program preview - tms · manufacturing design materials 22 register now for the 2nd world congress...

MANUFACTURING

DESIGN MATERIALS

2nd World Congress on Integrated Computational Materials EngineeringJuly 7-11, 2013 Salt Lake Marriott Downtown at City Creek Salt Lake City, Utah, USA

Register by June 14, 2013 and Save!

http://www.tms.org/meetings/2013/ICME2013/registrationThe Minerals, Metals & Materials Society

Sponsored by: PROGRAM PREVIEW

MANUFACTURING

DESIGN MATERIALS

2 www.tms.org/icme20132

REGISTER NOW for the 2nd World Congress on Integrated Computational Materials Engineering!

Integrated Computational Materials Engineering (ICME) has received international attention due to its great potential to shorten product and process development time, while lowering cost and improving outcome. Building on the great success of the 1st World Congress on Integrated Computational Materials Engineering in 2011, this 2nd World Congress on ICME will convene ICME stakeholders – including researchers, educators, and engineers – to examine topics relevant to the global advancement of ICME as an engineering discipline. This conference will provide a forum for presentations and discussions centering on both computational- and experimental-based ICME-related topics, including: •ICMEinPracticeIssueswithApplicationofICMEandSuccessStories •Designing for Performance and Production, Virtual Component Evaluation, ProcessChains •DataStorage,Standards,andUncertainty •Fundamental Building Blocks of ICME, Computational Methods, Advanced ExperimentalTechniquesandModelValidation •EducationandWorkforceDevelopment forFutureGrowthandApplicationof ICME

Register by June 14, 2013 and save!

Organizing Committee:

Mei Li, Ford Motor Company, USAKatsuyo Thornton, University of Michigan, USAElizabeth Holm, Carnegie Mellon University, USACarrie Campbell, National Institute of Standards and Technology, USAPeter Gumbsch, Fraunhofer Institute for Mechanics of Materials, Germany

International Advisory Committee:

John Agren, KTH - Royal Institute of Technology, SwedenJohn Allison, University of Michigan, USADipankar Banerjee, Indian Institute of Technology, Bangalore, IndiaYves Brechet, Institute National Polytechnic de Grenoble, FranceDennis Dimiduk, USAF Research Lab, USAMasato Enomoto, Ibaraki University, JapanJuergen Hirsch, Hydro Aluminum, Germany

MANUFACTURING

DESIGN MATERIALS

2nd World Congress on Integrated Computational Materials Engineering (ICME)July 7-11, 2013Salt Lake Marriott Downtown at City CreekSalt Lake City, Utah, USA

REGISTRATION

AllCongressattendees,includingauthors, presenters, and session chairs

are required to register. To receive the advance registration rate, register

at www.tms.org/meetings/2013/ICME2013/registrationby

June 14, 2013.

Registration Fees

Through June 14

On-site

Member $575 $675

Nonmember** $690 $790

Student Member* $375 $375

Student Nonmember*

$475 $475

** Includes TMS membership for 2013.* Copy of student school identification card must accompany form.

Registration Package Includes: •Technicalsessionsandaccessto the exhibition •Onecopyoftheconference proceedings •WelcomereceptiononSunday evening •PosterreceptiononMondayand Tuesdayevenings •Onetickettotheconferencedinner •FinalreportofaTMSStudyon ICME Implementation in the Automotive,Aerospace,and Maritime Industries

Online registration will remain open through June 24. After this date you must register on-site.

Dorte Juul Jensen, Risoe National Laboratory, DenmarkNack Kim, Pohang University of Science and Technology, KoreaMilo Kral, University of Canterbury, New ZealandPeter Lee, Imperial College, United KingdomBaicheng Liu, Tsinghua University, ChinaJiangfeng Nie, Monash University, AustraliaTresa Pollock, UCSB, USAGary Purdy, McMaster University, CanadaAntonio J. Ramirez, Brazilian Synchrotron Light Laboratory, BrazilK.K. Sankaran, Boeing Company, USAJames Warren, NIST, USADeb Whitis, GE, USA

2nd World Congress on Integrated Computational Materials Engineering

3LEARN • NETWORK • ADVANCE

EXHIBIT & SPONSORSHIP OPPORTUNITIES

Reservations are being accepted for a networking-focused exhibit relevant to session topics.

Corporate sponsorship offers high vis-ibility at the conference receptions, re-freshment breaks and attendee social activities as well as registration ameni-ties, such as reusable canvas bags, badges,andlanyards.

Formoreinformationonexhibitingorpurchasing a corporate sponsorship, visit www.tms.org/meetings/2013/

ICME2013/Exhibit-Sponsors

Salt Lake Marriott Downtown at City Creek TheSaltLakeMarriottDowntownatCityCreek is intheheartofdowntownSaltLakeCityconvenienttoshopping,dining,and entertainment, and approximately15minutesfromtheairport.Guestswillappreciate the ideal location adjacent to theuniqueshoppingenvironmentofCityCreek Center.

Fordetailsonbookingyouraccommodations please visit

www.tms.org/meetings/2013/ICME2013/housing

TECHNICAL PROGRAM

The ICME technical program will include invited, contributed and poster presen-tations on these topics: • ICME Applications and Building Blocks •Modeling, Data and Infrastructure Tools •ProcessOptimization •MaterialsDataforICME •ChallengesandEducation • ICMESuccessStories

Technical SessionsAllpresentationswillbeheldinBallroomsD&E.Toviewtheconferencesessionsheets,visittheICMETechnicalProgrampage at www.tms.org/meetings/2013/ICME2013/techprog.

NETWORKING/SOCIAL EVENTS

Sunday, July 7Welcome Reception10 p.m. to Midnight

Monday, July 8PosterSessionIandReception8 to 10 p.m.

Tuesday, July 9PosterSessionIIandReception8 to 10 p.m.

Wednesday, July 10ConferenceDinner8 to 10 p.m.

HOUSING & TRAVEL

AblockofroomshasbeenreservedattheSaltLakeMarriottDowntownatCityCreekataspecialrate.AccommodationsmustbesecuredbyJune14,2013.

Single/doubleoccupancyis$125/night.There are a limited number of rooms available at the current government rate.

