PRELIMINARY AGENDA - NAFEMS · Analyses of Roll Bending Processes Based on Finite Element Simulation Z. Feng, University Quebec, CAN Session 4B - Manufacturing 2 Two Different Approaches

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PRELIMINARY AGENDAPRELIMINARY AGENDA

Principal sponsor

Version 1c - Feb. 17, 2009

– FURTHER SPEAKERS STILL TO BE ANNOUNCED –

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Dear Colleague,

It is our pleasure to invite you to attend the 12th NAFEMS World Congress. For the past twenty two years this biennialNAFEMS occasion has been the premier international event focussing solely on engineering analysis and simulation.The 2009 World Congress is being held at the wonderful Crete island, a location of significant ancient history.

We are delighted to report that the response to the event so far has been overwhelming. The Congress Committee hashad a tough job over recent weeks and months selecting the best papers from the record number of abstracts that were

submitted. In the end, over 150 papers from leading experts have gone forward for inclusion in the draft agenda you can see on thefollowing pages.

As well as the traditional conference sessions, the Congress this year will also include a series of other events which have been especiallyselected for the benefits that they can bring to the delegates. A variety of workshops, round table discussion sessions and other meetings willadd to the mix of opportunities that are provided for learning about the latest developments in the technology, and how they can be appliedto real world practical applications.

Whilst the conference will cover many aspects of the use of simulation, a particular focus will be how the appropriate deployment ofsimulation can lead to a further competitive advantage through helping to stimulate innovation. It will bring together world leading industrialpractitioners, consultancies, academic researchers and software developers with a common interest in engineering analysis.

We are confident that the 2009 NAFEMS World Congress will be the International Congress of the year on Simulation Technology for theEngineering Analysis Community.

I do hope that you will get the opportunity to attend, and that I will have the pleasure of meeting you there.

Tim Morris, NAFEMS Chief Executive

THE INTERNATIONAL ASSOCIATION FOR THEENGINEERING ANALYSIS COMMUNITY

Congress at a glance (preliminary)

16 June 14:00 – 18:00 Author & delegate registration19:00 – 21:00 Cocktail reception & exhibition opening

17 June 08:30 – 18:00 Presentations and exhibition20:00 Dinner (optional)

18 June 08:30 – 17:50 Presentations and exhibition20:00 Congress Banquet

19 June 08:30 – 15:45 Presentations and exhibition15:45 End of Congress

20 June Post Congress bus trip to Knossos Palace (optional)

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NAFEMS World CongressCommittee

