Civil Engineering Courses

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Contents

Structural Engineering ......................................3

Geotechnical Engineering ................................8

Civil Engineering ............................................12

Dams & Hydraulic Engineering ......................14

Transportation Engineering ............................17

General ..........................................................18

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Structural Engineering

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New!

Dynamics ofStructuresThird EditionJ. HumarCarleton University, Ottawa, Canada

This text offers comprehen-sive coverage of the analyt-ical tools required to determine the dynamicresponse of structures. It examines a variety ofanalysis tools from the traditional to the mostcurrent. Of great practical use to civil, mechani-cal, and aeronautical engineers, this bookincludes workable examples and exercises ineach chapter. Topics covered include:

• The formulation of the equations of motionusing the principles of both vector mechanicsand analytical mechanics

• Free vibration response• Determination of frequencies and mode shapes• Forced vibration response to harmonic andgeneral forcing functions

• Numerical integration of the equations ofmotion

• Frequency domain analysis• Analysis of continuous systems• Wave propagation analysis

Features:

• Emphasizes numerical techniques, includingfrequency domain analysis methods andnumerical integration techniques

• Offers a clarity of presentation that willappeal to students

• Includes a large number of illustrative examples and end-of-chapter exercises

• Builds on the proven track record of previouseditions, which have been adopted as textbooks at many universities

Solutions manual available upon qualifying course adoption

Selected Contents:

Introduction. PART 1: Formulation of the equa-tions of motion: Single-degree-of-freedom sys-tems. ...PART 2: Free vibration response: Single-degree-of-freedom system. Forced harmonicvibrations: Single-degree-of-freedom system.Response to general dynamic loading and tran-sient response. ... PART 3: Free vibrationresponse: Multi-degree-of-freedom system.

January 2012, 1064 pp.ISBN: 978-0-415-62086-4, £82.00

Coming Soon!

Introduction to StructuralAnalysisDisplacement andForce MethodsS.T. MauCalifornia State University,Northridge, USA

This indispensable text bridges the gap betweenwhat is traditionally taught in textbooks andclassrooms and what is actually practiced inengineering firms. It clearly and linearly detailsevery solution method in the framework of thetraditional force method and the matrix dis-placement method of analysis. The book coversinfluence lines, non-prismatic members, com-posite structures, secondary stress analysis, andthe limits of linear and static structural analysis.Integrating classical and modern methodolo-gies, it explains complicated analysis using sim-plified methods and numerous examples andprovides an understanding of the underlyingmethodologies of finite element analysis. Solutions manual available upon qualifying course adoption

Selected Contents:

Truss Analysis: Matrix Displacement Method:What is a Truss? A Truss Member. MemberStiffness Equation in Global Coordinates.Unconstrained Global Stiffness Equation. ...Truss Analysis: Force Method, Part I:Introduction. Statically Determinate Plane TrussTypes. Method of Joint and Method of Section.Matrix Method of Joint.Truss Analysis: Force Method, Part II: TrussDeflection. Indeterminate Truss Problems –Method of Consistent Deformations. Laws ofReciprocity. Concluding Remarks.Beam and Frame Analysis: Force Method,Part I: What are Beams and Frames? StaticalDeterminacy and Kinematic Stability. ...Beam and Frame Analysis: Force Method,Part II: Deflection of Beams and Frames.Integration Methods. Energy Methods. FrameDeflection.Beam and Frame Analysis: Force Method, PartIII: Statically Indeterminate Beams and Frames. ...Beam and Frame Analysis: DisplacementMethod, Part I: Introduction. MomentDistribution Method...

May 2012, c. 424 pp. ISBN: 978-1-4665-0416-5, £82.00




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New!

ConcreteStructuresStresses andDeformations:Analysis and Designfor Sustainability,Fourth EditionA. Ghali and M. ElbadryUniversity of Calgary, Canada

R. FavreFederal Institute of Technology, Lausanne, Switzerland

Praise for Previous Editions

“This graduate level textbook is strongly recom-mended for practicing civil engineers and universi-ty level engineering libraries.”

—www.e-streams.com

“... extremely useful ...”—The Structural Engineer

“Overall a highly recommendable book which Iwould like to see on the desk of every studentbecause of its good didactic structure and in thehands of every practising engineer because of itsgeneral applicability.”

—Beton und Stahlbetonbau

“... a well presented book with a well balancedcontent.”

—International Journal of Fatigue

“... a well-written textbook that successfully andextensively treats the critical subject of deforma-tional behavior and long-term performance ofreinforced and prestressed concrete structures.”

—Canadian Journal of Civil Engineering

Features:

• Offers interactive computer programs on theaccompanying website

• Contains more than 70 worked examplesand numerous questions and answers

• Includes new chapters on steel corrosion andfatigue

Selected Contents:

Creep and Shrinkage of Concrete and Relaxationof Steel. Stress and Strain of Uncracked Sections.Special Cases of Uncracked Sections andCalculation of Displacements. Time-dependentInternal Forces in Uncracked Structures: Analysisby the Force Method. Time-dependent InternalForces in Uncracked Structures: Analysis by theDisplacement Method. ...

September 2011, 646 pp.ISBN: 978-0-415-58561-3, £100.00

New!

Reinforced andPrestressedConcreteDesign to EC2The Complete ProcessEugene O'Brien and Emma SheilsUniversity College, Dublin, Ireland

Andrew DixonConsulting Civil and Structural Engineer, Ireland

Fully revised to Eurocode 2, this second editionretains the original’s emphasis on qualitativeunderstanding of the overall behavior of con-crete structures. With a new chapter dedicatedto case studies, worked examples, and exerciseexamples, this is an even more comprehensiveguide to conceptual design, analysis, anddetailed design of concrete structures. The bookprovides civil and structural engineering stu-dents with complete coverage of the analysisand design of reinforced and prestressed con-crete structures. Great emphasis is placed ondeveloping a qualitative understanding of theoverall behaviour of structures.

