 215Sahu, T ........................................................ 131Saibaba, N ................................................... 120Saida, J ........................................................ 156Saillet, S ...................................................... 247Saito, T ........................................................ 173Sakai, T ............................................... 148, 192Sakon, T ...................................................... 200Sakurada, E ................................................. 162Sakuraya, S ................................................... 87Salahshoor, H .............................................. 273Salajka, M ................................................... 240Salarirad, M ......................................... 208, 252Salas, S ........................................................ 137Salazar, J ..................................................... 274Saleh, M ...................................................... 105Saleh, T ....................................................... 109Salem, H ................................................ 90, 232Salimgareeva, G .......................................... 127Salinas, A............................................. 250, 271Salinas, B .................................................... 241Saller, B ....................................................... 125Salloum Abou Jaoudé, G ............................. 111Salman, A .................................................... 130Salman, S .................................................... 165Salman, U .................................................... 145Salunke, P .................................................... 240Salvo, L ....................................................... 136Samadi Khoshkhoo, M................................ 229Samardžija, Z ................................................ 98Samarov, V .................................................. 213Sames, W ............................................ 242, 276Samimi, P .................................... 145, 160, 213Sampaio, A .......................................... 125, 153Sampath, S .................................................. 123Samudrala, S ............................................... 215Samuel, A .................................................... 207Samuel, F .................................................... 207Samwer, K ................................................... 234Sanaty Zadeh, A .......................................... 136Sanchez Sarmiento, G ................................. 204Sanchez-Segado, S ...................................... 220Sandberg, R ................................... 79, 102, 128Sanderson, S ................................................ 133Sanders, P ...................................... 99, 207, 232Sandnes, E ................................................... 186Sangid, M .................... 132, 162, 188, 216, 238Sanin, V ....................................................... 122Sanjari, M .................................................... 192Sankaran, A ................................................. 160Sankaran, R ................................................. 267Sankar, J ...................... 191, 192, 218, 240, 255Sano, T .................. 83, 107, 134, 164, 191, 208Santamarta, R ...................................... 146, 174Santara, F .................................................... 166Santella, M .................................. 163, 165, 228Santerre, R ................................................... 181Santhanam, P ....................................... 225, 271Santini, D .................................................... 208Santisteban, J ............................................... 184Santodonato, L ............................ 202, 228, 258Santos, A ....................................................... 98Santos, E ..................................................... 180Santos, I....................................................... 215

306

IND

EX


Santos, T ...................................................... 125Santowski, K ............................................... 157Sarac, B ....................................................... 156Saraf, S ........................................................ 272Saraloglu Guler, E ......................................... 98Saray, O ......................................................... 76Sargent, G.................................................... 117Sarikaya, M ................................. 209, 233, 273Sarin, V ................................................. 92, 119Sarkar, A ...................................................... 105Sarkar, D ..................................................... 105Sarkari, M ........................................... 161, 183Sarkar, P ...................................................... 245Sarker, D ..................................................... 192Sarntinoranant, M ....................................... 100Sarntinoranont, M ................................. 74, 218Sarobol, P .................................... 112, 225, 269Sarvi, A ........................................................ 208Sasaki, T ...................................................... 146Sasakura, Y.................................................. 214Sastry, S ....................................................... 119Satko, D....................................................... 207Sato, A ......................................................... 133Sato, H........................................................... 90Satoh, T ................................................. 82, 116Sato, K......................................................... 266Sato, Y ......... 106, 116, 133, 162, 189, 216, 238Sattar, M ...................................................... 204Sauter, E ...................................................... 181Sauvage, X .................................................. 261Sauza, D ...................................................... 176Sauzay, M .................................................... 222Savage, S ..................................................... 272Save, M ....................................................... 201Savkilioglu, E ...................................... 179, 206Sawada, H ................................................... 234Sawatzki, S .................................................. 219Sawh, R ......................................................... 89Sa, Y .............................................................. 93Sayar, F ....................................................... 272Sayed, A ........................................................ 90Sayeg, I ....................................................... 253Scales, C ...................................................... 242Scardi, P .............................................. 141, 197Scarsella, A .................................................. 232Scattergood, R ..................................... 157, 229Scavino, G ................................................... 199Schaedler, T ................................................. 276Schaffer, P ................................................... 157Schafler, E ........................................... 127, 170Schaible, E .................................................... 77Scharf, T ................................................ 93, 273Schauerman, C ............................................ 250Scheck, C .................................................... 232Scheffler, M ................................................. 217Schell, N ................................................ 92, 105Scherbakov, E ............................................. 126Scheriau, S .................................................. 106Scherrer, H .............................. 77, 98, 124, 153Schick, C ..................................................... 190Schießl, A .................................................... 143Schimpf, C .................................................. 142Schingale, A ................................................ 143Schirer, J ...................................................... 272Schlesinger, M ................... 120, 147, 148, 175, ..................................... 200, 201, 227, 248, 249Schlichting, M ............................................. 106Schloth, P .................................... 140, 237, 257

Schlutig, S ................................................... 184Schmauder, J ............................................... 227Schmeer, S .................................................. 250Schmelzer, J ................................................ 190Schmetterer, C ............... 91, 116, 144, 172, 236Schmid-Fetzer, R .......................................... 84Schmidl, J .................................................... 148Schmidt, D .................................................. 177Schmidt, H .................................................. 232Schmidt, S ..................................................... 95Schneider, A ................................................ 181Schneider, I ................................................. 272Schneider, J ................................. 106, 161, 238Schneider, M ................................................. 86Schneider, S ........................................ 138, 139Schoedel, A ................................................. 125Schoenung, J ......................................... 99, 125Schoeppner, R ............................. 132, 140, 267Schrefl, T ..................................................... 219Schreiber, D ........................................ 139, 277Schreiber, J .................................................. 203Schricker, B ................................................. 214Schroers, J ................................... 101, 156, 183Schroth, P .................................................... 224Schryvers, D ........................................ 188, 226Schryvers, N ................................................ 105Schubert, M ................................................. 177Schubert, T ............................................ 90, 171Schuetz, D ................................................... 247Schuh, C .......................... 77, 92, 127, 130, 171Schülli, T ....................................................... 89Schulte, T .................................................... 139Schultz, B ...................................... 77, 119, 135Schultz, J ..................................... 162, 232, 239Schultz, L .............................................. 78, 219Schulze, R ........................................... 123, 127Schulz, M .................................................... 240Schulz, S ..................................................... 131Schumacher, P ..................... 154, 157, 239, 240Schuster, B .................................................. 171Schuster, G .................................................... 99Schuster, J ................................................... 193Schuster, R .................................................. 170Schütze, M .................................................. 237Schvezov, C ................ 119, 125, 166, 193, 204, ............................................................. 260, 270Schwalbach, E ............................................. 212Schwam, D .................................................. 272Schwandt, C .................................... 81, 82, 163Schwartz, D ................................................... 95Schwarz, M ................................................. 142Schwarz, N .................................................. 176Schwedt, A .................................................. 138Schwen, D ................................................... 167Scicluna, J ................................................... 209Scott, B ........................................................ 220Scotto D’Antuono, D .................................. 207Scott, R .......................................................... 85Screnci, A .................................................... 200Scudino, S ................................... 124, 156, 229Seal, S ................................................. 151, 272Sears, J ........................................................ 225Seckin, E ..................................................... 262Sediako, D ................................................... 135Sedlmayr, A ................................................. 188Sedmák, P ...................................................... 92Seetharamiah, A .......................................... 214Segall, A ...................................................... 115

Segel, C ............................................... 142, 247Sehitoglu, H ................................................ 226Seibt, J ......................................................... 255Seidel, A .............................................. 111, 138Seidman, D .................. 113, 145, 173, 176, 245Seif, B ......................................................... 232Seifeddine, S ....................................... 148, 154Seifert, H ............................................. 116, 160Seiser, B ........................................................ 80Seiter, J ........................................................ 101Seitz, J ......................................................... 218Seitz, O ........................................................ 122Sekhar, J ...................................................... 272Sekimoto, H ................................................ 118Sekio, Y ....................................................... 133Sekitani, T ..................................................... 95Selleby, M ................................................... 236Sellers, R ..................................................... 219Sellmyer, D ................................................. 109Semenova, I ................................. 104, 127, 173Semenova, O ............................................... 256Semiatin, L .................................................. 117Senapati, B .......................................... 153, 206Senaputra, A ................................................ 125Sencer, B ....................................... 87, 137, 166Senger, J ...................................................... 256Senk, D ................................................ 110, 138Senkov, O ............................ 106, 202, 210, 249Senninger, O ................................................ 266Senyuta, A ................................................... 232Seo, H .......................................................... 248Seok, H ........................................................ 218Sercombe, T ................................................ 198Sercovich, D ................................................ 260Serebrinsky, S ............................................. 205Sergeï, M ..................................................... 100Sergueeva, A.................................. 78, 171, 250Serrano de Caro, M ..................................... 150Serrano-Rodriguez, B ................................... 82Serruys, Y ............................................ 139, 167Sesso, M ...................................................... 115Sever, J ........................................ 108, 161, 265Seyeux, A .................................................... 165Shabadi, R ................................................... 163Shade, P ....................................... 121, 176, 194Shadloo, M .................................................. 232Shaffer, J ..................................................... 207Sha, G .......................................................... 232Shaghik, A ................................................... 137Shaha, S......................................................... 99Shahbazian-Yassar, R ........... 88, 114, 141, 169, ..................................................... 196, 222, 244Shah, L ........................................................ 260Shah, M ......................................... 94, 121, 149Shahraki, F .................................................. 161Shahrzad, E ................................................. 272Shaltry, M .................................................... 164Shamlaye, K ................................................ 209Sham, S ....................................................... 193Shamsujjoha, M .......................................... 163Shamsuzzoha, M ................................. 144, 256Sham, T ............................................... 193, 241Shan, D ........................................................ 265Shang, J ......................................... 99, 179, 238Shang, S ........................................ 80, 264, 274Shang, X ...................................................... 205Shanhong, Z ................................................ 131Shankar, R ........................................... 140, 162