David BoonJaguar Land Rover, GBR

Alexey I. BorovkovSt.Petersburg State PolytechnicalUniversity, RUS

Brian BudzynskiCaterpillar, USA

Jean-Marc CrepelRenault, FRA

Rodney DreisbachBoeing, USA

Jean DunatMinistre de l'Economie, de l'Industrieet de l'Emploi, FRA

Fernando EspigaLabein, ESP

Mary FortierGeneral Motors, USA

Steffen FrikAdam Opel GmbH, GER

Geir HorrigmoeNorut Technologies, NOR

Jean-Franois ImbertEADS, FRA

M. KannanTVS Motor Company Limited, IND

Andrew Yee-tak LeungCity University of Hong Kong, CHN

Philippe ManneGoodyear, LUX

Werner MorettiSchindler Elevator Ltd, SUI

Stefano OdorizziEnginSoft, ITA

Alexander PtchelintsevNokia, FIN

Anup PuriSelex Sensors and Airborne Systems,GBR

K.S. RaghavanInfotech Enterprises Limited, IND

Sherif RashedCAE Lab, JAP

Klaus RohwerDLR e.V., GER

Jesse RuanFord Motor Company, USA

Erich SchelkleDr. Ing. h.c. F. Porsche AG, GER

Myron A. SemegenVirtual Reality Centre, CAN

Vijay SharanConsultant, SWE

Costas StavrinidisESA ESTEC, NED

Grant StevenStrand7, AUS

Alfred SvobodnikHarman/Becker Automotive Sy-stems, AUT

John VerdicchioRolls Royce, GBR

Jean WildSchneider Electric Industries, FRA

Zhenhan YaoTsinghua University Beijing, CHN

Mingwu YuanPeking University Beijing, CHN

Manfred ZehnUniversity Berlin, GER

Zhou ZhuangTsinghua University Beijing, CHN

NAFEMS World CongressReview Committee

Nigel KnowlesConsultant, GBR

Vic RolloConsultant, GBR

Jim Wood,University of Strathclyde, GBR

Tim MorrisNAFEMS

Roger OswaldNAFEMS, GER

Mini-Symposium Committee:Analysis and Simulation ofComposite StructuresIncluding Damage andFailure Prediction

Dr. Frank AbdiAlpha Star Corp., USA

Dr Jesper AnkersenImperial College London, GBR

Brett BednarcykNASA Glenn, USA

Prof. Ayech BenjeddouSupméca – Paris, FRA

Dr. Chris ChamisNASA GRC, USA

Dr. Andy HansenUniversity of Wyoming, USA

Find Moelholt JensenRisoe National Laboratory, DEN

Emmett NelsonFirehole Technologies, Inc, USA

Prof. Theodore PhilippidisUniversity of Patras, GRE

Prof. Dr. Klaus RohwerDLR German Aerospace Center,GER

Prof. Dimitris A. SaravanosUniversity of Patras, GRE

Prof. Constantinos SoutisUniversity of Sheffield, GBR

About NAFEMS

NAFEMS is the International Associationfor the Engineering Analysis Community:an independent, not-for-profit association.The scope of its activities encompassesall simulation technology, including FiniteElement Analysis and Computational FluidDynamics. As new application areas andtechniques constantly evolve, NAFEMSbecomes involved to create awarenessand deliver appropriate education andtraining.

In line with its objectives, NAFEMS iscontinually seeking to create awarenessof new analysis methodologies, delivereducation and training, stimulate theadoption of best practices and effectiveuse of technology by offering a platformfor continuous professional development.NAFEMS and its members are involved inthe application of many different types ofengineering simulation covering bothproducts and processes.

Membership exceeds 900 corporatemembers in over 35 different countries.

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Preliminary Agenda, June 16 - 17 (Tuesday - Wednesday)

Tuesday, June 16Author & delegate registration (14:00 - 18:00), Cocktail reception & exhibition opening (19:00 - 21:00)

Wednesday, June 17

Opening of the ConferenceC. Stavrinidis, European Space Agency, NED; Chairman of the NAFEMS Council

NAFEMS – Overview and ChallengesT. Morris, NAFEMS CEO

Invited Speakers:

Jan LeuridanExecutive Vice-President and CTO, LMS International

Alain de RouvrayChairman and CEO, ESI Group

Refreshment Break and Product Showcases: Simulia

Refreshment Break and Product Showcases: Siemens, Ansys

Lunch

Optional Dinner

Keynote Presentations:

State of Research, Challenges, Future Requirements and Developments for Structures in AviationM. Wiedemann, DLR German Aerospace Center, GER