Features:

• Reflects Eurocode 2 • Covers the whole process of structural analysis and design of concrete

• Includes multiple case studies and examplesto guide students through the design process


Selected Contents:

Structural Loading and Qualitative DesignFundamentals of Qualitative Design. BasicLayout of Concrete. Loads and Load Effects.Preliminary Analysis and DesignFundamentals of Structural Analysis.Applications of Structural Analysis to ConcreteStructures. Preliminary Sizing of MembersCase Studies. Detailed Member DesignDesign of Reinforced Concrete Members for Bending. Design of Prestressed ConcreteMembers for Bending

HardcoverJanuary 2012, 536 pp.ISBN: 978-0-415-57194-4, £99.00SoftcoverJanuary 2012, 536 pp.ISBN: 978-0-415-57195-1, £34.99





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Stresses inBeams, Plates,and ShellsThird EditionAnsel C. UguralNew Jersey Institute ofTechnology, Newark, USA

“Ugural's book thoroughly explains how stressesin beam, plate, and shell structures can be predicted and analyzed.”

—Mechanical Engineering

Noted for its practical, student-friendly approachto graduate-level mechanics, this volume is con-sidered one of the top references on the subject ofelasticity and stress in construction. The authorpresents many examples and applications toreview and support several foundational concepts.The more advanced concepts in elasticity andstress are analyzed and introduced gradually,accompanied by even more examples and engi-neering applications, in addition to numerousillustrations. Chapter problems are carefullyarranged from the basic to the more challenging.The author covers computer methods, includingFEA and computational/equation-solving softwareand, in many cases, classical and numerical/com-puter approaches.

Features:

• Offers explanations for any mathematics • Includes strong coverage of fundamentals, so that students can better understand themechanics of plates and shells

• Provides finite element applications throughoutthe text, to emphasize modern computertechniques

• Demonstrates MathCAD programs in theAppendix, to show computational softwareusage

Selected Contents:

Fundamentals: Basic Concepts. Stress Analysis ofSimple Members. Plates: Elements of Plate-Bending Theory. Circular Plates. RectangularPlates. Plates of Various Geometrical Forms.Numerical Methods. Anisotropic Plates. PlatesUnder Combined Lateral and In-Plane Loads.Large Deflections of Plates. Thermal Stresses inPlates. Shells: Membrane Stresses in Shells.Bending Stresses in Shells.

August 2009, 596 pp.ISBN: 978-1-4398-0270-0, £89.00

Principles ofStructuralDesignWood, Steel, and ConcreteRam S. GuptaRoger Williams University, Bristol, Rhode Island, USA

Anyone involved with structural design mustmaintain a functional understanding of wood,steel, and concrete design principles. Covering allof these materials, this text provides a self-con-tained authoritative source that elaborates on themost recent practices together with the code-con-nected fundamentals that other books often takefor granted. Organized for ready reference, it pres-ents the LRFD approach for designing structuralelements according to the latest codes. Writtenprimarily for architecture and construction man-agement students, it is equally suitable for those incivil and structural engineering programs.

Features:

• Presents current knowledge and up-to-datepractices of structural designs in wood, steel,and concrete, using both SI and FPS units

• Conforms to the latest codes from AmericanSociety of Civil Engineers (ASCE),International Building Codes (IBC), and theNational Fire Protection Association’sInternational Code (NFPA)

• Includes homework problems throughout• Provides numerous examples, case studies,and designs of completed model structureswith respect to each type of building material

Selected Contents:

Design Loads: Design Criteria. Primary Loads:Dead Loads and Live Loads. Snow Loads. WindLoads. Earthquake Loads. Wood Structures:Wood Specifications. Flexure and Axially LoadedWood Structures. Wood Connections. SteelStructures: Tension Steel Members.Compression Steel Members. Flexural SteelMembers. Combined Forces on Steel Members.Steel Connections. Reinforced ConcreteStructures: Flexural Reinforced ConcreteMembers. Shear and Torsion in ReinforcedConcrete. Compression and Combined ForcesReinforced Concrete Members. Appendices:General. Wood. Steel. Concrete. References.Bibliography. Index.

August 2010, 488 pp.ISBN: 978-1-4200-7339-3, £80.99




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6

Design ofStructuralElementsConcrete, Steelwork,Masonry and TimberDesigns to BritishStandards andEurocodes, Third EditionChanakya AryaUniversity College London, UK

This third edition of a popular textbook is a con-cise introduction to the design of structural ele-ments in concrete, steel, timber, masonry, andcomposites. It provides design principles andguidance in line with both British Standards andEurocodes. Topics discussed include the philoso-phy of design, basic structural concepts, andmaterial properties.

Features:

• Includes in one volume the principlesinvolved in the structural design of reinforcedconcrete, steelwork, masonry, and timber

• Addresses design in line with British Standardsand the Eurocodes

• Contains more than 100 worked examplesand design problems


Selected Contents: Introduction to Structural DesignPhilosophy of Design. Basic Structural Conceptsand Material Properties.Structural Design to British StandardsDesign in Reinforced Concrete toBS8110/BS8500. Design in Structural Steelworkto BS5950. Design in Unreinforced Masonry toBS5628, BS EN771, BS EN845 and BS EN998.Design in Timber to BS5268.Structural Design to the EurocodesThe Structural Eurocodes: An Introduction.Eurocode 2: Design of Concrete Structures.Eurocode 3: Design of Steel Structures.Eurocode 6: Design of Masonry Structures.Eurocode 5: Design of Timber Structures.

HardcoverApril 2009, 528 pp. ISBN: 978-0-415-46719-3, £80.00

Soft CoverApril 2009, 528 pp. ISBN: 978-0-415-46720-9, £29.99

Coming Soon!

Mechanics ofSolids andStructuresRoger T. FennerImperial College London, UK

J.N. ReddyTexas A&M University, College Station, USA

A revision of a popular textbook, this volumeemphasizes the development of analysis tech-niques from basic principles for a broad range ofpractical problems, including simple structures,pressure vessels, beams, and shafts. The bookintegrates numerical and computer techniqueswith programs used to carry out analyses, facili-tating design, and solve the problems found atthe end of each chapter. It also presents theunderlying theory and traditional manual solu-tion methods along with these techniques. Thisnew second edition covers relationshipsbetween stress and strain, torsion, staticallydeterminate systems, instability of struts andcolumns, and compatibility equations.

