Sunday, June 28 OpenFOAM® Registration & Welcome

Registration & Welcome Reception (Michigan League - First Floor Lobby)

Light refreshments and appetizers18:00-20:00

PROGRAM

Michigan League911 N University AveAnn Arbor, MI 48109

Monday, June 29 OpenFOAM® Workshop Day 108:00-09:00

10:00-10:20Track 1 Track 2 Track 3

Naval Hydrodynamics / Coastal / Offshore 1 Complex Materials Lagrangian MethodsRoom: Lydia Mendelssohn Theater (2nd Floor) Room: Henderson (3rd Floor) Room: Koessler (3rd Floor)

Chair: Hrvoje Jasak Chair: Holger Marschall Chair: Gavin Tabor

10:20-10:40 A Numerical Study on Self-propulsion Simulations using OpenFOAM (Geon-Hong Kim)

Using OpenFOAM to Aid the Design of Complex Profile Extrusion Dies (A. Rajkumar)

Aerosol Jet® material deposition behavior simulated with an OpenFOAM® Lagrangian solver (James Feng)

10:40-11:00 Flow Resistance and Seakeeping Advanced Optimization of Ship Hull using HELYX-Ecomarine (Paolo Geremia) Flow Distribution in Bifurcations: the role of elasticity (Luis Ferrás)

An Immersed Boundary Method in OpenFOAM® for Arbitrarily Shaped Lagrangian Bodies Taking Account of Contact Dynamics and Volumetrically

Resolved Potential Forces (Markus Burger)

11:00-11:20 A study of Computational Schemes for Six Degree-of-Freedom Motion of a Ship in Waves using OpenFOAM (Heebum Lee)

Simulation of viscoelastic flows at high Weissenberg number using a generic numerical stabilization framework (Matthias Niethammer)

Dispersion of Fillers in Viscoelastic Polymer Matrices using Eulerian-Lagrangian Approaches (C. Fernandes)

11:20-11:40 Use of OpenFOAM at Virgina Tech for AOE Discovery and Learning (Eric Paterson)

Influence of shear rate, temperature and pressure dependent material behavior of polymer materials on the production process (József Nagy)

Basic Implementation of Particle-Based Membrane Model for Membrane Deformation Analysis (Shinji NAKAGAWA)

11:40-12:00 Decomposition Model for Naval Hydrodynamics: Recent Advances (Vuko Vukcevic) Modelling Integral Viscoelastic Flows in OpenFOAM (M. S. B. Araujo) Evaluation of the DPMFoam solver (Denis Semyonov)

12:00-13:20Track 1 Track 2 Track 3

Naval Hydrodynamics / Coastal / Offshore 2 Pre-Processing / Post-Processing / Meshing Heat Transfer / Phase Change / Reacting FlowsRoom: Lydia Mendelssohn Theater (2nd Floor) Room: Henderson (3rd Floor) Room: Koessler (3rd Floor)

Chair: Jens Hopken Chair: Bernhard Gschaider Chair: Hakan Nilsson

13:20-13:40 Implementation of Higher Order Spectral method for nonlinear wave propagation in OpenFOAM (Inno Gatin)

Assessment of automatic mesh generation algorithm using snappyHexMesh 2.3 (Daniel Piaget)

DNS of Reactive Mass Transfer and Interfacial Surfactant Transport for Single Rising Bubbles (Holger Marschall)

13:40-14:00 Offshore Drilling Riser 2-D Drag Modelling (Lawrence Lai) Evolving HELYX-OS, the Open-Source Graphical User Interface for OpenFOAM® (Paolo Geremia) Simulation of an ingot growth in the electron beam furnace (Alexey Matveichev)

14:00-14:20 Integration of ADIOS into OpenFOAM for handling Disk I/O (Karl Meredith) Modeling Turbulent Combustion in a Rotary Kiln (Ali Kadar)

14:20-14:40 Advances in anisotropic mesh generation with arbitrary polyhedra in cfMesh (Franjo Juretic)

Simulating Shear Induced Platelet Aggregation with OpenFOAM (Rudolf Hellmuth)

14:40-15:00 GUI driven CHT solver UI for transformer - Combination of FEMM and OpenFOAM (Hyun Roh)

15:00-15:30Track 1 Track 2 Track 3

Turbulence Modeling / Sprays / Solid-Liquid Mixing General CFD 1 / Acoustics Fluid-Structure Interaction / Structural AnalysisRoom: Lydia Mendelssohn Theater (2nd Floor) Room: Henderson (3rd Floor) Room: Koessler (3rd Floor)

Chair: Dan Combest Chair: Chris Sideroff Chair: Eric Paterson

15:30-15:50 Large-Eddy Simulation of Turbulent Channel Flow with OpenFOAM (Timofey Mukha)