Getting ThereThehotel isapproximatelya15minutedrivefromtheSaltLakeCityInternationalAirport. Leaving the airport, take I-80East to Exit 600 South, exit ramp andproceedon600SouthtoWestTemple,turn left on West Temple and continue approximately5blocks,theHotel isonyourright.

The hotel does not provide shuttle service but the following alternate forms of transportation are available. •XpressShuttle(801-596-1600or 800-397-0773);fee:$8USD (oneway);reservationrequired •Busservice,fee:$2USD (oneway) •Estimatedtaxifare:$25USD (oneway)

SHORT COURSE:Introduction to Computational

Materials Science and Engineering Tools

Scheduled in conjunction with ICME 2013 July 11-12, 2013

SaltLakeMarriottDowntownatCityCreekSaltLakeCity,Utah

Register now for this related educa-tional event to continue the exploration of ICME. Participants will receive abrief introduction and hands-on prac-tice with computational tools used in materials science and engineering.

AdvanceregistrationforthiseventwillendJune14,2013.Shortcoursereg-istration is offered on the 2nd World Congress on Integrated Computation-al Materials Engineering registration form.

Formoreinformationonthiscourse,visit www.tms.org/meetings/2013/

ICME2013/Shortcourse

MANUFACTURING

DESIGN MATERIALS


Tentative Programming as of 3/26/13

Sunday, July 7, 2013

Opening Session • Room: Ballroom D&E

8:00PM Introductory Comments

8:10PM InvitedA Review and Perspective on ICME and MGI: Their Progress and Future:TBD

9:00PM The MGI After Two Years:JamesWarren1;1NIST

9:20PM Implementing ICME in the Automotive, Aerospace, and Maritime Industries: Results of a TMS-led Study on ICME Implementa-tion:GeorgeSpanos1;DavidHowe1;1TMS

Monday, July 8, 2013

ICME Success Stories and Applications • Room: Ballroom D&E

8:00AM Introductory Comments

8:05AMInvitedValidating ICME Models Across the Length Scales using 4D Synchrotron Imaging:PeterD.Lee1;ChedthaPuncreobutr2;BiaoCai2;ShyamprasadKaragadde2;LangYuan3;1TMS;2TheUniversityofManchester;3GEGlobalResearch

8:35AMInvitedMicrostructural Design for Higher Strength Al Alloys:HongLiu1;YipengGao2;YunzhiWang2;Jian-FengNie1;1MonashUniversity;2TheOhioStateUniversity

9:05AM Question and Answer Period

9:15AM ICME Successes: From Genome to Flight:GregOlson1;1NorthwesternUniversity

9:35AM Practical Approach to the ICME of Ceramic Matrix Composites:CraigPrzybyla1;1AirForceResearchLaboratory

ICME Applications: Lightweight Materials • Room: Ballroom D

10:15AM Application of Computational Thermodynamics and CALPHAD in Magnesium Alloy Development: AlanLuo1;1GeneralMotorsGlobalResearchandDevelopment

10:35AM ICME Modeling of a Super Vacuum Die Cast (SVDC) AZ91 Magnesium Automotive Component:MeiLi1;JunshengWang1;JiashiMiao2;BitaGhaffari1;Long-QingChen3;JohnAllison2;1FordMotorCompany;2UniversityofMichigan;3PennStateUniversity

10:55AM Modelling Precipitation Kinetics during Aging of Al-Mg-Si Alloys:QiangDu1;JesperFriis1;1SINTEF

11:15AM Modeling Processing-Property Relationships to Predict Final Aluminum Coil Quality:KaiKarhausen1;StefanNeumann1;GalynaLaptyeva1;1HydroAluminiumRolledProductsGmbH

ICME Applications: Composites • Room: Ballroom E

10:15AMNovel Braided and Woven Metallic Structures:RichardFonda1;KevinHemker2;KeithSharp3;JamesGuest2;AndrewGeltmacher1;TimothyWeihs2;DavidDunand4;PeterVoorhees4;ArthurHeuer5;1NavalResearchLaboratory;2JohnsHopkinsUniversity;33TEXInc;4NorthwesternUniversity;5CaseWesternReserveUniversity

10:35AM Sequential Approximate Optimization Based Robust Design of SiC-Si3N4 Nanocomposite Microstructures:VikasTomar1;1PurdueUniversity

10:55AM Integrating the Influence of Manufacturing Processes in the Design of Composite Components:AdiSholapurwalla1;MathildeChabin1;1ESIGroup

11:15AM Simulation of Curing Process and Prediction of Material Properties for Thermosetting Polymers and Polymer-based Compos-ites:ChunyuLi1;AlejandroStrachan1;1PurdueUniversity

ICME Applications: Non-Ferrous • Room: Ballroom D

1:35PM Casting Simulation of an Aero Engine Structural Component to Characterize the Effect of Alloy Composition:BenjaminPeter-son1;MichaelVinup1;1HoneywellAerospace

1:55PM Process Simulation Role in the Development of Metal Casting Processes Based on an Integrated Computational Materials Engi-neering Approach:AdrianSabau1;WallacePorter1;HebiYin1;1OakRidgeNationalLaboratory

2:15PM Incorporation of Residual Stresses into Design of Ni-Base Superalloy Structures: A Foundational Engineering Problem in Inte-grated Computational Materials Engineering (ICME): Michael Caton1;1USAirForceResearchLaboratory

2:35PM Break




2:55PM Residual Stress Modeling in Aluminum Wrought Alloys:BowangXiao1;QiguiWang1;Cherng-ChiChang1;JosieRewald1;1GMPowertrain

3:15PMFinite Element Study of the Aluminum AA6111T4 Blanking Process and Its Influence on Sheet Stretchability: XiaohuaHu1;DongMhungSuh1;KyooSilChoi1;XinSun1;SergeyGolovaschenko2;1PacificNorthwestNationalLaboratory;2FordResearchandAdvancedEngineering

3:35PM Effects of Pore Distribution Features on Ductility of Mg Castings:KyooSilChoi1;XinSun1;DongshengLi1;MeiLi2;JohnAllison3;1PNNL;2FordMotorCompany;3UniversityofMichigan