Features:

• Provides a modern approach to advancedstrength of materials

• Balances numerical and classical approachesto mechanics

• Presents the Finite Element Method for structural mechanics design analysis

• Integrates numerical software modeling andcomputation

Instructor's manual with all problem solutions availableupon qualifying course adoption

Selected Contents:

Introduction. Statically Determinate Systems.Relationships between Stress and Strain.Statically Indeterminate Systems. Bending ofBeams-Moments, Forces and Stresses. Bendingof Beams-Deflections. Torsion. Instability andthe Buckling of Struts and Columns.Transformations of Stress and Strain.Equilibrium and Compatibility Equations:Applications to Beams and Tidck-WalledCylinders.

April 2012, c. 703 pp. ISBN: 978-1-4398-5814-1, £82.00






UnderstandingStructuresAn Introduction toStructural AnalysisMete A. SozenPurdue University, WestLafayette, Indiana, USA

Toshikatsu IchinoseNagoya Institute of Technology,Japan

The web of structural mechanics is so finely woventhat it hides the role of experience in design, lead-ing to high levels of risk. An exploration of essen-tial design and construction details of safe struc-tures, Understanding Structures: AnIntroduction to Structural Analysis explains howbuildings and bridges resist gravity, wind, andearthquake loads. Employing an interactive pres-entation of topics, it spans elementary concepts,from force in trusses to bending of beams and theresponse of multi-story, multi-bay frames. Becausesimulation is critical to the design and constructionof safe structures, this text features free access toGOYA software, which runs easily on JAVA-enabledsystems. Developed by the authors to improveunderstanding of structures through repetition,GOYA enables readers to solve problems ofincreasing complexity with relative ease, therebyexpediting the process of safe structure design.

Features:

• Provides an understanding of structuralresponse through numerous interactive computer simulations

• Presents information in both SI andImperial/FPS units

• Uses the GOYA software to demonstrate howto reach quantitative and graphical solutionsto structural response problems

• Covers topics in trusses, the bending ofbeams, and the response of multistory, multi-bay frames

Selected Contents:

TrussesMoments and Deflections in Cantilever BeamsMoments and Deflections in Simply-SupportedBeamsBending and Shear StressesFramesBucklingList of SymbolsIndex

July 2008, 368 pp.ISBN: 978-1-4200-6861-0, £69.99

StructuralAnalysisA Unified Classicaland Matrix Approach, Sixth EditionA. Ghali and T.G. BrownUniversity of Calgary, Canada

A.M. NevilleConsultant Civil Engineer, UK

This comprehensive textbook combines classicaland matrix-based methods of structural analysisand develops them concurrently. The bookreviews idealization of loads, anticipated defor-mations, deflected shapes, and bending momentdiagrams. It also demonstrates how to idealizereal three-dimensional structures into simplifiedmodels that can be analyzed with little or no cal-culation, or with more involved calculationsusing computers. Dynamic analysis, essential forstructures subject to seismic ground motion, isfurther developed in this edition in a code-neu-tral manner, and the book includes a chapter onstructural reliability analysis. Translated into sixlanguages, this textbook is widely recommendedby many civil and structural engineering lecturersto their students because of its clear and thor-ough style and content.

Features:

• Includes new solved examples and problems,giving more than 140 worked examples andhundreds of problems with answers

• Presents material largely independent ofcodes of practice, making it suitable for international use

• Offers downloadable supporting computerprograms online

Selected Contents:

Structural Analysis Modelling. StaticallyDeterminate Structures. Introduction to theAnalysis of Statically Indeterminate Structures.Force Method of Analysis. DisplacementMethod of Analysis. Use of Force andDisplacement Methods. Strain Energy andVirtual Work. Determination of Displacementsby Virtual Work. Important Energy Theorems. ...

HardcoverFebruary 2009, 864 pp.ISBN: 978-0-415-77432-1, £100.00

SoftcoverFebruary 2009, 864 pp.ISBN: 978-0-415-77433-8, £39.99





Geotechnical Engineering

Design Analysisin RockMechanicsSecond EditionWilliam G. PariseauUniversity of Utah, USA

“… sufficiently wide anddeep in its coverage of rockmechanics concepts appliedto mine design to deserve a place on the book-shelf of every mining geotechnical engineer, andin the library at every mine site.”

—J.P. Harrison, Imperial College London, UK

This comprehensive introduction to rock mechan-ics treats the basics of rock mechanics in a clearand straightforward manner and discusses impor-tant design problems in terms of the mechanicsof materials. This extended second editionincludes an additional chapter on rock bursts andbumps, a section on basics dynamics, and numer-ous additional examples and exercises through-out the chapters.

Features:

• Contains example problems and a selectionof home assignment problems at the end ofeach chapter that reinforce design principlesdescribed in the text

• Builds on a foundation of mechanics of materials that almost all undergraduate engineers study

• Presents material suitable for a variety ofengineering disciplines concerned with rockexcavation, including civil, geological, andmining engineering

• Combines design of surface and undergroundrock excavations for civil and mining engineering purposes and negates the need for two or more separate texts in any completeclass on rock engineering

• Uses both metric and imperial units

Solutions manual available upon qualfying course adoption

Selected Contents:

Introduction. Slope stability. Shafts. Tunnels.Entries in stratified ground. Pillars in stratifiedground. Three-dimensional excavations.Subsidence. Dynamic Phenomena. AppendixA: Background literature. Appendix B:Mechanical properties of intact rock and joints.Appendix C: Rock mass classification schemesfor engineering. Appendix D: Some useful formulas. References. Index.

September 2011, 698 pp. ISBN: 978-0-415-89339-8, £57.99

New Edition of a Bestseller!

Craig’s SoilMechanicsEighth EditionJ.A. Knappett and R.F. CraigUniversity of Dundee, UK

“Jonathan Knappett isbreathing a fresh lease oflife into this old favourite with several newslants...I propose to keep it on our list of ‘mustconsult’ textbooks.”

—Edward Bromhead, Kingston University, UK

“Buying a copy of Craig as an undergraduate is alifetime career investment.”

—Geoffrey Blight, Witwatersrand University, South Africa

“... everything a beginning engineering student islooking for in an introductory textbook on soilmechanics… one of the finest ...”

—Gregory Ohrn, Northern Arizona University, USA

“... highly recommended ....”—Mehrdad Razavi,

New Mexico Institute of Mining and Technology, USA

Now in its eighth edition, this bestselling textcontinues to blend clarity of explanation withdepth of coverage to present students with thefundamental principles of soil mechanics.