The Simulation of Electromagnetic-Acoustic Wave Interaction in OpenFOAM (Dominic Piro)

Simulation of Fractures in OpenFOAM: From Adhesive Joints to Hydraulic Fractures (Philip Cardiff)

15:50-16:10 OpenFOAM® as a development platform for enhanced hybrid RANS-LES approaches (Marian Fuchs)

Swirling pipe-flow for metrology applications: Validation of simulations with laser-Doppler velocimetry experiments (Denis F. Hinz)

Numerical Simulation of Contact Angle Hysteresis with OpenFOAM® (Thomas Maurer)

16:10-16:30 Investigation of viscous solid-liquid mixing in agitated vessels using CFD-DEM: Model formulation and experimental validation (B. Blais)

Evaluation of the Mixing Plane technology: application for distributor-runner channel (Christophe Devals)

Modeling and simulation of a gas-solid cyclone during an upset event (Arthur N'Dri Konan)

16:30-16:50 Geometric Immersed Boundaries (GIB): A New framework for applying boundary conditions in OpenFOAM® (Giorgos Karpouzas)

Predicting surface evolution in erosion processes with OpenFOAM® (Alejandro Lopez)

16:50-17:10 An integrated lattice Boltzmann and finite volume method for the simulation of viscoelastic fluid flows (Chao Li)

Verification and validation of thermocapillary flow instability in straight and deformed liquid bridges (Takuya Yamamoto)

Tuesday, June 30 OpenFOAM® Workshop Day 2 - Training08:00-08:30

Track 1 Track 2 Track 3Basic Level Intermediate Level Advanced Level

Room: Michigan (2nd Floor) Room: Henderson (3rd Floor) Room: Koessler (3rd Floor)08:30-10:00 Introduction to Paraview (Philip Cardiff) PyFoam and swak introduction (Bernhard Gschaider) Coupled solvers (Hrv Jasak)10:00-10:30

10:30:12:00 Adding an additional transport equation to scalarTransportFoam (Henrik Rusche) A concise introduction to snappyHexMesh theory and application (Dan Combest) Rotating machinery (Hakan Nilsson)

12:00-13:30

13:30-15:00 Leveraging HELYX-OS for meshing and running OpenFOAM cases (Paolo Geremia) Automatic case setup and evaluation with PyFoam (Bernhard Gschaider) Function objects or fvOptions (Jens Hopken)

15:00-15:3015:30-17:00 How to write OpenFOAM apps and get on in CFD (Gavin Tabor) Programming best practice (Henrik Rusche) Solid mechanics in OpenFOAM (Philip Cardiff)

17:00-19:00 cfMesh Training (Franjo Juretic)

Coffee break (Ballroom 2nd Floor)

Coffee break (Ballroom 2nd Floor)

Breakfast (Michigan League Ballroom 2nd Floor)

Lunch (Ballroom 2nd Floor)

Keynote 1 - Professor Hrvoje Jasak, Wikki Ltd.

Coffee break (Ballroom 2nd Floor)

Lunch (Ballroom 2nd Floor)

Coffee break (Ballroom 2nd Floor)

09:00-10:00 Keynote 2 - Dr. Sung-Eun Kim, Head, Compututaional Hydromechanics R&D Branch, Naval Surface Warfare Center Carderock Division

10:20-12:00 (100 mins)

13:20-15:00 (100 mins)

15:30-17:10 (100 mins)

Breakfast (Ballroom 2nd Floor)

Room: Lydia Mendelssohn Theater (Michigan League 2nd Floor)

Wednesday, July 1 OpenFOAM® Workshop Day 308:00-09:00

10:00-10:30Track 1 Track 2 Track 3

Compressible Flows Engine and Pumps Optimization and ControlRoom: Lydia Mendelssohn Theater (2nd Floor) Room: Henderson (3rd Floor) Room: Koessler

Chair: Chris Sideroff Chair: Bernhard Gschaider Chair: Philip Cardiff

10:30-10:50 Direct Simulation of Computational Aero-Acoustics (Eugene de Villiers) NeuroPaSR, A New Combustion Model for Diesel-Engine (S. Kheradmand) Shape Optimization with OpenFOAM (Charles Mader)

10:50-11:10 Large eddy simulation of a high-pressure multi-jet combustor using flamelet modeling (Christopher Lietz)

In-cylinder Turbulent Airflow Simulation of Internal Combustion Engine with Moving Boundary Technique in OpenFOAM (Tomoyuki Hosaka) Optimization Process for Turbine Blade Application (Tessa Uroic)