3:55PM Phase-field Simulations of Grain Growth in a Thermal Gradient:TaoJing1;QiweiZheng1;1TsinghuaUniversity

ICME Applications: Ferrous • Room: Ballroom E

1:35PM

An Integrated Computational Approach to Predicting the Transition from Internal to External Oxidation of Advanced Alloys in Extreme Environments: Zi-KuiLiu1;AdrivanDuin1;JohnKitchin2;AndrewGellman2;BrianGleeson3;GuofengWang3;MichaelGao4;DeNyagoTafen4;YouhaiWen5;DominicAlfonso5;BryanMorreale5;DavidAlman5;1ThePennsylvaniaStateUniversity;2Carnegie Mel-lonUniversity;3TheUniversityofPittsburgh;4NationalEnergyTechnoloyLaboratory-URSCorporation;5NationalEnergyTechnologyLaboratory

1:55PM ICME Approach to Corrosion Pit Growth Prediction:KenSmith1;LeiChen1;RobDarling1;MarkJaworowski1;SusanneOpalka1;GeorgeZafiris1;ThomasGarosshen1;SoniaTulyani1;1UnitedTechnologiesResearchCenter

2:15PM

Multiscale Model for Non-metallic Inclusions/Steel Composite System using Data Science Enabled Structure-Property Linkag-es: AkashGupta1;AhmetCecen2;SharadGoyal1;AmarendraSingh1;SuryaKalidindi3;1TRDDC-TCSInnovationLabs,TataConsultancyServicesLtd.;2DepartmentofMechanicalEngineeringandMechanics,DrexelUniversity;3WoodruffSchoolofMechanicalEngineering,GeorgiaInstituteofTechnology

2:35PM Break

2:55PM Steel - Ab initio: Quantum Mechanics Guided Design of New Fe Based Materials: UlrichPrahl1;WolfgangBleck1;AlirezaSaeed-Akbari1;1RWTHAachenUniversity

3:15PM An Integrated Model for Microstructure Development in the Heat Affected Zone of an X80 Linepipe Steel: WarrenPoole1;M.Mil-itzer1;T.Garcin1;1TheUniversityofBritishColumbia

3:35PM ICME Implementation for Steel Ingot Manufacturing & Conversion:PatrickAnderson1;StephanieWill1;E.BuddyDamm1;1The TimkenCompany

3:55PM Finite Element Modeling of Gear Hobbing and Milling:TroyMarusich1;DeyaoRen1;ShujiUsui1;JonWadell1;WenyangLiu1;1Third WaveSystems

Poster Session I: Modeling, Data and Infrastructure Tools • Room: Ballroom AB&C

3D X-ray Diffraction Contrast Tomography Reconstruction of Polycrystalline Strontium Titanate during Sintering and EBSD Validation: PeterGumbsch1;B.Loedermann2;A.Graff1;A.Trenkle2;M.Syha2;D.Weygand2;W.Ludwig3;1FraunhoferIWM;2InstituteforAppliedMaterialsIAM;3EuropeanSynchrotronRadiationFacility

A Brief Review of Precipitation Hardening Models for Aluminum Alloys:GuannanGuo1;QiguiWang2;GangWang3;YimingRong1;1Worcester PolytechnicInstitute;2GM-GlobalPowertrainEngineering;3TsinghuaUniversity

A Computational Method for Activation Energy Calculation using Non isothermal Conditions, Linear Heating Rate and Cubic Spline Interpo-lation Technique:RabindranathRay1;1NITDURGAPUR

A Cross-slip Mechanism of Intermittent Plasticity in Nano- and Micro-pillars:TamerCrosby1;NasrGhoniem1;1UCLA

A Machine Learning Framework for Efficient EBSD Microscopy Applied to AZ31: Travis Rampton1;DavidFullwood1;1BrighamYoungUniversity

A Multi-scale Model to Simulate Forming Limit Diagram of Aluminum Sheets:KaanInal1;AbhijitBrahme1;RajaMishra2;1UniversityofWaterloo;2GeneralMotorsResearchandDevelopment

A Three-dimensional Lattice Boltzmann Model for Columnar Dendrite Growth: Mohsen Eshraghi1;BohumirJelinek1;SergioFelicelli1;1Missis-sippiStateUniversity

A Phase Field Model for Stress Induced Martensitic Phase Transformation in Zirconia: Mahmood Mamivand1;MohsenAsleZaeem2;HaithamElKadiri1;1MississippiStateUniversity;2MissouriUniversityofScienceandTechnology

Building 3D Microstructure Database using an Advanced Metallographic Serial Sectioning Technique and Robust 3D Segmentation Tools: UmeshAdiga1;MuraliGorantla1;JamesScott1;DanielBanks1;Yoon-SukChoi1;1UES,Inc

CALPHAD File Repositories: Increasing Efficiency and Reproducibility:CarelynCampbell1;UrsulaKattner1;LauraBartolo2;1National Institute ofStandardsandTechnology;2KentStateUniversity

MANUFACTURING

DESIGN MATERIALS



Coupled Composition-Microstructure Modeling of a U-Pu-Zr Fuel:JordanCox1;EricHomer1;VeenaTikare2;1BrighamYoungUniversity;2SandiaNationalLaboratories

Creating an Integrated, Community-Sourced, First-Principles Data Repository:RichardTaylor1;BenjaminBurton1;LauraBartolo2;1NIST;2KentStateUniversity

Data Science Enabled Structure Property Correlation for Dual Phase Steel:PrabhashKumar1;AkashGupta1;SharadGoyal1;AmarendraSingh1;SuryaKalidindi2;1TRDDC,TataConsultancyServices;2GeorgiaInstituteofTechnology

Dislocation Density Based Crystal Plasticity Finite Element Model of Polycrystalline with Grain Boundary Effect: ZheLeng1;AlankarAlan-kar2;DavidField1;NathalieAllain-Bonasso3;FrancisWagner3;1WashingtonStateUniversity;2LosAlamosNationalLaboratory;3UniversityofMetz

Effect of Primary Al3Sc Particles on Fatigue Behavior Studied through Experimentation and Simulation:NileshKumar1;MageshwariKoma-rasamy1;RajivMishra1;1UniversityofNorthTexas