New to This Edition:

• Restructuring into two sections: basic conceptsand theories, and design

• Brand new topics and additional material• Updated information in line with Eurocode 7,with reference to other international standards

• Enhanced pedagogy, including a glossary,learning outcomes, summaries, and visualexamples of real-life engineering equipment

• An extensive companion websiteSolutions manual available upon qualifying course adoption

Selected Contents:

Basic Characteristics of Soils. Seepage. EffectiveStress. Consolidation. Soil Behaviour in Shear.Ground Investigation. In situ Testing. ShallowFoundations. Deep Foundations. AdvancedFoundation Topics. Retaining Structures. Stabilityof Self-Supporting Soil Masses. Illustrative Cases.

HardcoverFebruary 2012, 584 pp.ISBN: 978-0-415-56125-9, £85.00

Soft CoverFebruary 2012, 584 pp.ISBN: 978-0-415-56126-6, £32.99






Soil MechanicsFundamentalsIsao IshibashiOld Dominion University,Virginia, USA

Hemanta HazarikaKyushu University, Japan

Comprehensive and intro-ductory, this textbook cov-ers all basic fundamentalconcepts of soil mechanics. It delineates how soilbehaves and why it behaves that way, and theengineering significance of such behavior. Thetext explains the various behaviors of soils basedon mathematics, physics, and chemistry in asimple but complete manner. The authorsinclude essential engineering equations toemphasize the importance of fundamentals, and180 exercise problems and solutions to aid withapplication.

Features:

• Clearly explains various behaviors of soilsbased on mathematics, physics, and chemistry

• Includes only the essential engineering equations to emphasize the importance offundamentals

• Presents new concepts in a systematic, step-by-step way with a smooth flow of information

• Includes 47 examples and 180 problems

Solutions manual and PowerPoint presentations availableupon qualifying course adoption

Selected Contents:

IntroductionPhysical Properties of SoilsClays and their BehaviorSoil ClassificationsCompactionFlow of Water through SoilsEffective StressStress Increments in Soil MassSettlementsMohr's Circles in Soil MechanicsShear StrengthLateral Earth PressuresBearing CapacitySubject IndexAuthor Index

December 2010, 342 pp.ISBN: 978-1-4398-4644-5, £49.99

GeologicalEngineeringLuis González de VallejoUniversidad Complutense deMadrid, Spain

Mercedes FerrerInstituto Geológico y Minero deEspaña, Madrid, Spain

“With GeologicalEngineering Luis Gonzálezde Vallejo and MercedesFerrer succeeded in offering a standard work, ofinterest for a wide group of users, in a broadrange of geologically differing areas, as a supportin the application of geology to research, designand construction in civil engineering.”

—Floris Schokking, GeoConsult B.V., Haarlem

A guide for developing integrated engineeringsolutions that account for both ground conditionsand environment, this extensively illustrated text-book covers the subject area of geological engi-neering in four sections: Fundamentals, Methods,Applications, and Geohazards. Covering topicssuch as site investigation, rock mechanics, andslope stability, Geological Engineering providesan extensive foundation in the basic concepts ofsoil mechanics and hydrogeology, while alsoincluding state-of-the art applications. In additionto its superb academic features, the book is alsouseful for practicing engineering geologists andthose involved in the design and construction offoundations.Features:

• Covers the fundamentals of soil mechanics,rock mechanics, and hydrogeology

• Examines methods for site investigations, rockmass characterization, and engineering geology mapping

• Explores applications, including foundations,slope stability, tunneling, dams, reservoirs, andearth works

• Explains how to prevent and mitigate geohaz-ards such as landslides and earthquake hazards

CD-ROM with all illustrations available upon qualifying course adoption

Selected Contents:

Fundamentals: Introduction to GeologicalEngineering. Soil Mechanics and EngineeringGeology of Sediments.Methods: SiteInvestigation. Rock Mass Description andCharacterisation. Applications: Foundations.Slopes. Tunnels. Dams and Reservoirs. GeologicalHazards: Landslides and Other Mass Movements.

January 2011, 700 pp.ISBN: 978-0-415-41352-7, £76.99






New!

PracticalEngineeringGeologySteve HencherUniversity of Leeds, UK

Covering the range of responsibilities and chal-lenges facing an engineering geologist, SteveHencher outlines the fundamental role of engi-neering geology in civil engineering projects andassesses the various tools that an engineeringgeologist brings to the site. Illustrated with anumber of case studies and providing referencetables of parameters and properties, this text isideal for practicing engineering geologists andgraduate students of engineering geology. Itcontains practical guidance in a "cook-book"style, with simple thumbnail sketches and illus-trations.

January 2012, 464 pp. ISBN: 978-0-415-46908-1, £120.00

Soil Physicswith HYDRUSModeling andApplicationsDavid E. RadcliffeUniversity of Georgia, Athens, USA

Jiri SimunekUniversity of California, Riverside, USA

One of the most advanced and popular numeri-cal computer models used in the field of soilphysics, the HYDRUS series is used for the analysisof water flow and solute transport in variably sat-urated porous media. Co-authored by the soft-ware’s creator, Jiri Simunek, this volume demon-strates two- and three-dimensional simulationsand computer animations of numerical modelsusing the software. Classroom-tested at theUniversity of Georgia, this volume includesnumerous examples and homework problems. Itprovides students with access to the baseHYDRUS program as well as the Rosetta Database.

May 2010, 388 pp.ISBN: 978-1-4200-7380-5, £66.99

Introduction to TunnelConstructionDavid Chapman andNicole MetjeUniversity of Birmingham, UK

Alfred StärkBeton- und Monierbau GmbH,Austria

“Invaluable to recently graduated engineers anduniversity students ... A comprehensive work thatcould well become the standard introductory textfor early-stage tunnellers, and could attract moreengineers into tunnelling. As such, it should beheavily promoted.”

—World Tunnelling

Tunneling provides a robust solution to a variety ofengineering challenges. It is a complex process,which requires a firm understanding of theground conditions as well as structural issues.Introduction to Tunnel Construction covers thewhole range of information that tunnel engineersneed to know. Coverage includes hard-rock andsoft-ground conditions; site investigation, parame-ter selection, and design considerations; methodsof improving the stability of the ground and liningtechniques; health and safety considerations, andmonitoring of tunnels during construction. It alsoincludes a number of case studies of real tunnelprojects, to demonstrate how the theories apply inpractice.