IND

EX

Shanmugam, P ............................................ 229Shannon, K .................................................... 93Shanov, V .................................................... 240Shan, Q ........................................................ 205Shan, R ................................................ 229, 230Shan, W ....................................................... 263Shan, Y ........................................................ 219Shan, Z ........................................ 118, 161, 241Shao-Horn, Y .............................................. 139Shaohua, J ................................................... 153Shaohu, T ...................................................... 75Shao, L ................ 112, 135, 166, 211, 256, 266Shao, S ........................................................ 113Shapovalov, V ....................................... 81, 185Sharma, A ............................................ 167, 233Sharma, M ................................................... 252Sharma, P .................................................... 177Sharma, R ........................................ 74, 94, 273Sharma, S .............................................. 90, 260Sharon, J .............................................. 215, 238Sharp, K ........................................ 83, 164, 191Sharples, S................................................... 267Shatilla, Y .................................................... 181Shaw, N ....................................................... 209Sha, Y .......................................... 152, 245, 268Shay, D ........................................................ 251Shchyglo, O................................. 145, 217, 258Sheffield, R ................................................... 79Sheikhhosseini, A .......................... 98, 122, 262Shekhter, L .................................................... 75Sheldon, B ....................................... 75, 88, 223Shen, C .................................................. 80, 242Shen, G ................................................ 230, 231Sheng, H ...................................................... 149Shenghui, G................................................. 273Sheng, M ..................................................... 204Shen, H ........................................................ 228Shen, J ................................................. 110, 234Shen, N ........................................................ 205Shenoy, M ................................................... 209Shenoy, V .................................................... 169Shen, P ........................................................ 207Shen, S ........................................................ 231Shen, T ........................................ 110, 189, 266Shen, Y ........................................ 102, 168, 257Shestak, V ................................................... 108Sheth, J .......................................................... 75Shevchenko, N .................................... 133, 163Shibata, H ...................................................... 82Shibata, J ..................................................... 249Shibuta, S ...................................................... 92Shibuya, Y ..................................................... 97Shi, C........................................................... 110Shi, D .......................................................... 126Shield, J ............... 109, 136, 177, 219, 229, 250Shi, H .......................................................... 234Shih, D ........................................................ 117Shihui, A ...................................................... 260Shih, W ........................................................ 144Shikama, T .................................................. 267Shi, L ........................................................... 218Shim, H ....................................................... 174Shimizu, M .................................................... 95Shimizu, Y ................................................... 240Shin, D ......................... 80, 103, 129, 134, 158, ..................................... 212, 236, 254, 259, 272Shindo, D .................................................... 200Shin, G ........................................ 188, 270, 271

Shin, H ................................................ 116, 204Shin, K ................................................ 264, 272Shinohara, Y ................................................ 118Shin, S ......................................................... 138Shin, Y ................................. 158, 159, 183, 188Shi, Q .......................................................... 239Shi, R..................................................... 78, 117Shirley, D .................................................... 259Shirooyeh, M............................................... 265Shiryaev, A .................................................. 220Shi, T ........................................................... 212Shivanna, P .......................................... 189, 239Shiveley, A ............................................ 94, 275Shiveley II, K .............................................. 275Shi, W ...................................................... 96, 97Shi, X .......................................................... 235Shi, Y ................... 150, 158, 159, 205, 210, 245Shiyue, C ..................................................... 126Shi, Z ........................................................... 126Shofner, M ............................................ 83, 107Shokuhfar, A ................................................ 118Shon, I ......................................................... 163Shon, S ........................................................ 265Shook, S ...................................................... 135Short, M ...................................................... 103Shpyrko, O .................................................... 79Shroyer, P .................................................... 125Shuaib, A ..................................................... 106Shuaidan, L ......................................... 153, 253Shuai, H....................................................... 264Shuanghao, Z .............................................. 172Shufeng, L ................................................... 246Shu-Hong, S ................................................ 159Shu Jing, Z .................................................. 184Shukla, M .................................................... 124Shukla, V ..................................................... 179Shuleshova, O ............................................. 111Shuling, L .................................................... 257Shull, R ................................................. 84, 165Shun-Li, Z ................................................... 169Shun, T ........................................................ 250Shu, S .......................................................... 266Shute, C ......................................................... 81Shu, Y .................................................. 225, 264Shvareva, T ................................................... 83Shyam, A ............................... 85, 110, 265, 277Sibbett, W .................................................... 252Sicardy, O .................................................... 197Sichone, K ..................................................... 81Sickafus, K .................................................. 266Siddiqi, M ................................................... 263Siddiqui, M ................................................. 111Sidelnikov, S ............................................... 261Sidhar, H ..................................................... 189Sidhu, R....................................................... 268Siegfried, L .................................................. 129Sietsma, J .................................................... 180Sigli, C ........................................................ 223Sigusch, B ................................................... 234Sillekens, W ........................ 191, 218, 240, 255Silva-Araya, W ............................................ 276Silva, D ................................................. 98, 180Silva, I ......................................................... 236Silvain, J ...................................................... 143Silva, J ........................................................... 93Silvas, F....................................................... 272Silva, V ........................................................ 236Silva-Valenzuela, M .................................... 260

Silwal, B ...................................................... 275Simar, A ............................... 124, 163, 189, 237Simmons, D................................................. 121Simmons, J .......................................... 121, 203Simonassi, N ............................................... 184Simon, D ................................................. 74, 95Simonelli, M ............................................... 130Simon, G ..................................................... 108Simon, P ...................................................... 223Simpson, J ........................................... 137, 275Simpson, M ........................................... 82, 164Simunovic, S ............................................... 203Sinclair, C .................................................... 104Sinclair, K ................................................... 131Singh, A ............... 152, 192, 209, 213, 219, 255Singhal, A .................................................... 141Singh, C....................................... 103, 164, 185Singh, D ...................................... 181, 260, 262Singh, G ...................................................... 104Singh, N .............................................. 166, 227Singh, P ....................................................... 247Singh Raman, R .................................... 92, 192Singh, S ......................................... 95, 179, 255Singh, V ........................ 97, 123, 151, 205, 231Sinha, S ....................................... 129, 158, 229Sinha, T ....................................................... 221Sinha, V ....................................................... 277Sintay, S ...................................................... 222Sippola, H ................................................... 175Siqueira, R ................................................... 123Siriruk, A ............................................... 99, 224Sisneros, T ................................... 142, 244, 254Sisson, R ............................... 91, 121, 254, 270Sitaud, B ...................................................... 184Sittner, P ........................................................ 92Sivakumar, G .............................................. 123Siviour, C .................................................... 135Siwei, T ....................................................... 265Siyahjani, F ................................................. 153Sket, F ......................................................... 264Skippon, T ................................................... 184Skolyszewska-Kühberger, B ....................... 166Skomski, R .......................................... 109, 136Skoog, S ...................................................... 122Skorupski, R ................................................ 226Skorvanek, I ................................................ 165Skrotzki, W ......................... 127, 170, 200, 252SK, S ............................................................. 96Skszek, T ............................................. 141, 197Skybakmoen, E ................................... 187, 208Skyllas-Kazacos, M .................................... 207Slama, P ...................................................... 129Slamovich, E ............................................... 150Slobodskyy, T .............................................. 224Sluiter, M .................................................... 233Smaga, M ............................................ 216, 226Smal, C ........................................................ 124Smart, M ..................................................... 152Smid, I ................................................. 115, 203Smilauerova, J ............................................. 224Šmilauerová, J ............................................. 173Smirnova, D ................................................ 108Smith, C .............................................. 192, 218Smith, D ...................................... 136, 176, 196Smith, G ...................................................... 238Smith, H ...................................................... 223Smith, J ....................................................... 123Smith, K ...................................................... 137

308

IND

EX


Smith, L ......................................... 87, 116, 222Smith, P ....................................................... 125Smith, R ................................................ 84, 267Smith, S ................................................. 87, 132Smith, T ....................................................... 238Smith, Z......................................................... 95Snead, L .............................................. 221, 242Sneed, B ...................................................... 115Snowden, K ................................................. 113Snugovsky, L ................................................. 90Snugovsky, P ................................................. 90Snyder, D .................................................... 180Snyder, G ................ 77, 98, 124, 153, 275, 277Snyder, J ........................................................ 98Snyder, T ..................................................... 154Soare, M ...................................................... 244Soares, F ...................................................... 154Sobotka, C ................................................... 275Soboyejo, W ................................................ 263Sobrinho, V ......................................... 230, 271Soderžnik, M ................................................. 98Soejima, Y ..................................................... 92Soellner, W .................................................. 111Sofronis, P ................................................... 123Sohal, S ....................................................... 260Sohn, Y ......................... 91, 117, 123, 134, 137, ............................ 144, 145, 172, 173, 199, 225, ..................... 226, 229, 247, 254, 255, 257, 258Soiland, A .................................................... 228Soinila, E ..................................................... 101Soisson, F .................................................... 266Sokalski, V .................................................. 231Sokolov, M .......................................... 193, 266Sokolowski, J .............................................. 158Solanki, K ................... 112, 135, 212, 256, 267Solares, S..................................................... 199Solari, P ....................................................... 184Soldatov, A .................................................. 126Soleimanian, N ............................................ 161Solheim, A ........................................... 187, 208Soliman, M .................................................. 247Soliz, L .......................................................... 98Solomon, J..................................................... 83Soltani, N .................................................... 269Solzbacher, F ................................................. 74Somekawa, H ...................................... 192, 219Somerday, P................................................. 123Someya, T ..................................................... 95Sommerseth, C ............................................ 186Somsen, C ................................................... 249Song, C ........................ 134, 157, 199, 257, 275Songca, S..................................... 203, 260, 261Song, F ................................................ 110, 196Song, G ............................... 111, 259, 263, 268Song, H ....................................................... 257Song, J ......... 145, 169, 190, 211, 213, 221, 269Song, K ............................... 129, 156, 162, 188Song, L ........................................................ 174Song, M ....................................... 185, 201, 266Song, P ........................................................ 110Song, S ........................................................ 102Song, W ....................................................... 167Song, X ......................... 96, 104, 137, 160, 230Song, Y ........................................................ 254Son, H ......................................................... 193Soni, S ........................................................... 88Sönmez, S ................................................... 122Sorensen, C ......................................... 106, 133