11:10-11:30 A solver for Magnetohydrodynamic Generation Channel Simulation (David Huckaby)

Preparing SolidWorks Models for Use with SnappyHexMesh / Using the FEMAP NASTRAN FEA Pre-Processor to Prepare Meshes for OpenFOAM (Daniel

Mather)Adjoint optimization for external aerodynamics (Giorgos Karpouzas)

11:30-11:50 A framework for compressible hybrid RANS/LES simulations in topologically changing grids (Andrea Montorfano) Shape optimization of a hydrodynamic vortex separator (Shenan Grossberg)

11:50-12:10 Coupled solver for modelling high-speed, compressible flow (Johan Heyns) An open-source framework for multi-physics simulations, design space exploration and optimization (Joel Guerrero)

12:10-13:30Track 1 Track 2 Track 3

Aerodynamics Free Surface and Multiphase Flows Optimization and General CFD 2Room: Lydia Mendelssohn Theater (2nd Floor) Room: Henderson (3rd Floor) Room: Koessler (3rd Floor)

Chair: Eugene de Villiers Chair: Eric Paterson Chair: Franjo Juretic

13:30-13:50 A New approach to Actuator Surface Method for Helicopter Rotor Analysis (Taewoo Kim)

Development of Phase Field Methods using OpenFOAM - Part I: Method Development and Implementation (Holger Marschall) Development of shape optimization tutorials for OpenFOAM (Russel Daines)

13:50-14:10 Numerical Study on Vortex Alleviation of Tip Chipped Wing using OpenFOAM (Nahyeon Roh)

Development of Phase Field Methods using OpenFOAM® Part II: Application to Complex Wetting Physics (Xuan Cai) Winglet Design Optimization (Matthew Jones)

14:10-14:30 Estimation of Aerodynamic Coefficients of Axisymmetric Projectiles from a Coupled Rigid Body Dynamics-CFD Solver (Adriaan Steenkamp)

Implementation of a moving immersed boundary method on a dynamically refining mesh with automatic load balancing (Kyle Mooney) Meshing Considerations for Automotive Design Optimization (Travis Carrigan)

14:30-14:50 Analysis of Supersonic, Reacting, Base Flow-fields for Axisymmetric Projectiles (Adriaan Steenkamp)

A 3D Numerical Model of Two-Phase Flow and Sediment Transport (Vanja Skuric) The MoDeNa multi-scale simulation software framework (Henrik Rusche)

14:50-15:10 Aerodynamic Characteristics of Ahmed Body in Road Situations (R. Manimaran) Droplet ejection from capillary nozzle (Duc Nguyen) Improvements of the Interpolation and Non-Orthogonal Correction Schemes in Caelus (Chris Sideroff)

15:10-15:40Track 2 Track 3

General CFD 3 Block Coupled Solvers and Periodic FlowsRoom: Henderson (3rd Floor) Room: Koessler (3rd Floor)

Chair: Dominic Piro Chair: Henrik Rusche

15:40-16:00 Numerical Model of Hydrodynamic Lubrication Process (Vanja Skuric) Coupled Solver v2: on the robustness and performance improvements for incompressible and compressible flows (Luca Mangani)

16:00-16:20 Verification of OpenFoam Diffusion Operator in Different Geometries and Reconstruction Methods (Harold Noriega)

Validation of Pressure-Velocity Coupled Solver on Racing Car Aerodynamics (Tessa Uroic)

16:20-16:40 Emulating CFD in buildings to rapidly analyze human heat stress in future weather (Edward Shorthouse) Harmonic Balance Method for Unstready Periodic Flows (Gregor Cvijetic)

17:00

18:00

Thursday, July 2 OpenFOAM® Workshop Day 4 - Bird-of-Feather Sessions08:00-09:00

09:00-09:15

09:15-12:00

12:00-13:00

13:00-14:00

Keynotes - Jens Hopken, sourceflux

Coffee break (Ballroom 2nd Floor)

Lunch (Ballroom 2nd Floor)

Room: Lydia Mendelssohn Theater (Michigan League 2nd Floor) 09:00-10:00

Transportation to the banquet: buses provided, meet in front of the Rackham Building on Washington St.

Banquet at The Henry Ford Museum Dearborn, MI

Coffee break (Ballroom 2nd Floor)

13:30-15:10 (100 mins)

Breakfast (Ballroom 2nd Floor)

15:40-16:40 (60 mins)

10:30-12:10 (100 mins)

Breakfast (Ballroom 2nd Floor)

Bird-of-Feather Kickoff (Ballroom 2nd Floor)

Bird-of-Feather Sessions (Rooms to be announced)

Lunch (Ballroom 2nd Floor)

Closing (Ballroom 2nd Floor)