Establishing the Ni-Fe-Cr-Al-O Thermodynamic Database: DFT Calculations, CALPHAD Modeling and Experiments:Bi-ChengZhou1;MichaelGao2;ShunLiShang1;CuipingGuo1;ÖmerDogan3;Zi-KuiLiu1;1ThePennsylvaniaStateUniversity;2NationalEnergyTechnologyLaboratory;3URSCorporation

Fracture Mode of a Ni-based Single Crystal Superalloy Containing Topologically-Close-Packed Phases at Ambient Temperature:QianyingShi1;XianfeiDing1;YunrongZheng1;JingyangChen1;QiangFeng1;1UniversityofScienceandTechnologyBeijing

Interaction of Point Defects with Twin Boundaries in Au: A Molecular Dynamics Approach:BabarKhan1;1CentralChinaNormalUniversity,Wuhan China

Investigation of y’ Precipitation in Ni-base Superalloy PWA1480 by Interrupted Cooling Coupled with Thermo-kinetic Simulation: Erwin Povoden-Karadeniz1;MarkusKozeschnik2;ErnstKozeschnik3;1ViennaUniversityofTechnology;2GrazUniversityofTechnology;3ViennaUniversityofTechnology,InstituteofMaterialsScienceandTechnology

Micromechanical Stereoinference:ThomasHardin1;BrentAdams1;EricHomer1;DavidFullwood1;1BrighamYoungUniversity

Modifications to Classical Hardening Rule for Crystal Plasticity:AboozarMapar1;ThomasBieler1;FarhangPourboghrat1;ChristopherComp-ton2;1MichiganStateUniversity;2MichiganStateUniverity

Molecular Dynamics Study of Initial Morphology Evolution of Amorphous Carbon by Glancing Angle Deposition:MinwoongJoe1;Myoung-Woon Moon1;Kwang-RyeolLee1;1KIST

Multi-physics, Multi-scale Simulations of MEMS with Quantified Uncertainties:AlejandroStrachan1;1PurdueUniversity

Multiscale Computational Modeling of Adsorption:AdamDonato1;RangaPitchumani1;1VirginiaTech

Numerical Simulation of Sintering in the Ceramic Oxide:MohammedKadhim1;AdillAlwan2;ElhamIbraheem2;1UniversityofTechnology;2Uni-versityofBabylon

Phase Field Modeling of Metal Oxidation Behavior: Tianle Cheng1;YouhaiWen2;1ORISE;2NationalEnergyTechnologyLaboratory

Phase Formation and Kinetics during Aluminization of Nickel and Nickel-Chromium Wires:ThomasPhilippe1;PeterVoorhees1;DincErdeniz1;DavidDunand1;1NorthwesternUniversity

Precipitation Simulation of AZ91 Magnesium Alloys:ChuanZhang1;WeishengCao1;ShuanglinChen1;JunZhu1;FanZhang1;1CompuTherm LLC

Reducing the Microstructure Design Space of 2nd Order Homogenization Techniques Using Discrete Fourier Transforms: Tim Ruggles1;Travis Rampton1;ScottRose1;DavidFullwood1;1BrighamYoungUniversity

Research on Numerical Simulation of the Temperature Field of the Innovation Cathode Cells:JiangYanLi1;YuLiang1;FengNaixiang2;1Col-legeofMaterialsScienceandEngineering,GuilinUniversityofTechnology;2SchoolofMaterials&Metallurgy,NortheasternUniversity

Screw Dislocations Cores in Bcc Transition Metals: The Influence of Alloying and Temperature:LorenzRomaner1;HongLi2;ClaudiaAm-brosch-Draxl2;ReinhardPippan3;1MaterialsCenterLeoben;2Humboldt-UniversitätzuBerlin;3ErichSchmidInstitute

The Influence of Cr on the SFE of FeMn Alloys from First-principles:AndreiReyesHuamantinco1;ManfredWiessner1;VsevolodRazumovskiy1;PeterPuschnig2;AndreiRuban3;1MaterialsCenterLeoben;2Karl-FranzensUniversityGraz;3RoyalInstituteofTechnology

The Simulation as Prediction Tool to Determine the Method of Riser Calculation More Efficient:LazaroSuarez1;NorgeCoello1;AlexisAlonso1;1UCLV

Towards the Interface Level Understanding of Internally Oxidized Metal-oxide Composite Cu-Al2O3:YongJiang1;GuoqiangLan1;CanhuiXu1;1CentralSouthUniversity

Understanding and Predicting Fatigue Crack Growth from Physical Principles:PeterHuffman1;ScottBeckman1;1IowaStateUniversity

Using of Automation in Generation of Engineering and Shop Drawings, and 3D Modeling in EPC Projects:AliSoheilifar1;ErfanAlavi1;1SazehConsultants




Tuesday, July 9, 2013

Process Optimization • Room: Ballroom D

8:00AM Multi-scale, Multi-physics Optimization Framework for Additively Manufactured Structural Components:TahanyEl-Wardany1;MathewLynch1;WenjiongGu1;ArthurHsu1;MichaelKlecka1;AaronNardi1;DanielViens1;1UnitedTechnologiesResearchCenter

8:20AM Towards an Integrated Simulation Environment for Through Process Modeling of Materials and Component Manufacturing:AlainJacot1;GaëlCouturier1;AndreasFloss1;SatyaprakashNarasimhamurthy1;FrédéricBoitout1;YannickVincent1;1ESIGroup

8:40AM Optimal Process Control through Feature-Based State Tracking along Process Chains:MelanieSenn1;NorbertLink1;PeterGumbsch2;1KarlsruheUniversityofAppliedSciences;2FraunhoferInstituteforMechanicsofMaterials

9:00AM Leveraging ICME for Industrial Applications: Prospects, Progress & Challenges:SanjaySondhi1;JohnWarren2;SheshSrivatsa2;JasonParolini3;1GEGlobalResearch;2GEAviation;3GEPower&Water

9:20AM Application of ICME Methods for the Development of Rapid Manufacturing Technologies: Tobias Maiwald-Immer1;ThomasGoehler1;AndreasFischersworring-Bunk1;CarolinKörner2;1MTUAeroEnginesGmbH;2UniversityErlangen-Nürnberg