Sorensen, D ................................................. 277Sorhuus, A ................................................... 214Soria-Aguilar, M ......................................... 201Sorich, A ...................................................... 216Soroka, A ..................................................... 200Sort, J .................................................... 78, 183Sortland, Ø .................................................. 202Sosa, J ......................................... 121, 149, 203Sotomayor, G ................................................ 97Soto, R......................................................... 150Soto, S ................................................... 93, 276Souba, R ...................................................... 198Soucy, G ...................................................... 215Souilah, M ................................................... 184Soulhac, L ................................................... 155Sourmail, T .................................................. 257Sousa, A....................................................... 180Southwick, L ............................................... 257Souza, J ............................................... 153, 215Sozinov, A ............................................. 89, 200Spangenberger, J ........ 118, 120, 147, 148, 175, ............................. 200, 201, 215, 227, 248, 249Spanring, A .................................................. 171Sparkman, D ............................................... 267Spathis, D .................................................... 154Spatschek, R ................................................ 217Spear, A ................................. 87, 132, 162, 238Spearot, D ................................... 195, 267, 275Speer, J .......................................................... 95Spencer, M .................................................... 84Spieckermann, F ......................................... 170Spies, M ...................................................... 189Spinelli, J..................................................... 171Spowart, J .............................................. 94, 277Sproul, W ...................................................... 77Sprowes, W ................................................. 137Sra, A ........................................................... 141Sridharan, K ................ 164, 193, 219, 267, 276Sridhar, R .................................................... 115Srinivasa, A ................................................. 169Srinivasan, S ....................................... 117, 145Srivastava, V ............................................... 152Srivilliputhur, S ................... 103, 117, 152, 186Srolovitz, D ................................. 130, 194, 270Stachurski, Z ............................................... 115Stafslien, S .................................................. 122Stahlbush, R ................................................ 179Stahl, J ......................................................... 218Staicu, D ...................................................... 242Stamatiou, E ................................................ 179Stanek, C ....................... 85, 103, 220, 241, 277Stanescu, C .................................................. 160Stanford, N .................................................. 263Stan, G......................................................... 176Stanic, V ...................................................... 182Stan, M .................................................. 85, 108Stan, T ......................................................... 266Starikov, A ..................................................... 75Starikov, S ................................................... 108Starink, M ................................................... 167Stark, A ........................................................ 255Stark, L ........................................................ 115St-Arnaud, P ................................................ 187Staron, P ...................................................... 105Staroselsky, A .............................................. 271Starovoytov, O ............................................ 228Staub, J ........................................................ 250Stauffer, D ................................... 105, 161, 216

Stavnes, G ................................................... 211Stayton, C .................................................... 100Stebner, A .............................................. 92, 197Steele, P ....................................................... 207Steel, R ........................................................ 133Steeve, R ..................................................... 100Stefanovsky, S ............................................. 220Stegailov, V ................................................. 108Stegall, D ..................................................... 270Steibel, J ........................................................ 92Steinbach, I ................................. 139, 217, 258Stein, C ................................................ 132, 238Steinlechner, S ............................................ 148Stekovic, S .......................................... 128, 138Steneteg, P ................................................... 240Stenzel, C .................................................... 111Stephenson, G ....................................... 89, 141Stephenson, T .............................................. 114Sterner, G .................................................... 226Stevanovic, V .............................................. 164Stevenson, J................................................... 85Stevick, J ..................................................... 156Stewart, J ..................................................... 275Stewart, M ................................................... 242Stewart, R ...................................................... 74Stewart, W ................................................... 133St-Georges, L ...................................... 187, 214StJohn, D ....................................... 84, 173, 239Stocks, G ..................................................... 191Stoesser, G .................................................... 95Stofke, P ...................................................... 158Stoica, A .............................. 127, 156, 244, 254Stoica, G ...................................................... 254Stoica, M ............................. 156, 159, 193, 237Stokes, D ..................................................... 238Stolle, J ................................................ 217, 248Stoller, R ..................................... 195, 221, 242Stone, D............................... 136, 155, 210, 255Stone, H............................... 149, 212, 223, 267Stone, N....................................................... 185Storck, S ...................................................... 164Store, A ........................................................ 214Støre, A ........................................................ 187Storm, R ................................................ 81, 185Stoudt, M....................................................... 88Strachan, A .......................................... 112, 185Straka, L ...................................................... 200Stranick, S ................................................... 176Stráský, J ..................................... 104, 173, 262Straub, T ................................................ 82, 263Street, R ......................................................... 95Streiffer, S ................................................... 141Strelcov, E ................................................... 197Stringer, C ..................................................... 90Strobl, M ..................................................... 224Strohmenger, J .............................................. 86Strømhaug, S ............................................... 102Strydom, C .................................................. 261Stubbins, J ................................... 185, 193, 266Stubina, N ................................................... 142Stukowski, A ....................................... 195, 243Stumphy, B .................................................. 266Stutz, C ........................................................ 252Stutz, L ................................................ 218, 265Styman, P .................................................... 167Suarez, M ............................................ 247, 276Suarez, O ....................... 93, 181, 274, 275, 276Suárez, O ..................................... 274, 275, 276


IND

EX

Subbarayan, G ............................................. 268Subero, J ...................................................... 105Subhash, G ............................ 95, 100, 137, 152Subramanian, G ........................................... 242Subramanian, K ................................... 225, 268Subramanian, R ........................................... 261Su, C ............................................................ 262Sudbrack, C ......................................... 226, 277Suenaga, S ................................................... 116Sueptitz, R ........................................... 182, 219Su, G ........................................................... 155Sugahara, T ................................................. 198Suganuma, K ............................................... 198Sugimoto, I .................................................. 133Sugiyama, K ................................................ 234Suh, D ................................................. 225, 247Suh, H ......................................................... 239Suh, J ........................................................... 122Suhuddin, U ................................................ 216Suikkanen, P ................................................ 224Su, J ..................................... 138, 192, 238, 263Sukla, L ....................................................... 253Suk, M ......................................................... 270Sullivan, J ............................................ 188, 208Sullivan, M .................................................. 137Sumaiya, S .................................................. 250Sum, E ................. 105, 131, 160, 186, 187, 214Summers, P ................................................... 99Sumpter, B .......................................... 114, 141Sun, C ............................ 76, 182, 208, 216, 266Sundaram, M ................................................. 80Sundaram, V .................................................. 91Sundararaghavan, V .................................... 267Sundman, B ................................................. 236Sun, E ............................................................ 85Sun, F ............................................ 79, 185, 235Sun, G ......................................................... 245Sung, S ........................................................ 162Sung, Z ........................................................ 169Sun, J ........................................................... 110Sun, K ........................................... 87, 112, 239Sun, L .................................. 107, 148, 177, 254Sun, P .......................... 159, 182, 210, 213, 234Sun, S .......................................................... 130Sun, x .......................................................... 257Sun, X ......... 114, 133, 135, 215, 256, 259, 271Sun, Y .................................... 94, 107, 122, 159Sun, Z .......................................... 111, 157, 268Su, R ............................................................ 245Surand, M .................................................... 104Suresh, K ..................................................... 271Suresh, S ..................................................... 151Surya, M ...................................................... 172Susila, P ....................................................... 257Sussman, R .................................................. 111Su, T .............................................................. 77Suter, R ........ 132, 162, 202, 203, 222, 238, 267Sutton, S ........................................................ 87Su, W ........................................................... 172Su, X ............................................................. 84Su, Y ........................................................ 87, 90Su, Z ............................................................ 230Suzon, E ...................................................... 237Suzudo, T ............................................ 112, 266Suzuki, K..................................................... 103Suzuki, S ..................................................... 175Svensson Berglund, I .................................. 274Svitlyk, V .................................................... 115

Svoboda, J ................................................... 119Swadener, J ................................................... 92Swanepoel, J ................................................. 81Swartzentruber, P .......................................... 77Sweatman, K ................................................. 90Sweeney, C .................................................. 162Sweet, L ........................................................ 74Swenson, D ........................................... 99, 207Syed Amanulla, S ........................................ 161Syed, K ........................................................ 199Sylvia, V ...................................................... 234Synder, G .............................................. 98, 103Syu, R ............................................................ 91Syvertsen, M ............................................... 128Szabó, P ....................................................... 170Szakács, G ................................................... 255Szállás, A ..................................................... 217Szczepanski, C .............. 94, 117, 121, 188, 202Szewciw, L .................................................. 209Szlufarska, I .......................... 85, 242, 256, 266Szpara, S ..................................................... 162Szymanek, M ...................................... 154, 207Szymanski, W ..................................... 154, 207

T

Tabachnikova, E .......................................... 258Taberna, P .................................................... 223Tabeshian, A ................................................ 272Tackes, C ............................................. 254, 270Tada, K ........................................................ 267Tada, S ......................................................... 109Tada, T......................................................... 124Taghiabadi, R .............................................. 261Tahara, M .................................... 117, 118, 174Taha, T......................................................... 235Taheri, M ....................... 87, 109, 125, 207, 266Tahvilian, L ................................................... 77Taillard, R.................................................... 163Tai, W .......................................................... 271Tajouri, A ............................................. 220, 271Takagiwa, Y .................................................. 98Takahashi, M ............................................... 174Takahashi, S ................................................ 174Takahashi, T ................................................ 161Takano, C ...................................... 96, 131, 148Takata, K ..................................................... 207Takeno, K .................................................... 124Takeuchi, A.................................................. 202Takeuchi, E.................................................. 169Takeuchi, K ................................................. 169Takeuchi, T .................................................. 168Taktak Karaca, B ......................................... 273Talapatra, A ......................................... 145, 227Talebanpour, B ............................................ 172Taleff, E ........................ 94, 122, 147, 192, 207, ............................................................. 218, 275Tamerler, C ................... 77, 100, 127, 155, 181, ............................ 191, 208, 209, 218, 233, 234, ............................. 240, 252, 255, 262, 272, 273Tamimi, S .................................................... 267Taminger, K ................................................. 104Tamirisa, S .................................................. 160Tammana, D ........................................ 193, 241Tamrakar, S ................................................. 275Tamura, N...................... 89, 116, 228, 256, 267Tanaka, M.................................................... 131Tancret, F ...................................................... 80