Selected Contents:

Introduction to Tunnelling

Site Investigation and Laboratory and Field Testing

Tunnelling Techniques

Tunnelling Design Issues

Modelling. Monitoring

Case Studies. Summary of Key Aspects

Bibliography

HardcoverMay 2010, 416 pp.ISBN: 978-0-415-46841-1, £95.00

Soft CoverMay 2010, 416 pp.ISBN: 978-0-415-46842-8, £39.99







GeologyBasics for EngineersAurele ParriauxFederal Institute of Technology(EPFL), Lausanne, Switzerland

“... contains numerous excellent illustrations, figures and sketches ... Most of the illustrationsare in color. The pedagogic value of the book isunderlined by exercises throughout the chapters.An accompanying DVD contains the solutions toproblems and also animations that make thedescription of geology much more dynamic andalive. I highly recommend the book as a resourcefor the basic background of geological knowledgenecessary for the understanding of the behaviourof the ground in engineering practice, infrastruc-ture development and environmental protection.”

—Paul G. Marinos, Past President of IAEG, Past President of Geological Society of Greece,Professor at the National Technical University of

Athens, Greece

August 2009, 590 pp.Soft Cover, ISBN: 978-0-415-46165-8, £69.99

Foundations of EngineeringGeologyThird EditionTony WalthamRetired from Nottingham Trent University, UK

The full-color, third edition of this highly regard-ed book provides a readable and well-illustratedoverview of the aspects of geology that are mostsignificant to civil engineers. Each topic is pre-sented in a double-page spread containing acareful mix of text and diagrams, with tabulatedreference material on parameters such as bear-ing strength of soils and rocks.

HardcopyApril 2009, 104 pp.ISBN: 978-0-415-46959-3, £75.00

SoftcoverApril 2009, 104 pp.ISBN: 978-0-415-46960-9, £19.99

FundamentalConcepts ofEarthquakeEngineeringRoberto VillaverdeUniversity of California, Irvine, USA

This resource is a great aid to those professionalstasked with mitigating the effects of catastrophicearthquakes. It presents modern concepts andvaluable procedures, code provisions, and seismichazard assessment techniques used to make struc-tures as earthquake-resistant as possible. Theauthor details the main aspects and historicaldevelopment of earthquake engineering withregard to various types and levels of damage. Healso details earthquake generation and propaga-tion mechanisms and scales used to quantifyearthquake size and damage potential.

Features:

• Contains four chapters devoted to seismologyand explains seismic building codes

• Presents seismic hazard assessment techniques• Examines soil ground motion amplificationand soil-structure interaction

• Describes techniques for the calculation ofseismic structural response and the protectionof structures against the effects of earthquakes

• Features numerous photographs and figuresto illustrate concepts

• Includes an appendix with a comprehensiveworldwide list of historical earthquakes

Selected Contents:

Introduction. Seismic Regions of the World.Earthquake Genesis. Earthquake Propagation.Measurement of Earthquakes. Characterization ofStrong Ground Motions. Seismic HazardAssessment. Influence of Local Site Conditions.Design Response Spectrum. Structural Responseby Response Spectrum Method. StructuralResponse by Step-by-Step Integration Methods.Structural Response by Equivalent Lateral ForceProcedure. Structural Response ConsideringSoil–Structure Interaction. Seismic Response ofNonstructural Elements. Seismic Protection withBase Isolation. Seismic Protection with EnergyDissipating Devices. Seismic Code Provisions.Appendix.

January 2009, 960 pp.ISBN: 978-1-4200-6495-7, £89.00





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Civil Engineering

12

New!

CoastalEngineeringProcesses, Theoryand Design Practice,Second EditionDominic Reeve,Andrew Chadwick, and Christopher Fleming

“The extent of coverage is impressive. As well asbeing a useful reference book in its own right, it isextremely useful to have a single starting-pointfor graduates... the book is well structured andeasy to use.”

—S. Sinclair, Maritime Engineering

Historically, much harm has been done by well-meaning coastal engineering attempts, whichseemed like good ideas on paper but which failedto allow for practical issues. For this reason, it isvital that theories and models are well groundedin practice. With an emphasis on practice anddetailed modeling, this is a thorough introductionto all aspects of coastal processes, morphology,and design of coastal defenses. It describesnumerous case studies to illustrate the successfulapplication of mathematical modeling in real-world practice. This is a must-have book for engi-neering students looking to specialize in coastalengineering and management.

Features:

• Views the subject practically, rather than taking the theoretical approach used by most other books on the market

• Offers expanded coverage of tsunamis andwave forces

• Includes more illustrations and examples

Selected Contents:

Introduction. Wind Waves. Design WaveSpecification. Coastal Water Level Variations.Coastal Zone Processes. Coastal Morphology:Analysis, Modelling and Prediction. Design,Reliability and Risk.

HardcoverDecember 2011, 552 pp.ISBN: 978-0-415-58352-7, £100.00

SoftcoverDecember 2011, 552 pp.ISBN: 978-0-415-58353-4, £36.99

GeomaticsEngineeringA Practical Guide to Project DesignClement A. OgajaCalifornia State University,Fresno, USA

Presenting the nuts andbolts of geomatics projects,this book examines keycomponents and aspects of land surveying andgeomatics projects. It reviews the experience ofpast projects and identifies priority areas ofattention for planning new projects. Ideal forstudents, the text guides readers through theproject design and the request-for-proposalprocess commonly used for soliciting profession-al geomatics engineering services. The authorexplains professional and ethical responsibility,the impact of engineering solutions in a globaland social context, and a host of other contem-porary issues, such as budgetary and schedulingconstraints.

Features:

• Provides a simple guide to key concepts ofproject design for land surveyors

• Presents examples with various tables andcharts, graphically designed to communicateimportant information in an easy-to-under-stand format

• Offers a thorough exploration of contemporary issues of project design

• Contains case examples from real-life pastprojects

• Includes end-of-chapter questions on the key concepts covered

Selected Contents:

Overview: Project Design Process.Contemporary Issues: Standards andSpecifications. Professional and EthicalResponsibilities. Policy, Social, andEnvironmental Issues. Planning and Design:Boundary Surveys. Control Surveys.Topographic Surveys. GIS Application. ProposalDevelopment: Estimating Project Costs. WritingGeomatics Proposals. Appendices: Appendix A:Resource Guide for Geomatics Projects.Appendix B: Sample Geodetic Standards–FGCC1984. Index.