9:40AM Break

10:00AMIntroduction of Materials Modelling into Processing Simulation:ZhanliGuo1;GaryHuang2;RichardTurner3;AlissondaSilva4;NigelSaunders1;HendrikSchafstall2;Jean-PhilippeSchille1;1SenteSoftwareLtd.;2SimufactEngineeringGmbH;3UniversityofBirmingham;4FederalUniversityofMinasGerais

10:20AMAn Evolutionary Approach to the Design of Transformation Induced Plasticity (TRIP)-Aided Steels:ShengyenLi1;RaymundoArroyave1;ChungWang1;RuixianZhu1;PedroRivera-Diaz-del-Castillo2;IbrahimKaraman1;1TexasA&MUniversity;2UniversityofCambridge

10:40AMAnalytical Modeling and Performance Prediction of Remanufactured Gearbox Components:RajaPulikollu1;NathanBolander1;SandeepVijayakar2;MatthewSpies3;1SentientScienceCorporation;2AdvancedNumericalSolutionsLLC;3USArmyResearchDevel-opment and Engineering Command

11:00AM A Mechanism-based Hierarchical Model Validated by Experimental Data:DongshengLi1;HusseinZbib1;XinSun1;MohammadKhaleel1;1PacificNorthwestNationalLaboratory

11:20AM Strategies for Embedding Validated Microstructure-sensitive Material Models to Solve Engineering Problems:RicardoLeb-ensohn1;1LosAlamosNationalLaboratory

Materials Data for ICME • Room: Ballroom E

8:00AM Challenges and Approaches in Materials Data Management for ICME:WarrenHunt1;RossBrindle1;ScottHenry2;1NexightGroupLLC;2ASMInternational

8:20AM Structuring the Genome: Fundamental Materials Databases:GregOlson1;1NorthwesternUniversity

8:40AM Tools to Support the Flow of Traceable Materials Information Needed by ICME: Will Marsden1;BethCope1;1Granta

9:00AM Data Informatics for Phase-Based Property Data:CarelynCampbell1;UrsulaKattner1;AldenDima1;DougFoxvog1;PhilippeDes-sauw1;PierreSavonitto1;1NationalInstituteofStandardsandTechnology

9:20AM Consideration of Ecosystem for Integrated Computational Materials Engineering: Weiju Ren1;1OakRidgeNationalLaboratory

9:40AM Break

10:00AM Exploiting Prior Physical Insights via Bayesian Statistics to Develop Accurate Localization Relationships via the Materials Knowledge System:TonyFast1;1UniversityofCaliforniaSantaBarbara

10:20AM Cross-Scale Cross-Domain Model Validation based on Generalized Hidden Markov Model and Generalized Interval Bayes’ Rule: YanWang1;DavidMcDowell1;AaronTallman1;1GeorgiaInstituteofTechnology

10:40AMOn the Use of Neural Networks to Develop an Understanding of the Roles of Continuum, Microstructural, and Compositional Variables on the Fracture Toughness of a/ß-processed TIMETAL®6-4: PeterCollins1;SanthoshKoduri2;VikasDixit3;HamishFraser3;1UniversityofNorthTexas;2IntelCorporation;3OhioStateUniversity

11:00AMApplication of Statistical and Machine Learning Techniques for Correlating Properties to Composition and Manufacturing Pro-cess of Steels:ParijatDeshpande1;BPGautham1;AhmetCecen2;SuryaKalidindi2;AnkitAgrawal3;AlokChoudhary3;1Tata Consul-tancyServices;2DrexelUniversity;3NorthwesternUniversity

11:20AM The GeoDict Virtual Material Laboratory: Integrated Software for Material Analysis and Synthesis:AndreasWiegmann1;JürgenBecker1;ErikGlatt1;MatthiasKabel2;HeikoAndrä2;1Math2MarketGmbH;2FraunhoferITWM

MANUFACTURING

DESIGN MATERIALS


Materials Data and Tools • Room: Ballroom D&E

2:00PM Introductory Comments

2:05PM

InvitedNanostructuring 1 Billion Tons: Integrating Multiscale Models, High-resolution Characterization and Combinatorial Synthesis for Designing Metallic Alloys:DierkRaabe1;M.Friak1;T.Hickel1;J.Millan1;S.Sandlöbes1;D.Ponge1;H.Springer1;I.Gutierrez1;P.Choi1;F.Roters1;D.Steinmetz1;S.Zaefferer1;J.Neugebauer1;1Max-Planck-Institut

2:35PMInvitedMicrostructure Informatics for Mining Structure-Property-Processing Linkages from Large Datasets:SuryaKalidindi1;1DrexelUniversity

3:05PM InvitedBig Data: A NIST Perspective:MaryBrady1;AldenDima1;1NationalInstituteofStandardsandTechnology

3:35PM Break

3:45PM Panel Discussion Building a Materials Data Infrastructure for ICME:GregOlson,NorthwesternUniversity;JohnAgren,KTH;Mat-thewJ.Zaluzec,Ford;StephenChristensen,Boeing;JamesWarren,NIST

Poster Session II: ICME Applications • Room: Ballroom AB&C

A Computational and Experimental Study of the Vapor Deposition of Thermal Barrier Coatings onto Doublet Turbine Guide Vanes: Theron Rodgers1;HengbeiZhao1;HaydnWadley1;1UniversityofVirginia

A Computational Framework for Integrated Process Design for High Performance Parts:RajivShivpuri1;KuldeepAgarwal2;1OhioStateUniver-sity;2MinnesotaStateUniversity

A Large Strain Visoplastic Self-consistent Model with Dynamic Recrystallization Behavior Considered for FCC Polycrystalline Materials at Elevated Temperature:XiaohuiFan1;MeiLi2;DayongLi1;ShaoruiZhang1;YinghongPeng1;1ShanghaiJiaoTongUniversity;2FordMotorCompany

A Microstructure-Strength Calculation Model for Predicting Tensile Strength of AlSi7Mg Alloy Castings:ShiFeng1;LiuBaicheng1;XuQing-yan1;WuQinfang2;YangHongwei2;1TsinghuaUniversity;2MingzhiTechnologyCo.,Ltd.