Tandjaoui, A ................................................ 212Tandon, G .................................................... 108Tan, G .......................................................... 237Tang, C ........................................................ 128Tang, H ................................ 110, 204, 254, 265Tang, J ................................................. 232, 244Tang, K ........................................................ 227Tang, L ........................................ 147, 204, 234Tang, M .......................... 86, 96, 112, 121, 139, .................................... 167, 194, 220, 221, 230, ..................................................... 241, 243, 267Tang, P......................................................... 158Tang, R ........................................................ 157Tangstad, M ................................. 128, 202, 227Tang, W ............................................... 189, 238Tang, Y ................................................ 167, 230Tang, Z ................................ 202, 228, 230, 258Tan, K .......................................................... 124Tan, L .......................................... 185, 194, 228Tan, M ........................................................... 96Tannenbaum, R ........................................... 234Tanuma, R ................................................... 178Tan, X .......................... 114, 141, 222, 238, 267Tan, Z .................................................. 191, 192Tao, J ................................................... 230, 252Tao, J ............................... 75, 76, 183, 235, 253Tao, M ................................................. 190, 206Tao, X .......................................................... 272Tarasov, V ................................................... 108Tarcy, G ....................................................... 154Tarleton, E ................................................... 222Taskinen, P .................................................. 175Taspinar, O .................................................. 260Tasyürek, K ................................................. 245Tata, M ........................................................ 208Tathireddy, P ................................................. 74Taub, A .......................................................... 85Tavazza, F ................... 176, 185, 195, 196, 197Tavsanoglu, T .............................................. 146Taylor, A ........................................................ 89Taylor, C ...................................................... 123Taylor, J ............................................... 128, 157Taylor, M ............................................... 74, 126Taylor, W ..................................................... 220Tazebay, A ..................................................... 98Tedenac, J ...................................................... 98Tédenac, J ........................................... 145, 272Teimouri, M ................................................ 261Teixeira, J .................................................... 236Tekoglu, C ................................................... 254Telesman, J .................................................. 277Telles, V .............................................. 230, 271Tellier, F ........................................................ 92Tello, K ....................................................... 174Teng, K ........................................................ 266Teng, Z ................................................ 111, 268Tenorio, J ............................................. 230, 271Tenório, J ..................................... 248, 271, 272Terada, D ..................................................... 129Tercelj, M ............................................ 123, 207Terentyev, D ................................................ 221Teresi, C ...................................................... 105Terrazas, C .......................................... 253, 271ter Weer, P ................................................... 125Terzi, S ........................................................ 173Tesone, C ..................................................... 224Tessier, J .............................................. 154, 186Teter, D .......................................................... 95

310

IND

EX


Tewari, R ..................................... 120, 145, 199Tewari, V ..................................................... 179Tews, A ................................................ 126, 160Texier, G ...................................................... 237Thadhani, N ................................................. 270Thapa, R ...................................................... 271Thavanayagam, G ............................... 104, 224Thawabi, H .......................................... 166, 227Thekdi, A ..................................................... 187Theodore, N ........................................ 259, 271Therriault, D ................................................ 260Thess, A ....................................................... 166Theuwissen, K ............................................. 239Thevuthasan, S ............................................ 210Thibault, P ............................................. 79, 102Thibeault, P ................................................... 99Thiebaut, V .................................................. 242Thierry, A .................................................... 149Thissen, P .................................................... 122Thoennessen, L ................................... 130, 197Thoma, D ........................................ 92, 95, 144Thomas, E ................................................... 222Thomas, F ................................................... 148Thomas, G ..................................................... 95Thomas, K ..................................................... 93Thomas, L ................................................... 115Thomas, O ..................................................... 89Thomassin, J ............................................... 108Thompson, B ............................... 133, 216, 238Thompson, C ....................................... 137, 141Thompson, G.... 75, 92, 96, 122, 146, 150, 172, ............ 173, 174, 177, 200, 203, 229, 243, 250, ............................................................. 259, 276Thomson, J .......................................... 259, 263Thonstad, J .................................................. 207Thorne, R .................................................... 186Thornton, K .................... 86, 94, 103, 112, 121, ............................................. 149, 176, 202, 247Thornton, L ................................................. 275Thornton, R ................................................. 192Thuss, J ....................................................... 216Tian, B ......................................................... 214Tian, C ......................................................... 117Tian, L ......................................................... 225Tian, T ......................................................... 116Tian, Y ................................................... 99, 177Tikare, V...................................... 149, 169, 176Tikasz, L ...................................................... 175Tiley, J ............ 89, 93, 114, 117, 119, 121, 141, .................... 170, 174, 176, 197, 212, 223, 226, ..................................................... 244, 268, 275Tilley, J ........................................................ 259Tingaev, P .................................................... 126Ting’an, Z .............. 96, 108, 150, 204, 232, 265Tingaud, D .................................................. 246Tin, S ........................................................... 275Tischler, J .................................................... 197Tiwari, S ...................................................... 267Tjandrawan, V ............................................. 142Tkacheva, O ................................................ 215Tkac, M ............................................... 160, 186Tlotleng, M ................................................. 124Tobe, H ................................ 118, 146, 174, 200Tober, G............................................... 157, 218Tochigi, E ............................................ 132, 140Toda-Caraballo, I .................................. 80, 130Todaka, Y .................................................... 127Todd, A ........................................................ 223

Todd, R ........................................................ 138Todeschini, P ............................................... 110Todorova, M ................................................ 103Tokranov, A ................................................... 88Tolbert, S ..................................................... 196Tolnai, D ..................................................... 255Toloczko, M ................................ 109, 139, 168Toloui, M ..................................................... 258Tolpygoc, V ................................................... 93Tomar, V .................................................. 85, 94Tome, C ....................... 170, 186, 222, 242, 245Tomé, C ....................................... 186, 222, 277Tomsia, A ............................................ 209, 252Tomus, D ..................................................... 104Tong, H ....................................................... 204Tong, Y ........................................................ 127Tong, Z ........................................................ 232Tonks, M ..................................................... 108Tootkaboni, M ............................................. 273Toparli, C .................................................... 274Topbasi, C ................................................... 135Topkaya, Y .................................................. 229Topping, S ................................................... 119Topping, T ............... 76, 99, 113, 125, 127, 214Torres-Cancel, K ................................. 181, 272Torres, S ...................................................... 133Torun Kose, G ............................................. 181Toth, G ........................................................ 217Tourret, D ...................................... 86, 163, 217Towfighi, J ................................................... 277Toyama, T ........................................... 167, 168Toyserkani, E ...................................... 240, 272Tracy, S ....................................................... 142Traenkner, C ................................................ 170Tranell, G ............................ 175, 194, 201, 227Tran-Nguyen, D ............................................ 75Tran, X .......................................................... 90Trejo, R ......................................................... 85Tremblay, S ................................................. 187Tremsin, A ................................................... 224Trifonenkov, L ..................................... 261, 262Trillat, A ...................................................... 160Trimarchi, G ................................................ 164Trindade, R .................................................. 153Trinkle, D ...................... 80, 103, 185, 195, 256Tripathi, N ................................................... 171Tripathy, P ..................... 82, 107, 134, 163, 190Trivedi, R .................................................... 163Trojanova, Z ................................................ 131Troparevsky, C ............................................ 191Trost, D ....................................................... 250Trtik, P ........................................................... 79Truan-Sheng, L............................................ 192Trujillo, C .................... 147, 149, 173, 222, 236Trujillo-Vázquez, E ..................................... 147Trumble, K .................................................. 264Trykowski, T ............................................... 275Tsai, C ......................................... 202, 228, 258Tsai, P .................................................... 78, 210Tsai, T .......................................................... 172Tsakiropoulos, P .................................... 93, 120Tsao, C ................................................ 234, 262Tsay, L ......................................................... 193Tschöpe, K .................................................. 187Tschopp, M ................. 112, 135, 212, 256, 267Tselev, A ...................................................... 197Tseng, C ........................................................ 91Tseng, L ....................................................... 200

Tseng, S ....................................................... 202Tseng, T ............................................... 101, 174Tserenjav, E ................................................. 117Tse, Y .......................................................... 130Tsiros, J ....................................................... 154Tsuchida, H ................................................. 178Tsuchiya, K ................................. 210, 235, 237Tsui, T ......................................................... 267Tsujimoto, M ............................................... 198Tsuji, N ........................................................ 129Tsukamoto, H ................................................ 90Tsukerman, V .............................................. 201Tsumori, F ................................................... 224Tsuru, T ....................................................... 112Tsushida, M ................................................. 214Tsutsumi, S .................................................. 117Tsuzaki, K ................................................... 199Tu, C ............................................................ 201Tuck, C ........................................................ 130Tucker, G ....................................... 88, 169, 243Tucker, H ..................................................... 132tucker, j ........................................................ 132Tucker, J ...................................... 135, 193, 238Tucker, T ..................................................... 137Tuggle, J ...................................................... 254Tu, H ........................................................... 269Tu, J ............................................................. 170Tulenko, j .................................................... 137Tulk, E ......................................................... 244Tummala, R ........................................... 91, 223Tunç, Y ........................................................ 234Tung, H ....................................................... 185Tupper, C ............................................... 92, 248Turabi, A ...................................................... 200Turan, A ....................................................... 157Turbini, L ..................... 90, 116, 143, 171, 198, ..................................................... 225, 246, 268Turchi, P ...................................... 137, 236, 241Turco, T ....................................................... 155Turcotte, C .................................................. 181Turner, T ...................................................... 176Turo, L ......................................................... 220Turpin, C ..................................................... 155Tuttle, W...................................................... 273Tu, Y ............................................................ 245Tuzes, D ...................................................... 170Twigge-Molecey, C ..................................... 187Twigg, M ..................................................... 179Twiste, F ...................................................... 217T.W, K ......................................................... 260Tyburska-Pueschel, B.......................... 267, 276Tylsar, S....................................................... 240Tynan, G ...................................................... 221Tzeng, J ....................................................... 164