Civil Engineering

Second Editionof a Bestseller!

Introduction toCompositeMaterialsDesignSecond EditionEver J. BarberoWest Virginia University,Morgantown, USA

This second edition of a bestseller contains chap-ters on damage mechanics, fabric reinforced com-posites, and external strengthening for infrastruc-ture. It covers design aspects such as fiber andmatrix selection, fabrication processes, predictionof material properties, and structural analysis anddesign of beams, plates, and shells, includingmany fully developed examples. Powerful prelimi-nary design tools, such as “carpet plots,” are usedin examples throughout the book. Instructionalmaterials (including PowerPoint slides), specialsoftware, and other pedagogical tools are avail-able from a password-protected website main-tained by the author.

Features:

• Presents a concise, easy-to-read introduction to composite materials and mechanics, topromote sound analysis and design

• Includes the most effective and updated methods of analysis and design of compositematerials

• Provides detailed information on fiber andmatrix and their properties essential for design

• Adds information on technology, includingmodern fiber properties and developments inthe use of carbon nanotubes as reinforcement,etc.

• Offers fully developed examples, as well astables, illustrations, and exercises to demon-strate the application of presented analysistechniques and design methodology

Selected Contents:

Introduction. Materials. ManufacturingProcesses. Micro-mechanics. Ply Mechanics.Macro-mechanics. Strength. Damage. Fabric-reinforced Composites. Beams. Plates andStiffened Panels. Shells. Strengthening ofReinforced Concrete. Appendices.

July 2010, 562 pp.ISBN: 978-1-4200-7915-9, £66.99

City Planningfor CivilEngineers,EnvironmentalEngineers, andSurveyorsKurt W. BauerSE Wisconsin Regional PlanningCommission, USA

“I highly recommend City Planning for CivilEngineers, Environmental Engineers, andSurveyors as an authoritative resource for thosenew to the land-use arena and to those wantingto improve their knowledge and add value totheir land-surveying practices. It deserves a placeon the bookshelf of any land surveyor whosepractice includes urban land development.”

—Jeff Salmon, in Professional Surveyor Magazine


ConstructionMaterialsTheir Nature and Behaviour,Fourth EditionEdited by

Peter DomoneUniversity College London, UK

John IllstonRetired Engineer, UK

“Some of the civil engineering and architectureschools ... now have less dedicated courses inmaterials, and a significant part of the requiredmaterials knowledge is provided within othercourses. A textbook such as this will ... not only beuseful as a reference book for a number of thesecourses, but will also be helpful in providing aunified perspective to students learning aboutmaterials under these conditions.”

—D. Gunaratnam, Architectural Science Review

This edition was expanded to cover develop-ments, such as the use of glass, and to examinehow material selection contributes to sustain-able construction practices.

HardcoverMay 2010, 584 pp.ISBN: 978-0-415-46515-1, £95.00

SoftcoverMay 2010, 584 pp.ISBN: 978-0-415-46516-8, £35.00






Dams & Hydraulic Engineering

Urban DrainageThird EditionDavid ButlerUniversity of Exeter, UK

John W. DaviesCoventry University, UK

This book reflects changes in the practice andpriorities of urban drainage. Expanded coverageincludes:

• Sewer flooding • The impact of climate change • Flooding models • The move towards sustainability

Providing a descriptive overview of the issuesinvolved as well as the engineering principlesand analysis, it draws on real-world examples aswell as models to support and demonstrate thekey issues facing engineers dealing withdrainage issues. It also deals with both thedesign of new drainage systems and the analysisand upgrading of existing infrastructure. This isa unique and essential textbook for students of water, environmental, and public health engineering, as well as a valuable resource forpracticing engineers.

Selected Contents:

Introduction. Approaches to Urban Drainage.Water Quality. Wastewater. Rainfall.Stormwater. System Components and Layout.Hydraulics. Hydraulic Features. Foul Sewers.Storm Sewers. Sewer Flooding. CombinedSewers and Combined Sewer Overflows.Storage. Pumped Systems. Structural Designand Construction. Sediments. Operation,Maintenance and Performance. Rehabilitation.Flow Models. Quality Models. StormwaterManagement. Low-income Communities.Integrated Management and Control. TowardsSustainability.

HardcoverJuly 2010, 656 pp.ISBN: 978-0-415-45525-1, £100.00

SoftcoverJuly 2010, 656 pp.ISBN: 978-0-415-45526-8, £35.00

Urban FloodManagementC. Zevenbergen, A. Cashman, N. Evelpidou, E. Pasche,S. Garvin, and R. Ashley

“... useful textbook for both students and teach-ers, encompassing an introduction to the topicbefore touching upon a number of drivers andsolutions of urban flood risk in a slightly moreadvanced manner. ... This book lends a welcomeclarity to a complex, evolving and contemporarysubject—and one which will grow in importancethroughout the twenty-first century.”

—Dr Iain White, University of Manchester

This textbook integrates the expertise from disci-plines such as hydrology, sociology, architecture,urban design, construction, and water resourcesengineering. It approaches the subject from aninternational perspective and includes various casestudies, exercises, expert advice, and literature rec-ommendations to support the theory and illustra-tions. Developed by a team of specialists, this vol-ume is intended for urban flood managementeducation of university-level students in hydrolo-gy, geography, civil and environmental engineer-ing, and management. Moreover, professionalswill find this book useful as a reference. A support-ing website provides more information on floodresilience and urban flood management.