A New Multi-scale Modeling Approach for Characterizing the Mechanical Properties of CNT Composites:SaeedHerasati1;LiangchiZhang1;1TheUniversityofNewSouthWales

An Experimental and Modeling Investigation on High-Rate Formability of Aluminum:AashishRohatgi1;RichardDavies1;AyoubSoulami1;Eliza-bethStephens1;MarkSmith1;GaryVanarsdale1;1PacificNorthwestNationalLaboratory

An ICME Approach to Solute Strengthening of Aluminum and Magnesium Alloys:LouisHectorJr1;GerardLeyson2;WilliamCurtin3;DavidHowe4;1GeneralMotors;2BrownUniversity;3EcolePolytechniqueFederaldeLausanne;4TMS

An Integrated Approach to Determine Complex Phenomenological Equations in Metallic Systems:PeterCollins1;ImanGhamarian1;1Univer-sityofNorthTexas

An Integrated Computational and Experimental Study for the Size Effect of the Cu Precipitation on the Mechanical Response of Microal-loyed Steel:ShijinZhao1;LijuanHu1;1ShanghaiUniversity

Applying ICME to Solve Manufacturing Challenges: Computational Approaches to Joining, Forming, and NDE:EdwardHerderick1;1EWI

Computational Modeling of Electrochemical Charge/Discharge Behavior of Li-ion Cells:MadhuJagannathan1;K.S.RaviChandran1;1Univer-sityofUtah

Ductility Prediction for Complex Magnesium Alloy Castings Using Quality Mapping:JiangZheng1;MeiLi1;JoyForsmark1;JacobZindel1;JohnAllison1;1FordMotorCompany

Geometric Analysis of Casting Component:QuanZhibin1;GaoZhiqiang1;WangQigui2;SunYunxia1;ChenXin1;1SoutheastUniversity,China;2GeneralMotorsHoldingsLLC

ICME as a Promising Tool in Materials Research Culture:KhurramIqbal1;JianjunSha1;AsghariMaqsood2;1DalianUniversityofTechnology;2NationalUniversityofSciencesandTechnology

Identifying Challenges in the Integrated Design of Materials and Products:JanetAllen1;FarrokhMistree1;JiteshPanchal2;BPGautham3;Amar-endraSingh3;NageshKulkarni3;PrabhashKumar3;1UniversityofOklahoma;2PurdueUniversity;3TRDDC,TataConsultancyServices

Integrated Computational Materials Education Summer School:LarryAagesen1;AntonVanderVen1;JonathanGuyer2;LauraBartolo3;GregOlson4;JohnAllison1;PaulMason5;EdwinGarcia6;MarkAsta7;KatsuyoThornton1;1UniversityofMichigan;2NationalInstituteofStandardsandTechnology;3KentStateUniversity;4NorthwesternUniversity;5Thermo-CalcSoftware;6PurdueUniversity;7UniversityofCaliforniaBerkeley

Integrated Computational Model for Resistance Spot Welds in Auto-body Crashworthiness CAE: Process, Properties, and Performance: LiliZheng1;YanliWang1;SrdjanSimunovic1;WeiZhang1;ZhiliFeng1;1OakRidgeNationalLaboratory




Microstructure Mediated Design of Material and Product:AyanSinha1;JiteshPanchal1;FarrokhMistree2;JanetAllen2;1PurdueUniversity;2Uni-versityofOklahoma,Norman

Modeling and Verification of Vacuum Carburizing Process for 20Cr2Ni4A Steel:XianhuiZhao1;GangWang1;YimingRong1;1TsinghuaUniversity

Modelling the Process Chain of Cold Rolled Dual Phase Steel for Automotive Application:UlrichPrahl1;AliRamazani1;1RWTHAachenUniver-sity

Multi-objective Optimization of Wrought Magnesium Alloy Microstructure for Strength and Ductility: Bala Radhakrishnan1;SarmaGorti1;Srd-janSimunovic1;1OakRidgeNationalLaboratory

Multi-scale Modeling of Ni/YSZ Fuel Cell Anode:JiHoonKim1;WingKamLiu2;ChristopherLee2;1KoreaInstituteofMaterialsScience;2North-westernUniversity

Quantitative Characterization of Precipitate Microstructures for Use in ICME Models for Magnesium Alloys:JiashiMiao1;1UniversityofMichi-gan

Study of Numerical Simulation on Quenching Distortion in a Steel Component with Internal Thread:ZhenGuoNie1;GangWang1;Yiming(Kevin)Rong1;1TsinghuaUniversity

The Finite Element Analysis Of Thermal Field and Stress Field in the Heavy Locomotive Wheels:ZhenGuoNie1;WeiShi1;GangWang1;Yiming(Kevin)Rong1;1TsinghuaUniversity

The Microstructure and Micromechanical Properties of Zr-Cu-Fe-Al Bulk Metallic Glass Irradiated by High-energy Ar+ Ion:BinYang1;Wen-dongLuo1;LuYang2;XitaoWang1;1UniversityofScienceandTechnologyBeijing;2DepartmentofMetallurgicalEngineering,TheUniversityofUtah

The Numerical Simulation and Technique Optimization of the Casting Process for Primary Coolant Bend Pipes Used for Pressurized Water Reactor Power Plants:XiaoxiaJi1;GenqiWang2;BinYang1;XitaoWang1;1UniversityofScienceandTechnologyBeijing;2YantaiTaihaiMarnoirNuclearEquipmentCo.Ltd.