U

Ubertalli, G ................................................. 199Uberuaga, B ............ 83, 85, 220, 242, 256, 277Ucar, H ........................................................ 165Uchic, M ............... 94, 121, 149, 176, 194, 243Uchida, N .................................................... 124Uda, T .......................................................... 107Ueberschaar, M ........................................... 200Ueda, M ............................................... 129, 159Ueland, S ....................................................... 92Ufuktepe, Y ................................................. 270Uggowitzer, P .............................................. 192


IND

EX

Uhlemann, M ...................................... 182, 219Uhl, J ................................... 130, 210, 258, 265Ulrich, O ............................................. 197, 222Ulubayram, K .............................................. 234Umeda, J ..................................... 159, 198, 246Um, H .......................................................... 172Unal, C .......................................................... 85Underwood, O ............................................. 274Undisz, A ..................................................... 234Ungar, T .............................................. 170, 245Ungár, T .............................................. 170, 244Unitt, M ....................................................... 102Unlu, S ........................................................ 209Unocic, K ..................... 85, 110, 137, 228, 259, ............................................................. 263, 266Upadhya, S .................................................. 106Upadhyay, V .................................................. 84Uppal, R ...................................................... 177Urakawa, B ................................................... 98Urban, a ....................................................... 115Urban, J ......................................................... 88Urgen, M ..................................... 181, 262, 273Utku, S ................................................ 262, 273Utsunomiya, H ............................................ 192

V

Václavová, K ............................................... 104Vaden, D ...................................................... 166Vaghefinazari, B .......................................... 119Vahidi, E ...................................................... 208Vaidyanathan, R ............................................ 92Vainik, R ..................................................... 157Vakanas, G .................................................. 116Valdevit, L ................................................... 108Valdez, M .................................................... 205Valenzuela-Díaz, F .............................. 253, 260Valenzuela, J ............................................... 201Valenzuela, M ............................................. 253Valiev, R ....................... 76, 127, 168, 229, 232, ............................................................. 261, 262Valín Rivero, J ............................................. 260Valloton, J ................................................... 190Valo, M ........................................................ 167Valone, S ............................... 87, 221, 222, 277Valot, C ....................................................... 184Van Aert, S .......................................... 128, 129Vanbrabant, Y .............................................. 197Van Camp, M .............................................. 227Vance, E ...................................................... 242van den Boogaard, A ................................... 233van der Rest, C .................................... 124, 189van der Ven, A ............................................. 266Van der Ven, A ..................................... 103, 191van der Zwaag, S ......................................... 185van de Walle, A ..................... 98, 103, 107, 134van Duin, A ......................... 129, 139, 158, 159Van Dyck, D ........................................ 128, 129Van Ende, M ........................................ 118, 237VanHanegem, M ......................................... 135Van Le, Q ................................................... 182Vanmeensel, K .............................................. 90Van Petegem, S ........... 194, 197, 237, 256, 257Van Quang, L .............................................. 182van Schaik, A .............................................. 227Van Swygenhoven, H ......... 140, 176, 194, 197, ..................................................... 237, 256, 257Vanthournout, H .......................................... 120

Van Tyne, C ................................................. 276Van Vliet, K................................................. 205van Vuuren, D ............................................... 81Van Wontherghem, F ................................... 263Varanasi, K ............................................ 76, 123Varga, L ....................................................... 231Vargas, M .................................................... 232Vargo-Gogola, T .................................. 209, 273Varlioglu, M ................................................ 257Varman, A ............................................ 152, 275Varma, S ................................................ 93, 120Varnik, F ...................................................... 217Varvenne, C ......................................... 167, 266Vasconcelos, P ............................................. 154Vasenkov, A ................................................. 159Vasseur, K ................................................... 227Vassileva, V ......................................... 254, 270Vasudevan, V ...................................... 193, 241Vathonne, E ................................................... 83Vaudin, M .................................................... 176Vaughan, G .................................................. 170Vaughan, J ................................................... 206Vaynman, S ........................................... 85, 111Van Duin, A ................................................. 159Velasco, E .................................................... 102Velasco, L ...................................................... 81Velikokhatnyi, O ......................................... 218Velluvakkandi, N ......................................... 159Vemuri, R ............................................ 119, 271Venancio, L ......................................... 153, 215Venkatakrishnan, S ...................................... 121Venkatasubramaniam, K ............................. 207Venkateswarlu, D ........................................ 106Venkatraman, K ........................................... 161Ventzke, V ........................................... 105, 254Verbraak, P .................................................. 155Verbrugge, M .............................................. 222Verdier, M ............................................. 89, 198Verdu, C ...................................................... 247Veres, J .......................................................... 95Vergaftman, I ............................................... 179Verma, R ....... 84, 106, 133, 162, 189, 216, 238Vermuri, R ................................................... 273Vernerey, F .................................................. 209Verners, O ................................................... 158Verstraeten, D .............................................. 228Veshchunov, M ............................................ 108Vethsodsakda, T .......................................... 115Vetterick, G ................................... 87, 109, 266Viacheslav, T ............................................... 249Vicente Alvarez, M ..................................... 184Vicente-Alvarez, M ..................................... 184Vidal, E ....................................................... 156Vieira, C .............................................. 184, 253Vieira, E .............................................. 230, 271Viennois, R .................................................. 145Vieregge, J ................................................... 161Vigano, N .................................................... 197Viguier, B .................................................... 104Vijayakar, S ................................................. 189Vijaya Kumar, M ......................................... 111Villafuerte, J ................................................ 124Vincent, S .................................................... 101Vinci, R ....................................................... 263Virieux, F ............................ 102, 131, 155, 160Vishnu, K .................................................... 158Vishwakarma, U .......................................... 167Vishwanadh, B ............................................ 199

Vishwanathan, V ......................................... 123Viswanathan, B ........................................... 212Viswanathan, G ........................................... 117Vitek, V ....................................................... 103Vives, S ......................................................... 77Vizcaino, P .................................................. 184Vlassak, J .................................................... 132Vleugels, J ..................................................... 90Vodenitcharova, T ............................... 135, 228Voelpel, A .................................................... 234Vogel, E ......................................................... 74Vogel, S ....................... 142, 166, 203, 264, 265Vogt, A ......................................................... 101Voigt, H ....................................................... 171Voit, W .................................................... 74, 95Volgin, A...................................................... 109Volkmann, T .................................................. 86Vollmer, J .................................................... 241Vo, N ........................................................... 173von Kaenel, R .............................................. 100von Lilienfeld, O ......................................... 164von Schweinichen, P ........................... 110, 138Voorhees, P .................................... 94, 176, 212Vora, H ................................................ 152, 210Vorontsov, V ................................................ 221Vorster, W .................................................... 162Vortler, K ............................................. 242, 266Voskoboinikov, R ........................................ 256Voss, D ........................................................ 111Vossel, T ...................................................... 211Voss, M........................................................ 136Voter, A ........................................................ 242Voyevodin, V............................................... 168Voyich, J ...................................................... 233Voyles, P ...................................... 145, 210, 234Vrátná, J ...................................................... 240Vroomen, U ................................................. 154Vutova, K ............................................ 254, 270

W

Waas, A........................................................ 191Wachs, D ..................................................... 137Wada, T ....................................................... 101Wadood, A ................................................... 174Wadsworth, J ............................................... 151Wagner, D ............................................. 84, 234Wagner, G ........................... 119, 162, 228, 250Wagner, N ..................................................... 88Wagner, S ...................................................... 95Wahyu Diyatmika, I .................................... 198Waite, P ....................................................... 128Waitz, T ............................................... 127, 252Waizecker, S ................................................ 260Wakeda, M .......................................... 156, 210walker, j ....................................................... 275Walkosz, W ................................................. 141Wallace, R ................................................... 204Wallace, T ..................................................... 87Walleser, J ................................................... 171Wall, J.......................................................... 193Wall, M........................................................ 137Walsh, D ...................................................... 252Wang, A ....................................... 128, 129, 259Wang, B ................. 77, 110, 138, 166, 173, 243