Features:

• Includes learning objectives and key questionsin each chapter

• Contains numerous case studies

Selected Contents:

Setting up The FrameworkSetting The Stage for Integrated Urban FloodManagementUrban FloodsDrivers for ChangeUrbanizationClimate Change: Key Uncertainties and RobustFindingsUrban Flood RiskHydrology of CitiesUrban Flood Risk AssessmentResponsesResponding To Flood Risk

September 2010, 340 pp. Soft Cover, ISBN: 978-0-415-55944-7, £59.99







RecursiveStreamflowForecastingA State SpaceApproachJózsef SzilágyiBudapest University ofTechnology and Economics,Hungary & University ofNebraska, USA

András Szöllösi-NagyUNESCO-IHE Institute for Water Education, Delft, The Netherlands

Recursive Streamflow Forecasting: A StateSpace Approach is a textbook and practicalguide to real-time streamflow forecasting. It pro-vides a rigorous description of a coupled sto-chastic and physically-based flow routingmethod and its practical applications. Thismethod is used to forecast flood levels. By know-ing in advance when, where, and at what level ariver will crest, appropriate protection works canbe organized, reducing casualties and propertydamage. Providing real-life case examples and problemlistings, the book teaches hydrology and civilengineering students and water-resources prac-titioners the physical forecasting model andthen enables them to apply it directly in real-lifeproblems involving streamflow simulation andforecasting. Designed as a textbook for courseson Hydroinformatics and Water Management, itincludes exercises. A CD-ROM with MATLAB®

codes for the simulation of streamflows and thecreation of real-time hydrological forecasts isalso included.

Selected Contents:

IntroductionOverview of continuous flow routing techniques

State-space descriptions of the spatially discretized linear kinematic wave

State-space descriptions of the continuousKalinin-Milyukov-Nash (KMN) cascade

State-space descriptions of the discrete linearcascade model (DLCM) and its properties: the pulse-data system approach

The sample-data system approachDLCM and stream-aquifer interactionsHandling of model-error: the deterministic-stochastic model and its prediction updating

June 2010, 212 pp.Soft Cover, ISBN: 978-0-415-56901-9, £53.99

Hydrology inPracticeFourth EditionElizabeth M. Shaw,Keith J. Beven, Nick A. Chappell, and Rob LambThis fourth edition of Hydrology in Practice, whileretaining all that is excellent about its predecessor,replaces the material on the Flood Studies Reportwith an equivalent section on the methods of theFlood Estimation Handbook and its revisions. Othercompletely revised sections on instrumentationand modeling reflect the many changes that haveoccurred over recent years. This edition also drawson the expertise of Keith J. Beven and Nick A.Chappell, who have extensive experience in fieldhydrological studies in a variety of different envi-ronments and have taught undergraduate hydrol-ogy courses for many years. Topical case studiesfurther enhance the text.

Selected Contents:

The Hydrological Cycle, Hydrometeorology and Climate

Hydrological MeasurementsHydrometric Networks and Data-LoggingPrecipitationEvapotranspirationInfiltration, Moisture and GroundwaterHillslope Runoff ProcessesRiver FlowWater QualityHydrological Analysis and ModellingPrecipitation AnalysisEvapotranspiration CalculationsRiver Flow AnalysisCatchment ModellingFlood RoutingGroundwater ModelsApplicationsFlood MappingFlood Risk ManagementWater ResourcesUrbanRiver Basin Management

HardcoverJuly 2010, 560 pp.ISBN: 978-0-415-37041-7, £99.99

SoftcoverJuly 2010, 560 pp.ISBN: 978-0-415-37042-4, £35.00







HydraulicModelling – AnIntroductionPrinciples, Methodsand ApplicationsPavel Novak, Vincent Guinot, Alan Jeffrey, andDominic E. Reeve

“This book should definitely find its place in alllibraries concerned with hydraulics, hydroinfor-matics and modelling. It certainly should be avail-able in their respective institutions to all engineerswho are involved in modelling or are using resultsof models. And it should be advised as essentialreading to students at postgraduate level inhydraulics and hydroinformatics.”

—Jean A. Cunge, Journal of Hydroinformatics

“... not only an invaluable guide for students butaddresses all researchers and practitioners work-ing in the field of water resources.”

—Vodni Hospodarstvi (Water Management, in Czech)

“The authors have written an outstanding andtimely work.”

—Willi H. Hager and Michael Pfister, Journal of Hydraulic Research

“A must-have for every hydraulics engineer wholooks to the future of their profession.”

—Corado Gissoni, L'Acqua

Modelling is a vital part of all engineeringdesign, yet many hydraulic engineers are notfully aware of the assumptions involved in theprocess. This text helps identify the most appro-priate form of analysis for the hydraulic engi-neering application in question.

Selected Contents:

Introduction. Theoretical Background.Development of Physical Models. Developmentof Numerical Models. Procedure and Tools –Physical Models. Procedure and Tools –Mathematical Models. HydrodynamicModelling of Open Channel Systems.

HardcoverJanuary 2010, 616 pp.ISBN: 978-0-419-25010-4, £100.00

SoftcoverJanuary 2010, 616 pp.ISBN: 978-0-419-25020-3, £35.00

New Edition of a Bestseller!

Mechanics of FluidsNinth EditionJohn Ward-Smith(Formerly Brunel University, UK)

This ninth edition of a bestseller updates intro-duction to the basic principles of fluid mechan-ics with great detail and clarity. It develops asound physical understanding of fluid flow,focusing on engineering applications rather thanmathematical techniques. The text graduallyintroduces the subject, building on simple,familiar information to convey more complexcontent. A new chapter examines the moderncontext of fluid mechanics and associated issuesincluding climate change, new forms of energygeneration, and fresh water conservation.

Features:

• Includes a new chapter on the modern context of fluid mechanics

• Serves as a core course text

• Contains many worked examples


Selected Contents:

Preface. Fundamental Concepts. Fluid Statics.The Principles Governing. The MomentumEquation. Physical Similarity and DimensionalAnalysis. Laminar Flow Between SolidBoundaries. Flow and Losses in Pipes andFittings. Boundary Layers, Wakes and otherShear Layers. The flow of an Inviscid Fluid. Flowwith a Free Surface. Compressible Flow ofGases. Unsteady Flow. Fluid Machines. FluidMechanics in a Changing World. Appendix:Units and Conversion Factors. Appendix:Physical Constants and Properties of Fluids.Appendix: Tables of Gas Flow Functions.Appendix: Algebraic Symbols.