Future Trends in Computer-Aided EngineeringJacek Marczyk, Ontonix S.r.l., ITA

Session 1A - Materials 1

Modelling the CrModelling the CrModelling the CrModelling the CrModelling the Creep Reep Reep Reep Reep Response of a Pesponse of a Pesponse of a Pesponse of a Pesponse of a Polumer Bonded Explosiveolumer Bonded Explosiveolumer Bonded Explosiveolumer Bonded Explosiveolumer Bonded ExplosiveG. Kalsi, AWE, Aldermaston, GBRModelling RModelling RModelling RModelling RModelling Rate Dependent Behaviour in Single Lap Jointsate Dependent Behaviour in Single Lap Jointsate Dependent Behaviour in Single Lap Jointsate Dependent Behaviour in Single Lap Jointsate Dependent Behaviour in Single Lap JointsUsing Artificial Neural NetworksUsing Artificial Neural NetworksUsing Artificial Neural NetworksUsing Artificial Neural NetworksUsing Artificial Neural NetworksM. H. Zgoul, University of Jordan, JORComputerComputerComputerComputerComputer-----Aided Modeling of the Dynamic Behavior ofAided Modeling of the Dynamic Behavior ofAided Modeling of the Dynamic Behavior ofAided Modeling of the Dynamic Behavior ofAided Modeling of the Dynamic Behavior ofPPPPPolymers: Material Polymers: Material Polymers: Material Polymers: Material Polymers: Material Prrrrroperties Obtained froperties Obtained froperties Obtained froperties Obtained froperties Obtained from Tom Tom Tom Tom TransmissibilityransmissibilityransmissibilityransmissibilityransmissibilityCurCurCurCurCurvesvesvesvesvesC. Pagliosa, Nokia Institure of Technology, BRAAAAAAdvanced Nonlinear Elastic Materialsdvanced Nonlinear Elastic Materialsdvanced Nonlinear Elastic Materialsdvanced Nonlinear Elastic Materialsdvanced Nonlinear Elastic MaterialsJ. Hurtado, Simulia Corp., USAA RA RA RA RA Robust Methodology to Calibrate Crash Material Models forobust Methodology to Calibrate Crash Material Models forobust Methodology to Calibrate Crash Material Models forobust Methodology to Calibrate Crash Material Models forobust Methodology to Calibrate Crash Material Models forPPPPPolymersolymersolymersolymersolymersH. Lobo, DatapointLabs, USA

Session 2A - Materials 2

WWWWWorkshop / Discussion:orkshop / Discussion:orkshop / Discussion:orkshop / Discussion:orkshop / Discussion:MaterialsMaterialsMaterialsMaterialsMaterialsChaired by NAFEMS and Dr. Zhanli Guo, Sente Software Ltd.,GBR

Session 3A - Dynamics 1

FFFFFrrrrrom Dynamic Model to Aom Dynamic Model to Aom Dynamic Model to Aom Dynamic Model to Aom Dynamic Model to Acoustic Rcoustic Rcoustic Rcoustic Rcoustic ResultsesultsesultsesultsesultsR. Helfrich, Intes GmbH, GERSeismic RSeismic RSeismic RSeismic RSeismic Response in Synchresponse in Synchresponse in Synchresponse in Synchresponse in Synchrotrotrotrotrotron Aon Aon Aon Aon Accelerator of Diamondccelerator of Diamondccelerator of Diamondccelerator of Diamondccelerator of DiamondLight SourLight SourLight SourLight SourLight SourcececececeH. Huang, Diamond Light Source Ltd, GBRComputational Methods of RComputational Methods of RComputational Methods of RComputational Methods of RComputational Methods of Rotorotorotorotorotordynamics Simulationdynamics Simulationdynamics Simulationdynamics Simulationdynamics SimulationA. Beley, Ansys Inc., USA

Session 4A - Dynamics 2

WWWWWorkshop / Discussion:orkshop / Discussion:orkshop / Discussion:orkshop / Discussion:orkshop / Discussion:DynamicsDynamicsDynamicsDynamicsDynamicsChaired by NAFEMS Dynamics and Testing Working Group