312

IND

EX


Wang, C .................. 78, 91, 110, 115, 116, 120, .................... 129, 131, 138, 141, 144, 147, 148, ............ 151, 161, 164, 166, 172, 174, 175, 187, .................... 193, 200, 201, 215, 220, 227, 248, ..................................................... 249, 260, 265Wang, D .......... 81, 82, 190, 226, 230, 244, 246Wang, F ......... 94, 100, 150, 157, 169, 177, 215Wang, G ................. 78, 85, 101, 103, 111, 127, .................... 156, 182, 183, 202, 209, 210, 215, ............. 216, 224, 228, 234, 237, 249, 258, 268Wang, H ................. 76, 97, 114, 127, 131, 151, ............................. 172, 186, 222, 256, 266, 267Wang, J ................... 87, 88, 112, 113, 118, 135, .................... 140, 168, 176, 180, 195, 202, 221, ............. 222, 226, 243, 253, 254, 256, 264, 267Wang, L ...................... 149, 169, 184, 197, 217, ..................................................... 240, 263, 277Wang, M .............................. 207, 208, 211, 232Wang, P ....................... 159, 180, 192, 215, 219Wang, Q ..................... 100, 122, 124, 138, 146, ..................... 159, 167, 171, 190, 196, 204, 272Wang, S .............. 138, 142, 152, 157, 164, 170,............................................. 176, 192, 221, 253Wang, T ....................................................... 131Wang, W ............. 138, 145, 148, 183, 219, 239, ............................................. 248, 264, 274, 276Wang, X ... 78, 85, 89, 107, 108, 110, 114, 127, .................... 131, 141, 143, 147, 148, 150, 154, .................... 156, 169, 170, 184, 197, 208, 223, ..................................... 229, 235, 244, 251, 268Wang, Y .................... 80, 84, 91, 102, 103, 112, .................... 117, 133, 144, 145, 150, 157, 159, .................... 168, 172, 173, 183, 194, 199, 203, .................... 210, 212, 213, 221, 225, 226, 227, ............ 230, 234, 237, 244, 245, 247, 248, 254, ............. 256, 257, 258, 264, 268, 269, 272, 274Wang, Z .................. 75, 97, 110, 126, 145, 156, ..................................... 177, 181, 235, 243, 266Wan, H ........................................................ 168Wan, K ........................................................ 204Wan, S ................................................. 184, 259Ward, L ........................................................ 210Ware, T .................................................... 74, 95Warmack, B ................................................. 254Warmack, R ................................................. 255Warren, G .................................................... 187Warren, J ..................................................... 212Warren, O .................................................... 161Waryoba, D ................................................... 90Was, G ........................... 87, 112, 194, 241, 266Watanabe, H ........................ 214, 221, 266, 271Watanabe, M ....................................... 138, 267Watanabe, R ................................................ 116Watanabe, Y .................................. 90, 111, 252Waterman, J ................................................. 218Watkins, M .................................................. 135Watkins, T ........................................... 197, 223Watson, T ............................................ 171, 172Watt, T ................................................. 122, 207Weaver, M ..................................... 92, 146, 224Webb, E ....................................................... 159Weber, A .................................................. 74, 94Weber, R ...................................................... 228Weber, T ...................................................... 114Weber, W ..................................................... 220Webster, T ................................................... 127Wedde, G ..................................................... 214Weeks, L ...................................................... 260

Weerakoon, K................................................ 78Weertman, J ............................................. 81, 85Weerts, H ..................................................... 110Wegst, U ...................................... 155, 166, 276Wei, B.......................................................... 244Wei, C.................................................. 166, 211Wei, D ................................................. 138, 238Weidner, A ................................... 119, 142, 247Weiegelt, C .................................................. 119Weight, D ...................................................... 90Wei, H ......................................................... 174Weihs, T ........................................ 83, 164, 191Wei, L ............................................................ 99Weinberger, C ...... 113, 169, 173, 222, 243, 267Weining, L ................................................... 155Weinstein, R .................................................. 89Wei, R............................................ 76, 119, 174Wei, S .... 83, 150, 153, 174, 217, 240, 259, 264Weiss, C .............................................. 181, 272Weißgärber, T ........................................ 90, 171Weiss, H ...................................................... 234Wei, W ......................................................... 131Weiwei, T .................................................... 263Wei, X ......................................................... 143Wei Xiong, Z ............................................... 220Wei, Y .................................................... 91, 253Welberry, R ........................................... 89, 114Welberry, T .................................................. 115Welch, B ...................................................... 207Welch, J ....................................................... 241Welk, B........................ 104, 117, 149, 202, 258Welland, M .................................................... 86Wells, M .............................................. 218, 233Wells, P ....................... 139, 167, 168, 241, 266Wendt, J ....................................................... 265Wen, G ........................................................ 102Wen, H ........................................ 113, 230, 231Wen, K ........................................................ 157Wenk, H ...................................................... 140Wen, L ......................................................... 178Wen, M ........................................................ 262Wenpei, Y .................................................... 172Wentao, L .................................................... 205Wen, W ................................ 162, 180, 238, 256Wen, X ................................ 180, 193, 207, 241Wen, Y ................................................. 139, 226Wenzhong, C ............................................... 263Wesling, V ................................................... 109Wessels, V ................................................... 156West, B ........................................................ 136West, E ........................................................ 193West, J ......................................................... 275West, M ............................................... 163, 189Weston, N .................................................... 186Westphal, B ......................................... 163, 166Wetzel, C ..................................................... 179Weyer, A ...................................................... 148Weygand, D ................................................. 256Wharry, J ............................................... 87, 194Wheat, H ..................................................... 125Wheeler, J ...................................... 92, 132, 210Wheeler, R .................................................. 277Wheeler, V .................................................. 179White, C ...................................................... 245White, D .............................................. 115, 142White, P ....................................................... 213White, S ....................................................... 273Whitfield, D ................................................... 99

Whiting, G ..................................................... 95Whittington, W ............................................ 265Wicaksono, T .............................................. 104Wicker, R .................................... 104, 253, 271Widener, C .......................................... 163, 189Widom, M ................................................... 202Wiebeck, H .................................................. 260Wiencek, T .................................................. 137Wierink, M .................................................. 249Wiese, B ...................................................... 255Wiezorek, J .......................................... 163, 173Wiggett, S .................................................... 257Wilde, G ...................................................... 239Wilford, K ................................................... 167Wilgen, J ..................................................... 145Wilhelm, H .......................................... 170, 244Wilkerson, L .................................. 99, 179, 238Wilkinson, A ........................ 132, 138, 158, 222Wilkinson, C ............................................... 231Wilks, G ...................................................... 108Willaime, F .................................................... 87Willard, M ..................................... 84, 165, 231Willard, S ...................................................... 87Williams, B ......................................... 101, 209Williams, G ................................................... 79Williams, J ...................................... 93, 95, 176Williams, M ........................................ 145, 176Williams, R ................. 117, 145, 149, 225, 237Williard, M .................................................. 273Willnecker, R .............................................. 138Wilson, D ...................................................... 85Wilson, S ............................................. 159, 239Windl, W ............................................. 210, 276Wind, S ........................................................ 180Winiarski, B ................................................ 182Winnett, J .................................................... 234Wirth, B ......................... 84, 112, 129, 135, 158Wiss, T ........................................................ 242Wiswall, J .................................................... 131Withers, J ...................................... 81, 130, 185Withers, P ...................................... 93, 182, 268Withers, R ................................................... 114Witman, J .................................................... 137Witte, F ........................................ 191, 218, 240Wittman, R .................................................. 273Witusiewicz, V ............................................ 163Woertz, J...................................................... 106Wolf, D .................................................... 83, 86Wolfe, T ....................................................... 151Wolf, M ....................................................... 119Wolfsberg, L ................................................ 220Wolk, J ................................................ 162, 232Wollmershauser, J ....................................... 224Wolodko, J .................................................. 101Wolverton, C ................ 82, 107, 134, 153, 164, ..................................................... 191, 217, 240Wong, D ................................................ 74, 207Wong, J................................................ 155, 185Wong-Ng, W ................................................. 89Wongsa-Ngam, J ......................................... 265Woo, C ........................................................ 131Woo, D ........................................................ 115Woodberry, P ............................................... 106Woodcock, T ................ 84, 109, 118, 136, 165, ............................................................. 192, 219Woodford, W ................................................. 86Wood, T ......................................................... 99Woodward, C .............. 176, 202, 237, 243, 249


IND

EX

Woo, J.......................................... 131, 146, 205Woo, K ................................ 133, 216, 262, 269Woo, W ....................................................... 101Wo, P ............................................................. 97Woracek, R .......................................... 158, 224Worthington, D.............................................. 94Wraith, M .................................... 130, 210, 265Wright, R ............................................. 193, 241Wright, S ..................................................... 149Wrightson, G ............................................... 157Wu, A ............................ 91, 117, 144, 153, 225Wu, B .......................................................... 253Wu, C .................................. 144, 171, 198, 210Wu, D .......................................................... 129Wu, E .......................................................... 245Wu, G .......................................................... 237Wu, H .................................... 77, 124, 144, 277Wu, J ..................................... 96, 108, 203, 259Wu, K .......................................... 173, 212, 226Wu, L ........................................................... 138Wu, P ................................................... 186, 222Wu, Q .......................................................... 237Wu, S ................................................... 164, 174Wu, T ........................................................... 122Wuttig, M .................................................... 166Wu, W .................. 96, 130, 140, 144, 162, 213, ..................................................... 246, 260, 265Wu, X .......... 104, 130, 159, 213, 232, 237, 246Wu, Y ..... 87, 91, 109, 112, 116, 117, 127, 139, .................... 140, 158, 166, 167, 193, 210, 219, ..................................................... 241, 246, 266Wu, Z .......................................................... 156Wyss, J ........................................................ 186

X

Xavier, G ............................................. 183, 184Xia, C .......................................................... 235Xia, G ............................................................ 85Xia, K ................. 130, 143, 159, 171, 198, 213, ............................................................. 237, 246Xian, D ........................................................ 108Xiang, D ...................................................... 155Xiangdong, X ...................................... 229, 230Xiang, L ...................................................... 177Xiangxin, X ......................................... 129, 206Xiang, Y ...................................................... 167Xiao, B ........................................................ 239Xiaobing, Y ................................................. 155Xiao, C ........................................................ 138Xiaocheng, W .............................................. 264Xiaodong, R .......................................... 96, 108Xiao, F......................................................... 118Xiaofeng, Z ................................................. 232Xiao, J ........................................... 80, 107, 231Xiaojun, B ................................................... 211Xiaojun, L ............................................. 99, 126Xiao, L ........................................................ 258Xiaoli, J ....................................................... 265Xiao, M ....................................................... 107Xiao, W ......................................................... 82Xiao, X ...................... 88, 93, 95, 169, 176, 190Xiao, Y ................................................ 148, 175Xiao, Z ........................................................ 267Xiaozhou, C ................................................ 129Xia, S................................................... 136, 256Xia, W ......................................... 157, 199, 275Xia, X .......................................................... 255