The Study on the Induction Heating System: The Establishment of Analytical Model with Experimental Verification and the Phenomenologi-cal Study on the Process from Simulation Perspective:TianxingZhu1;FengLi1;XuekunLi1;YimingRong2;1TsinghuaUniversity;2Worcester PolytechnicInstitute

Towards an Integrative Simulation of Microstructural Response to Case Hardening of Microalloyed Steels:PatrickFayek1;ThomasPeter-mann1;UlrichPrahl1;1RWTHAachenUniversity

Two Thermal Conductivity Analysis of the Fuel Cell Zirconia Electrolyte, Evaluating the Point of Inflection:OleksandrKyrpa1;1FrantsevichInstituteofProblemsofMaterialsScience

Validation of High Strength Cast Al-Zn-Cu-Mg Aluminum for Use in Manufacturing Process Design:MariaDianaDavid1;RobinFoley1;JohnGriffin1;CharlesMonroe1;1UniversityofAlabamaatBirmingham

Vanadium Carbide Formation and Stabilization for High Strength Steel Applications:KristaLimmer1;JuliaMedvedeva1;1MissouriS&T

Virtual Prototyping of Lightweight Designs Made with Cold and Hot Formed Tailored Solutions:HaraldPorzner1;1ESINorthAmerica

Wednesday, July 10, 2013

ICME Building Blocks: Opening Session • Room: Ballroom D&E

8:00AM InvitedThe Role of First-principles Calculations in ICME Approaches: Chris Wolverton1;1NorthwesternUniversity

8:30AM InvitedHigh-Throughput Experimental Tools for ICME:Ji-ChengZhao1;1TheOhioStateUniversity

9:00AM Question and Answer Period

9:10AM Break

ICME Building Blocks: Experimental Tools • Room: Ballroom D

9:30AM Experimental Advances for ICME:RichardFonda1;DavidRowenhorst1;1NavalResearchLaboratory

9:50AM Quantitative Characterization of Precipitate Microstructures for Use in ICME Models for Magnesium Alloys:JiashiMiao1;Em-manuelle Marquis1;MeiLi2;JohnAllison1;1UniversityofMichigan;2FordResearchLaboratory

10:10AMAdvanced Dilatometry and Calorimetry for the Validation of Materials Mechanical and Transformation Models: Michael Reich1;Benjamin Mikereit1;OlafKessler1;MatthiasKrawutschke1;ChristophSchick1;JanKalich2;1UniversityofRostock;2DresdenUniversityofTechnology

10:30AM Non-contact Methods for Determination of Thermodynamic and Thermophysical Properties of High-temperature Materials: Rob-ertHyers1;JanRogers2;1UniversityofMassachusetts;2NASAMSFC


MANUFACTURING

DESIGN MATERIALS


10:50AM Break

11:10AM 3D Image Based Modelling for Computational Materials Applications - Taking 3D Imaging beyond Visualisation:PhilippeYoung1;SimonRichards2;1UniversityofExeter;2SimplewareLtd.

11:30AM The 3D X-ray Crystal Microscope: An Unprecedented Tool for ICME:GeneIce1;JohnBudai1;EliotSpecht1;BennettLarson1;JudlyPang1;RozaliyaBarabash1;WenjunLiu2;JonathanTischler2;1OakRidgeNationalLaboratory;2ArgonneNationalLaboratory

11:50AMModel Validation for Microstructural Sensitivities Using High Energy Diffraction Microscopy: Nathan Barton1;JoelBernier1;MoonoRhee1;ShuiLi1;JohnBingert2;JonathanLind3;1LawrenceLivermoreNationalLaboratory;2LosAlamosNationalLaboratory;3Carnegie MellonUniversity

12:10PM Atom Probe Microscopy:AnnaCeguerra1;SimonRinger1;1TheUniversityofSydney

ICME Building Blocks: First Principles and Atomistic Tools • Room: Ballroom E

9:30AM Validation of Atomistic Models within an Integrated Computational Environment:PaulSaxe1;CliveFreeman1;ErichWimmer2;1Ma-terialsDesign,Inc.;2MaterialsDesign,S.A.R.L.

9:50AM What Are the Challenges to Acceptance of Molecular Simulation in Engineering and Design?: Chandler Becker1;EricLass1;1NIST

10:10AM Thermodynamic Properties of Paramagnetic Iron from Non-collinear DFT Calculations:VsevolodRazumovskiy1;AndreiRuban2;AndreiReyes-Huamantinco1;1MaterialsCenterLeoben;2KTHRoyalInstituteofTechnology

10:30AM3D Hybrid Atomistic Modeling of ß’’ in Al–Mg–Si: Putting the Full Coherency of a Needle Shaped Precipitate to the Test:Flem-ming Ehlers1;StéphaneDumoulin2;RandiHolmestad1;1NorwegianUniversityofScienceandTechnology,NTNU;2SINTEF,MaterialsandChemistry

10:50AM Break

11:10AM First Principles Computational Determination of Anisotropic Elastic Constants of Hard Compounds (Borides) Through Density Functional Theory:K.S.RaviChandran1;K.Panda1;1UniversityofUtah

11:30AM Ab Initio Determination of Interfacial Energetics of Alloys:LiangQi1;MaartendeJong1;MarkAsta1;1UniversityofCalifornia,Berkeley

11:50AMMolecular Dynamics and Experimental Characterization of Martensitic Transformations in CoNiAl Alloys:VesselinYamakov1;TerrylWallace2;JohnNewman2;GangaPurjaPun3;YuriMishin3;1NationalInstituteofAerospace;2NASALangleyResearchCenter;3GeorgeMasonUniversity

12:10PM Site Preference and Interaction Energies of Co and Cr in Gamma Prime Ni3Al: A First Principles Study:JinchengDu1;MrunalChaudhari1;1UniversityofNorthTexas

12:30PM Online Atomistic Polymer Simulations at NanoHUB.org:BenjaminHaley1;ChunyuLi1;NathanielWilson1;EugenioJaramillo2;Alejan-droStrachan1;1PurdueUniversity;2TexasA&MInternationalUniversity

ICME Building Blocks: Computational Thermodynamics and Kinetics • Room: Ballroom D

2:30PM The Role of the CALPHAD Approach in ICME:FanZhang1;WeishengCao1;ShuanglinChen1;ChuanZhang1;JunZhu1;1Compu-Therm,LLC

2:50PM An Open Source Thermodynamic Software and Database Structure as Backbone for Application Software in Materials Science: BoSundman1;UrsulaKattner2;MauroPalumbo3;SuzanaFries3;1CEASaclay;2NIST;3ICAMS,RUB

3:10PMAssessment of Thermodynamic Data by Physically-based Thermo-kinetic Modeling:ErwinPovoden-Karadeniz1;PeterLang2;ErnstKozeschnik3;1ViennaUniversityofTechnology,CDLESOP;2MaterialsCenterLeobenForschungGmbH;3ViennaUniversityofTechnol-ogy,InstituteofMaterialsScienceandTechnology