Session 1B - Contacts

The Investigation of RThe Investigation of RThe Investigation of RThe Investigation of RThe Investigation of Roller Bearing Misalignment Damageoller Bearing Misalignment Damageoller Bearing Misalignment Damageoller Bearing Misalignment Damageoller Bearing Misalignment Damagethrthrthrthrthrough Aough Aough Aough Aough Advanced Non-linear Contact Analysisdvanced Non-linear Contact Analysisdvanced Non-linear Contact Analysisdvanced Non-linear Contact Analysisdvanced Non-linear Contact AnalysisJ. Farley, Ricardo MTC Ltd, GBRRRRRRotating Bending Strotating Bending Strotating Bending Strotating Bending Strotating Bending Stresses in Shrink-fit Assemblies Using FEMesses in Shrink-fit Assemblies Using FEMesses in Shrink-fit Assemblies Using FEMesses in Shrink-fit Assemblies Using FEMesses in Shrink-fit Assemblies Using FEMV.-N. Le, Ecole de Technologie Superieure, CANSome NAFEMS Contact Benchmarks RSome NAFEMS Contact Benchmarks RSome NAFEMS Contact Benchmarks RSome NAFEMS Contact Benchmarks RSome NAFEMS Contact Benchmarks Revisited in Detailevisited in Detailevisited in Detailevisited in Detailevisited in DetailG. Steven, Strand7 Pty Ltd, AUSGeneral Contact for Implicit FEAGeneral Contact for Implicit FEAGeneral Contact for Implicit FEAGeneral Contact for Implicit FEAGeneral Contact for Implicit FEAH. Harkness, Simulia Corp., USA

Session 2B - Welding

AAAAAccurate Therccurate Therccurate Therccurate Therccurate Thermomomomomo-Mechanical Modelling of FSW Using-Mechanical Modelling of FSW Using-Mechanical Modelling of FSW Using-Mechanical Modelling of FSW Using-Mechanical Modelling of FSW UsingSimple Material Data and Commerical CFD SofSimple Material Data and Commerical CFD SofSimple Material Data and Commerical CFD SofSimple Material Data and Commerical CFD SofSimple Material Data and Commerical CFD SoftwartwartwartwartwareeeeeS. Smith, TWI Ltd., GBRThe StrThe StrThe StrThe StrThe Structural Behaviour of an Inertia Fuctural Behaviour of an Inertia Fuctural Behaviour of an Inertia Fuctural Behaviour of an Inertia Fuctural Behaviour of an Inertia Friction Wriction Wriction Wriction Wriction WeldingeldingeldingeldingeldingMachineMachineMachineMachineMachineM. Lotz, University Munich, GERMonitoring and Simulation of Laser WMonitoring and Simulation of Laser WMonitoring and Simulation of Laser WMonitoring and Simulation of Laser WMonitoring and Simulation of Laser Welding for Industrialelding for Industrialelding for Industrialelding for Industrialelding for IndustrialApplicationsApplicationsApplicationsApplicationsApplicationsW. Schulz, Fraunhofer Institute ILT, GERMultiphysics Models for FMultiphysics Models for FMultiphysics Models for FMultiphysics Models for FMultiphysics Models for Friction Stir Wriction Stir Wriction Stir Wriction Stir Wriction Stir Welding Simulationelding Simulationelding Simulationelding Simulationelding SimulationD. Mackenzie, University of Strathclyde, GBRAn Assessment of Modelling Assumptions in the PAn Assessment of Modelling Assumptions in the PAn Assessment of Modelling Assumptions in the PAn Assessment of Modelling Assumptions in the PAn Assessment of Modelling Assumptions in the Prrrrrediction ofediction ofediction ofediction ofediction ofRRRRResidual Stresidual Stresidual Stresidual Stresidual Stresses Fesses Fesses Fesses Fesses Following an Eight Pollowing an Eight Pollowing an Eight Pollowing an Eight Pollowing an Eight Pass Vass Vass Vass Vass V-----GrGrGrGrGroove Tig Woove Tig Woove Tig Woove Tig Woove Tig WeldeldeldeldeldI. Symington, Serco, Technical and Assurance Services, GBR