Xia, Y .......................................................... 230Xie, B .................... 96, 123, 157, 177, 201, 235Xie, H .......................................................... 221Xie, K .................................................. 157, 275Xie, M ......................................................... 114Xie, W ........................................... 80, 242, 264Xie, X .......................... 110, 183, 202, 210, 258Xie, Z .................................................... 97, 231Xing, Q ........................................................ 136Xing, S .................................................. 96, 260Xing yu, C ................................................... 220Xin, Q .......................................................... 257Xinqian, S ................................................... 178Xiong, F ...................................................... 102Xiong, G ...................................................... 102Xiong, H ........................................ 81, 150, 194Xiong, L ...................................................... 195Xiong, W ............................... 80, 236, 242, 266Xiong, X ...................................................... 254Xi-Shan, l .................................................... 235Xi-Shan, L ..................................................... 75Xitao, W ........................................................ 85Xiu-Min, C .................................................. 159Xu, A ........................................................... 135Xu, B ..................................... 81, 150, 194, 214Xu, C ................................................... 221, 266Xu, D ................................................... 112, 129Xue, G ......................................................... 183Xue, J .......... 122, 123, 187, 194, 215, 220, 265Xue, L .......................................................... 152Xueqi, Z ...................................................... 229Xue, S .......................................... 145, 248, 276Xue, W ........................................................ 102Xue, X ......................... 157, 183, 230, 235, 257Xue, Z ......................................................... 230Xu, G ....................................... 87, 97, 118, 123Xu, H ..................................... 91, 172, 220, 269Xu Heng, L .................................................. 220Xu, J ............... 92, 96, 134, 143, 147, 182, 201, ..................................................... 204, 218, 265Xu, K ........................................................... 141Xu, L ........................................................... 184Xu-Ling, C .................................................... 76Xu, M .................................................... 97, 169Xun, L ......................................................... 155Xu, P .................................... 220, 241, 267, 276Xu, Q ........................................... 134, 196, 266Xu, R ............................................. 89, 141, 197Xu, S ........................................................... 118Xu, T ........................................................... 188Xu, W ................. 130, 143, 159, 185, 213, 237, ............................................................. 246, 265Xu, X ........................................................... 118Xu, Y ................................................... 206, 244Xu, Z ............. 93, 114, 177, 192, 218, 241, 254

Y

Yablinsky, C ........................ 139, 166, 242, 276Yabuuchi, K......................... 139, 195, 221, 266Yacout, A ..................................................... 166Yadavali, S .................................................. 150Yadav, S....................................................... 195Yahyazadehfar, M ................................. 78, 100Yakal-Kremski, K ......................................... 94Yakymovych, A ........................................... 117Yamabe-Mitarai, Y .............................. 117, 174Yamaguchi, K .............................................. 118

Yamaguchi, M ....................................... 87, 112Yamaguchi, Y .............................................. 168Yamakov, V ................................................. 132Yamamoto, A ............................................... 240Yamamoto, T ...... 112, 117, 139, 140, 167, 168, ..................................................... 171, 241, 266Yamamoto, Y ............................... 104, 110, 185Yamanaka, K ............................................... 272Yamanaka, S ................................................ 124Yamane, L ................................................... 248Yamasaki, M ....................................... 244, 270Yamasaki, T ......................................... 235, 252Yamasue, E .................................................. 201Yamaura, S .................................................. 183Yamazaki, M ............................................... 221Yamazaki, T ........................................ 199, 213Yanaba, Y .................................................... 227Yanar, H ........................................................ 76Yan, C .......................................................... 264Yan, F ............................................ 99, 100, 118Yang, B .................. 81, 115, 150, 177, 190, 194Yang, C .................................................. 86, 163Yang, D ....................................................... 170Yang, F ........................ 111, 146, 174, 185, 271Yang, G ....................................... 133, 230, 262Yang, H ....... 110, 122, 125, 139, 183, 187, 196Yang, J ..................... 83, 97, 126, 140, 264, 270Yang, K ....................... 146, 164, 192, 202, 219Yang, L .................................. 96, 146, 167, 254Yang, M ......................................... 91, 207, 254Yang, N ....................................................... 105Yang, R ........................................................ 271Yang, S ........ 185, 195, 204, 218, 228, 250, 265Yang, T ................... 75, 91, 158, 175, 177, 181, ..................................................... 230, 251, 253Yang, W ............... 100, 110, 115, 150, 208, 240Yang, X ............................... 126, 134, 187, 194Yang, Y ................... 87, 90, 115, 130, 135, 148, .................... 175, 183, 198, 202, 210, 213, 219, ............................................. 241, 246, 263, 264Yang, Z .......................................... 91, 179, 183Yan, H ......................................................... 126Yanilkin, A................................................... 108Yan, J ................................................... 177, 246Yanjun, D .................................................... 150Yan, K ......................................... 130, 197, 234Yankov, R .................................................... 237Yan, L ............................................ 96, 150, 232Yan, M ......................................................... 185Yano, Y ........................................................ 133Yan-qing, L.................................................. 187Yanqing, L ................................................... 126Yan, W ......................................................... 219Yan, X ......................................... 174, 204, 259Yan, Z .......................................................... 252Yao, B .......................................... 112, 139, 229Yao, G ......................................................... 264Yao, J ........................................................... 128Yao, K ......................................................... 101Yao, L .......................................... 121, 139, 244Yao, T .......................................................... 172Yaowu, W ...................................................... 99Yao, X ......................................................... 246Yao, Y .................................................. 152, 253Yapici, C ...................................................... 157Yapici, G ..................................................... 159Yardley, V .................................................... 247Yarger, J....................................................... 273

314

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EX


Yarmolenko, S ............................................. 255Yasi, J .......................................................... 195Yasuda, H ...................................... 90, 163, 256Yasuda, K .................................................... 134Yasuda, S ..................................................... 207Yazdani, A ................................................... 207Yazgan Karatas, A ....................................... 262Yazgan-Karatas, A ....................................... 262Yazici, H .............................................. 209, 273Yazzie, K ............................................. 143, 221Ye, C ............................................................ 257Yegin, C....................................................... 166Yeh, A .................................................. 202, 258Yeh, C .................................................... 91, 273Yehia, A ....................................................... 146Yeh, J ................................... 202, 228, 249, 258Yeh, Y .......................................................... 118Yelle, A ........................................................ 181Yelmazer, H ................................................. 127Yen, C .......................................... 135, 189, 191Yen, Y ............................ 91, 116, 144, 172, 198Yeom, G .............................................. 125, 270Yeom, J ................................................ 139, 146Yeo, S .......................................................... 137Yesberg, J .................................................... 142Ye, W ........................... 104, 160, 237, 252, 271Ye, X ................................................... 138, 140Yexiang, L ..................................................... 99Ye, Z ............................................................ 150Yigezu, B ..................................................... 119Yildirim, C .................................................. 145Yildiz, B ...................................................... 205Yim, B ......................................................... 264Yim, C ......................................................... 109Yim, T ......................................................... 172Yin, F........................................................... 115Ying, H ........................................................ 264YingJie Li, Y ............................................... 232Yingjun, G ................................................... 254Yinglei, R .................................................... 264Ying, W ....................................................... 206Yin, H .......................................................... 141Yin, J ............................................. 99, 169, 191Yin, L .......................................................... 246Yip, S................................................... 103, 205Yi, R ............................................................ 244Yi, S..................................................... 130, 131Yi, X ............................................................ 116Yoak, B ........................................................ 275Yokoyama, Y ................ 78, 101, 156, 182, 202, ..................................................... 216, 234, 235Yonezawa, T ................................................ 198Yong-bin, Y ..... 75, 76, 183, 230, 235, 252, 253Yonglin, Y ................................................... 260Yongsheng, W ............................................. 234Yong, T ........................................................ 246Yong, X ......................................................... 97Yong, Y ....................................................... 183Yoo, H ......................................................... 270Yoo, M......................................................... 269Yoon, D ....................................................... 183Yoon, H ....................................................... 114Yoon, J................................................. 140, 266Yoon, K ................................................. 94, 102Yoon, S ........................ 102, 269, 270, 271, 272Yoon, Y ............... 125, 154, 218, 240, 255, 270Yoo, S ................... 90, 116, 143, 171, 198, 225, ............................................................. 246, 268

Yoo, T .......................................................... 166Yoshida, H ................................................... 150Yoshida, T ................................................... 244Yoshiie, T .................................................... 266Yoshikawa, K .............................................. 234Yoshikawa, T ............................... 175, 201, 227Yoshimi, Y ................................................... 227Yoshimura, T ............................................... 198Yoshioka, K ................................................... 98Yost, W ........................................................ 132You, B ................................................. 108, 109You, H ......................................................... 142You, J........................................................... 264Young, A ...................................................... 237Young, D ..................................................... 226Young, G ..................................... 133, 135, 193Young, J............................................... 263, 265Young, M............................................. 118, 272Young, P ...................................................... 203Young, S .............................................. 158, 177Youssefian, S ....................................... 209, 252You, W ........................................................ 264You, Z ............................................ 97, 177, 230Yuan, B ................................................ 227, 248Yuan, D ....................................................... 275Yuandi, F ....................................................... 96Yuan, F ........................................................ 141Yuan, L ................................ 121, 133, 230, 239Yuan, S ........................................................ 207Yuan, T ................................ 156, 202, 228, 258Yuan, W ....................................................... 216Yuan, X ....................................................... 179Yuan-yuan, Z ............................................... 230Yubuta, K .................................................... 202Yu, C ............................... 75, 98, 144, 171, 183Yuca, E ................................................ 262, 273Yucel, O ....................... 146, 157, 248, 271, 272Yücel, O ......... 75, 96, 122, 123, 150, 177, 204, ............................. 224, 229, 230, 245, 251, 261Yucesoy, D .......................................... 233, 273yue, s ........................................................... 192Yue, S .......................................... 192, 229, 263Yue, Z .......................................................... 228Yuezhong, D .......................................... 75, 126Yu, G ..................................................... 93, 114Yuge, K ................................................. 80, 213Yu, H ....................................... 86, 94, 103, 251Yu, j ............................................................. 248Yu, J................ 76, 83, 144, 145, 167, 177, 189, ............................................. 226, 270, 271, 276Yu, K ..................... 76, 130, 185, 256, 266, 267Yukhvid, V .................................................. 122Yuki, N .......................................................... 97Yuksel, C ..................................................... 173Yu, L ............................................................ 105Yum, J ......................................................... 205Yum, Y ........................................................ 239Yunbin, B .................................................... 126Yun, D ................................................. 108, 166Yun, J................................................... 270, 271Yun, Y.................................................. 191, 192Yu, P ............................................................ 105Yu, Q ........................................... 113, 150, 222Yurko, J ....... 110, 138, 156, 166, 193, 220, 265Yurlova, M .................................................... 90Yu, S ............................................................ 230Yushin, G..................................................... 141Yu, W .......................................................... 243