3:30PM Thermodynamic and Kinetic Simulation and Experimental Results Homogenizing Advanced Alloys:PaulJablonski1;JeffreyHawk1;1USDepartmentofEnergy

3:50PM Optimizing Alloy and Process Design Using Thermodynamic and Properties Databases and a Direct Search Algorithm:AimenGheribi1;EveBelisle1;ChristopherBale1;SebastienLeDigabel1;CharlesAudet1;ArthurPelton1;1EcolePolytechniquedeMontreal

4:10PM Break

4:30PMSimulations of Precipitate Microstructure Evolution during Heat Treatments:KaishengWu1;GustafSterner2;QingChen2;Herng-JengJou3;JohanJeppsson2;JohanBratberg2;AndersEngstrom2;PaulMason1;1Thermo-CalcSoftwareInc;2Thermo-CalcSoftwareAB;3QuesTekInnovationsLLC

4:50PMDevelopment of Gradient Cemented Carbides through ICME Strategy:YongDu1;YingbiaoPeng1;WeibinZhang1;WeiminChen1;PengZhou1;WenXie2;KaimingCheng1;LijunZhang1;GuanghuaWen2;ShequanWang2;1StateKeyLabofPowderMetallurgy,CentralSouthUniversity;2ZhuzhouCementedCarbideCuttingToolsLimitedCompany





5:10PM Computational Study of Pearlite Growth in Mixed Diffusion-controlled Regime:KumarAnkit1;BrittaNestler1;1Institute of Materials andProcesses,KarlsruheInstitueofTechnology

5:30PM Phase-field Modeling of Microstructure Evolution in Nuclear Fuels under Elastic-plastic Deformation:ShenyangHu1;YulanLi1;XinSun1;1PacificNorthwestNationalLaboratory

ICME Building Blocks: Process and Performance Modeling • Room: Ballroom E

2:30PM Microstructure-based Modeling and Experimental Validations of Dislocation and Twinning Plasticity in Metals:JaafarEl-Awady1;1JohnsHopkinsUniversity

2:50PM A Study for the Constitutive Model of Stainless Steel Subjected to High Strain Rate and Temperature:YuJianchao1;JiangFeng1;RongYiming1;1TsinghuaUniversity

3:10PMFull-field Multi-scale Modelling of Sheet Metal Forming Taking the Evolution of Texture and Plastic Anisotropy into Account: PaulVanHoutte1;JerzyGawad2;EyckensPhilip1;AlbertVanBael1;GiovanniSamaey1;DirkRoose1;1KULeuven;2AGHUniversityofScienceandTechnology

3:30PM Integrating Quench Modeling into the ICME Workflow:AndrewBanka1;JeffreyFranklin1;WilliamNewsome1;1AirflowSciencesCor-poration

3:50PM Modeling Crack Propagation in Polycrystalline Alloys using Crystal Plasticity Finite Element Method:VeeraSundararaghavan1;ShangSun1;1UniversityofMichigan

4:10PM Break

4:30PMA Coupled Approach to Weld Pool, Phase and Residual Stress Modelling of Laser Direct Metal Deposition (LDMD) Processes: Mustafa Megahed1;MushtaqKhan2;JuansethiIbara-Medina2;MichaelVogel2;NarcisseN’Dri1;AndrewPinkerton3;1ESIGroup;2Univer-sityofManchester;3LancasterUniversity

4:50PM Process Model for Accelerated Cooling of Hot-rolled Low-carbon Steels:MatthiasMilitzer1;VladanProdanovic1;TaoJia2;ThomasGarcin1;1TheUniversityofBritishColumbia;2NortheasternUniversity

5:10PM Prediction of the Uncertainty in the Response of Lightweight Structures Consisting of Solid Foams:JörgHohe1;CarlaBeck-mann1;1Fraunhofer-InstitutfürWerkstoffmechanikIWM

Thursday, July 11, 2013

ICME Challenges and Education • Room: Ballroom D&E

8:00AM Introductory Comments

8:05AMInvitedEnabling Elements of Integrated Computational Materials and Manufacturing Science and Engineering (ICM2SE):DavidFurrer1;1Pratt&Whitney

8:35AM ICME – A Mere Coupling of Models or a Discipline on Its Own?: Markus Bambach1;GeorgSchmitz1;UlrichPrahl1;1RWTHAachenUniversity

8:55AM Knowledge Assisted Integrated Design of a Component and its Manufacturing Process:BPGautham1;NageshKulkarni1;DanishKhan1;PramodZagade1;RohithUppaluri1;1TRDDC,TataConsultancyServices

9:15AM Break

9:35AMInvitedIntegrated Computational Materials Education:MarkAsta1;KatsuyoThornton2;1UniversityofCalifornia,Berkeley;2UniversityofMichigan

10:05AM Integrated Computational Materials Engineering (ICME): Education and Workforce Development:MarkHorstemeyer1;1Mississippi StateUniversity

10:25AM Break

10:35AM Panel Discussion: JohnAllison,UniversityofMichigan;JulieChristodoulou,ORNL;TresaPollock,UCSB;GeorgeSpanos,TMS

11:25AM Concluding Comments

MANUFACTURING

DESIGN MATERIALS

2nd World Congress on Integrated Computational Materials Engineering (ICME)July 7-11, 2013Salt Lake Marriott Downtown at City CreekSalt Lake City, Utah, USA

13-030

MANUFACTURING

DESIGNMATERIALS

2nd World Congress on Integrated Computational Materials Engineering (ICME)

Registration is NOW OPEN. SAVE $100 Through June 14!

Experience•Technical sessions and access to the exhibition•MondayandTuesdaypostersessionsandreception

Enjoy•Sundaywelcomereception•Wednesdayconferencedinner

JointhediscussionandunlockthepotentialofICMEtoproducegreatbenefitsincosteffective,efficient,materialsand process design…

PROGRAM PREVIEW

Register by June 14, 2013 and Save!

http://www.tms.org/meetings/2013/ICME2013/registration

Sponsored by:

PROGRAM PREVIEW

The Minerals, Metals & Materials Society

program preview - tms · manufacturing design materials 22 register now for the 2nd world congress...

Documents