HardcoverAugust 2011, 720 pp.ISBN: 978-0-415-60259-4, £120.00

SoftcoverAugust 2011, 720 pp.ISBN: 978-0-415-60260-0, £39.99







Transportation Engineering

TransportationStatistics andMicrosimulationClifford H. SpiegelmanTexas A&M University, College Station, USA

Eun Sug ParkTexas Transportation Institute,College Station, USA

Laurence R. RilettUniversity of Nebraska, Lincoln, USA

“In this treatment of statistics specifically directedto transportation planners and engineers,Spiegelman and other transportation experts discuss the basics of statistical and graphicalmethods, differences between methodologies,strategies for conducting computer-aided statisti-cal designs (using JMP software by SAS), bias-corrected confidence intervals, re-sampling tech-niques for evaluating uncertainties, and the concepts of Bayesian estimation and smoothingestimators. They also overview increasingly usedtraffic microsimulation models. The text includeshomework problems, appended information onsoft modeling and nonparametric model building,and a companion website for access to data sets.”

—SciTech Book News

By discussing statistical concepts in the context oftransportation planning and operations, this textprovides the necessary background for makinginformed transportation-related decisions. Itexplains the why behind standard methods anduses real-world transportation examples and prob-lems to illustrate key concepts. Classroom-tested at Texas A&M University, thetext covers the statistical techniques most fre-quently employed by transportation and pave-ment professionals. To familiarize readers with theunderlying theory and equations, it contains prob-lems that can be solved using statistical software.The authors encourage the use of SAS’s JMP pack-age, which enables users to interactively exploreand visualize data. Students can buy their owncopy of JMP at a reduced price via a postcard inthe book.

Selected Contents:

Overview: The Role of Statistics in TransportationEngineering. Graphical Methods for DisplayingData. Numerical Summary Measures. Probabilityand Random Variables. Common ProbabilityDistributions. Sampling Distributions. Inferences:Hypothesis Testing and Interval Estimation. ...

October 2010, 383 pp.ISBN: 978-1-4398-0023-2, £36.99

Statistical andEconometricMethods forTransportationData AnalysisSecond EditionSimon P. Washington,Matthew G. Karlaftis,and Fred L. Mannering

Praise for the First Edition

“... an excellent addition to a practicing trans-portation analyst’s library as well as a perfectcompanion to a first-year graduate modeling ormethods course ... adroitly fills a very importantniche between practice and theory. ... I recom-mend it for most transportation analysts andbelieve it to be a good, solid addition to thelibraries of transportation graduate students.”

—Journal of Transportation Statistics

“... well done and well organized ... I suspect itwill be the definitive text on statistics in trans-portation for some years to come … I am pleasedto have had the opportunity to read the bookand look forward to using it in my work in thefuture.”

—Technometrics

“... an outstanding and unique contribution tothe existing transportation literature.”

—Journal of Transportation Engineering

“... a well-written, clear and concise explanationof an array of statistical and econometric meth-ods. The content is presented in a lively andextremely readable manner that conveys a defi-nite sense that the authors truly understand thepsyche of the student body that comprises thebulk of the target market.”

—Maritime Economics & Logistics

With many examples and case studies, this edi-tion of a bestseller provides an understanding ofa broad range of analytical tools required tosolve transportation problems. Ancillary materi-als are available for download at www.crc-press.com

Selected Contents:

FundamentalsContinuous Dependent Variable Models CountAnd Discrete Dependent Variable ModelsOther Statistical MethodsReferencesIndexDecember 2010, 544 pp. ISBN: 978-1-4200-8285-2, £66.99




18 Request your Complimentary Exam Copy at www.crctextbooks.com

New!

Fundamentalsof ElectricalEngineeringCharles A. Gross andThaddeus RoppelAuburn University, Alabama, USA

Written to provide anoverview of the profession tocollege students and professionals outside the fieldof electrical engineering, this textbook providesinformation on the necessary technical competen-cies required within the field. Simple and easy touse, yet complete in rigor and coverage of funda-mental concepts, this book teaches the fundamen-tals of electrical engineering without including thetypical analytical methods that hold little relevancefor non-electrical engineers. Many examples andhomework problems are included to aid with stu-dent comprehension and application. Solutions manual available upon qualifying course adoption

February 2012, c. 512 pp. ISBN: 978-1-4398-3714-6, £57.99

Latest Edition of a Bestseller!

Probability,Statistics, andReliability forEngineers andScientistsThird EditionBilal M. Ayyub andRichard H. McCuenUniversity of Maryland, College Park, USA

The third edition of this bestselling text presentsprobability, statistics, reliability, and risk methodswith an ideal balance of theory and applications.It places increased emphasis on simulation, par-ticularly as a modeling tool, applying it progres-sively with projects that continue in each chapter.This edition also features expanded discussions ofthe analysis of variance and a thorough treatmentof Monte Carlo simulation. The authors show thatdata analysis is a continuum rather than the iso-lated application of different methods. Solutions manual available upon qualifying course adoption

April 2011, 663 pp.ISBN: 978-1-4398-0951-8, £76.99

New!

TechnicalWritingA Practical Guide for Engineers and ScientistsPhillip A. LaplanteThe Pennsylvania StateUniversity, Malvern, USA

Written by a renowned engineer and widely pub-lished technical author, this guide enables readersto write, edit, and publish materials of a technicalnature, including books, articles, reports, and elec-tronic media. Complementing the traditionalwriter’s reference manuals and other books ontechnical writing, it helps readers understand thepractical considerations in writing technical con-tent. Drawing on his own work, the author pres-ents many first-hand examples of writing, editing,and publishing technical materials. These exam-ples illustrate how a publication originated as wellas various challenges and solutions.

July 2011, 250 pp.Soft Cover, ISBN: 978-1-4398-2085-8, £25.99

A First Coursein DifferentialEquations,Modeling, andSimulationCarlos A. Smith andScott W. CampbellUniversity of South Florida,Tampa, USA

Emphasizing a practical approach for engineersand scientists, this text avoids overly theoreticalexplanations and shows readers how differentialequations are derived by applying basic physicalprinciples and experimental observations to engi-neering systems. This resource also covers classicalmethods for obtaining the analytical solution ofdifferential equations and Laplace transforms. Inaddition, the authors discuss how these equationsdescribe mathematical systems and how to usesoftware to solve sets of equations in which ana-lytical solutions cannot be determined. Numericalvalues are provided in all examples and problems. Solutions manual available upon qualifying course adoption

May 2011, 345 pp.ISBN: 978-1-4398-5087-9, £57.99

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