Yu, X ........................................................... 211Yu, Y...................................... 78, 104, 160, 250Yuya, M ....................................................... 199Yu, Z .............................. 76, 230, 251, 254, 277Yvon, J......................................................... 148

Z

Zabaras, N ..................................................... 80Zaddach, A .................................................. 228Zadeh, A ...................................................... 255Zadorozne, N ............................................... 242Zahiri, B ........................................................ 88Zahiri, S ....................................................... 115Zaikov, Y ..................................................... 126Zakeri, A ...................................................... 208Založnik, M ................................................. 217Zamani, M ................................................... 154Zambaldi, C ................................................... 87Zambrano, A .................................................. 96Zambrano, P ........................................ 259, 268Zamolla, M .................................................. 171Zanette, I ..................................................... 102Zanna, S ...................................................... 165Zapata, L ..................................................... 276Zapol, P ....................................................... 141Zapolsky, H ................................................. 248Zarbayani, M ............................................... 232Zareie Rajani, H .......................................... 134Zarouni, A ..................................... 99, 100, 207Zatepyakin, S .............................................. 126Zaytsev, D ..................................................... 78Zbib, H ................ 113, 132, 140, 263, 265, 267Zbib, M ....................................................... 201Zehetbauer, M ............... 97, 127, 170, 229, 252Zelechowski, J ............................................. 154Zelinka, S .................................................... 155Zemanova, A ............................................... 116Zeng, B ........................................ 131, 169, 211Zeng, G ................................................. 90, 116Zeng, J ................................. 128, 153, 192, 204Zeng, P .......................................................... 92Zeng, T .................................................. 96, 147Zeng, X ....................... 136, 177, 192, 255, 265Zeng, Y ........................................................ 122Zeng, Z ........................................................ 106Zepeda, E .................................................... 140Zepeda-Ruiz, L ............................................ 150Zepon, G ..................................................... 231Zettl, K ........................................................ 177Zevalkink, A .................................................. 98Zeytuncu, B ......................................... 248, 271Zhai, Q ............... 145, 157, 190, 199, 248, 270, ............................................................. 275, 276Zhai, T .................. 99, 125, 132, 154, 162, 180, ............................. 188, 206, 216, 232, 238, 261Zhai, Y ......................................................... 104Zhang, B .................. 82, 96, 158, 171, 186, 205Zhang, C ......... 87, 94, 124, 168, 179, 202, 208, ............................. 228, 235, 253, 255, 260, 272Zhang, D .......... 81, 93, 95, 104, 130, 143, 159, ............................. 171, 185, 186, 213, 224, 246Zhang, F ....... 78, 152, 164, 202, 222, 228, 245, ............................................................. 253, 268Zhang, G ....................................................... 82Zhanggen, Y ................................................ 134Zhang, H .............. 78, 108, 140, 157, 158, 180, ............................. 196, 211, 235, 246, 251, 256


IND

EX

Zhang, J .......... 79, 96, 138, 147, 173, 179, 204, ............................. 207, 220, 237, 245, 251, 254ZHANG, J ................................................... 251Zhang, K ..................................... 178, 213, 271Zhang, L ....... 91, 104, 108, 110, 118, 138, 150, ............ 157, 163, 166, 183, 193, 196, 198, 212, .................... 220, 225, 230, 235, 246, 251, 253, ............................................................. 260, 265Zhang, M .............. 79, 102, 115, 116, 124, 129, .................... 157, 158, 183, 184, 211, 212, 235, ..................................................... 236, 252, 253Zhang, N ..................................................... 147Zhang, P .............................................. 132, 171Zhang, Q ..................................................... 126Zhang, R .............................. 142, 150, 235, 267Zhang, S ...... 121, 131, 138, 139, 202, 231, 251Zhang, T ............... 98, 129, 150, 182, 196, 201, ............................................. 235, 250, 254, 265Zhang, W .............. 77, 109, 116, 133, 183, 190, ............................. 197, 202, 203, 254, 270, 275Zhang, X .......... 76, 81, 97, 103, 105, 123, 132, .................... 151, 161, 173, 178, 185, 188, 200, .................... 204, 205, 215, 223, 225, 231, 241, ............. 256, 259, 260, 263, 265, 266, 267, 268Zhang, Y ....... 76, 83, 86, 88, 97, 108, 137, 139, ............................ 156, 164, 177, 180, 184, 191, ............................ 194, 204, 206, 210, 214, 227, ............................ 228, 230, 235, 249, 250, 251, ............................................................. 265, 266Zhang, Z ..................... 132, 150, 184, 198, 210, ............................................. 213, 215, 241, 244Zhan, J ................................. 208, 235, 253, 260Zhao, B .................................. 75, 190, 270, 275Zhao, F ........................................................ 187Zhao, J ........... 76, 105, 139, 173, 212, 244, 260Zhao, L ........................................ 164, 185, 191Zhao, P ................................................ 180, 183Zhao, Q ....................................................... 105Zhao, R .......................................... 88, 155, 273Zhao, S ................................................ 157, 275Zhao, W ............................................... 157, 260Zhao, X ....................................... 141, 164, 218Zhao, Y ........................................ 129, 199, 204Zhao, Z ................................................ 148, 175Zhelateleva, R ............................................. 102Zheng, B .............................. 127, 186, 263, 264Zheng, F ...................................................... 219Zheng, G ..................................... 104, 140, 219Zheng, H ..................... 113, 145, 155, 248, 276Zheng, J ....................................................... 169Zhengjian, L ................................................ 230Zheng, L ...................................................... 203Zheng, M ..................................................... 256Zheng, N ..................................................... 156Zheng, P .............................................. 227, 248Zheng, S ........................ 88, 142, 158, 166, 176Zheng, W ..................................................... 212Zheng, X ..................................................... 245Zheng, Y .............................................. 145, 225Zhenping, C ......................................... 134, 257Zhe, W ......................................... 229, 230, 251Zhihe, D ................ 96, 108, 150, 204, 232, 265Zhihui, W ...................................................... 75Zhilyaev, A .................................................. 229Zhi, Q .......................................................... 115Zhiqiang, S .................................................. 178Zhi, T ........................................................... 202Zhitomirsky, I .............................................. 114

Zhi, X .......................................................... 251Zhnag, J ....................................................... 180Zhong, L ...................................... 113, 128, 169Zhongliang, T .............................................. 126Zhong, X ..................................................... 211Zhong, Y...................................................... 113Zhou, B ................................. 79, 105, 250, 268Zhou, C ....................................................... 267Zhou, D ................................................. 93, 248Zhou, F ................................................ 134, 139Zhou, G .................. 75, 96, 122, 150, 177, 204, ..................................... 229, 230, 251, 261, 272Zhou, J............................. 96, 99, 100, 213, 230Zhou, L ............... 123, 136, 153, 160, 193, 196, ............................................................. 215, 274Zhou, M............................................... 114, 235Zhou, N ......... 95, 103, 117, 144, 194, 212, 258Zhou, S ................................................ 153, 265Zhou, W ...................................................... 122Zhou, X ............................................... 223, 230Zhou, Y........................ 127, 186, 231, 263, 264Zhuang, J ..................................................... 153Zhu, B ......................................................... 258Zhu, D ................................. 177, 209, 229, 230Zhu, H ................ 107, 170, 177, 190, 215, 231, ..................................................... 251, 267, 272Zhu, J........................... 123, 146, 220, 228, 259Zhu, L .......................................................... 122Zhu, M................... 88, 102, 110, 138, 237, 265Zhu, R ......................................................... 185Zhuravlev, E ................................................ 190Zhu, S .............................................. 74, 84, 184Zhu, T .................................................. 106, 113Zhu, X ................................... 82, 167, 179, 190Zhu, Y.................................................... 76, 199Zhu, Z .................................................. 144, 157Ziegler, D ............................ 100, 155, 187, 214Zikry, M ...................................................... 237Zillekens, F ................................................. 162Zimmerman, J .............. 87, 113, 140, 168, 195, ..................................... 221, 222, 243, 256, 267Zimmermann, E .................................... 77, 100Zimmermann, G .................................. 111, 163Zimmerman, P ............................................. 116Zindel, J ................................................. 84, 271Zinkle, S ...................................................... 221Zizak, I ........................................................ 263Zlot, R ......................................................... 160Zogheib, N .................................................. 219Zolotoyabko, E ............................................ 197Zong, Y................................ 129, 151, 220, 231Zou, C ......................................................... 158Zou, J........................................................... 265Zou, Y.................................................. 141, 232Zrnik, J ........................................................ 129Zubavichus, Y ............................................. 220Zu, G ........................................................... 264Zukrowski, J .................................................. 87Zunger, A ....................................................... 82Zuniga, M .................................................... 115Zunino, J ..................................................... 223Zuo, J........................................................... 128Zuo, L .................................. 152, 245, 257, 268Zuo, Y.......................................................... 268Zupan, M ............................................. 162, 164Zurob, H ...................................................... 130Žužek-Rožman, K ......................................... 98Zymankowska-Kumon, S ........... 251, 261, 265

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March 3-7, 2013 • Henry B. Gonzalez Convention …...Characterization of Nuclear Reactor Materials...

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