Session 3B - Manufacturing 1

ExtrExtrExtrExtrExtrusion Benchmark 2007usion Benchmark 2007usion Benchmark 2007usion Benchmark 2007usion Benchmark 2007L. Donati, University Bologna, ITASimulation of the HotforSimulation of the HotforSimulation of the HotforSimulation of the HotforSimulation of the Hotforming Pming Pming Pming Pming PrrrrrocessocessocessocessocessE. Bush-Waynick, ESI Group, FRAEvaluation of REvaluation of REvaluation of REvaluation of REvaluation of Residual Stresidual Stresidual Stresidual Stresidual Stress Distribution in Laser Sinteress Distribution in Laser Sinteress Distribution in Laser Sinteress Distribution in Laser Sinteress Distribution in Laser SinteredededededGas TGas TGas TGas TGas Turbine Engine Bladesurbine Engine Bladesurbine Engine Bladesurbine Engine Bladesurbine Engine BladesU. Chandrasekhar, Gas Turbine Research Establishment, INDAnalyses of RAnalyses of RAnalyses of RAnalyses of RAnalyses of Roll Bending Poll Bending Poll Bending Poll Bending Poll Bending Prrrrrocesses Based on Focesses Based on Focesses Based on Focesses Based on Focesses Based on Finite Elementinite Elementinite Elementinite Elementinite ElementSimulationSimulationSimulationSimulationSimulationZ. Feng, University Quebec, CAN

Session 4B - Manufacturing 2

TTTTTwo Differwo Differwo Differwo Differwo Different Apprent Apprent Apprent Apprent Approaches to the Flowforoaches to the Flowforoaches to the Flowforoaches to the Flowforoaches to the Flowforming Simulationming Simulationming Simulationming Simulationming SimulationPPPPPrrrrroblemoblemoblemoblemoblemI. Pérez , Labein-Tecnalia, ESPStudies of TStudies of TStudies of TStudies of TStudies of Tube Drawing, Tube Drawing, Tube Drawing, Tube Drawing, Tube Drawing, Tube Sinking and Tube Sinking and Tube Sinking and Tube Sinking and Tube Sinking and Tube Extrube Extrube Extrube Extrube ExtrusionusionusionusionusionPPPPPrrrrrocess Using Focess Using Focess Using Focess Using Focess Using Finite Element Analysisinite Element Analysisinite Element Analysisinite Element Analysisinite Element AnalysisM. Sendilkumar, Tube Investments of India, INDCutting PCutting PCutting PCutting PCutting Parameters Optimization thrarameters Optimization thrarameters Optimization thrarameters Optimization thrarameters Optimization through an Aough an Aough an Aough an Aough an Advanced Cdvanced Cdvanced Cdvanced Cdvanced CAE-AE-AE-AE-AE-CCCCCAM PAM PAM PAM PAM PrrrrrocedurocedurocedurocedurocedureeeeeA. De Vitis, University Salento, ITA

Session 1C - Emerging Technologies and Business Needs

Integrated PIntegrated PIntegrated PIntegrated PIntegrated Prrrrrocess, Data & Rocess, Data & Rocess, Data & Rocess, Data & Rocess, Data & Resouresouresouresouresources Management – a Solu-ces Management – a Solu-ces Management – a Solu-ces Management – a Solu-ces Management – a Solu-tion for the Contemporartion for the Contemporartion for the Contemporartion for the Contemporartion for the Contemporary Cy Cy Cy Cy CAE WAE WAE WAE WAE WorkflowsorkflowsorkflowsorkflowsorkflowsS. Seitanis, BETA CAE Systems S.A., GREEngineering Intelligence: Concept to REngineering Intelligence: Concept to REngineering Intelligence: Concept to REngineering Intelligence: Concept to REngineering Intelligence: Concept to RealityealityealityealityealityA. Joshi, Altair Engineering, Inc., USAVirtual PVirtual PVirtual PVirtual PVirtual Prrrrrototyping – An Analyst’s Drototyping – An Analyst’s Drototyping – An Analyst’s Drototyping – An Analyst’s Drototyping – An Analyst’s Dream: Peam: Peam: Peam: Peam: Prrrrrogrogrogrogrogress,ess,ess,ess,ess,Challenges and FChallenges and FChallenges and FChallenges and FChallenges and Futuruturuturuturuture Pe Pe Pe Pe PathathathathathS. Choudhry, MSC Software Corporation, USASimulation and the CrSimulation and the CrSimulation and the CrSimulation and the CrSimulation and the Creative Peative Peative Peative Peative Prrrrrocess – A New Pocess – A New Pocess – A New Pocess – A New Pocess – A New ParadigmaradigmaradigmaradigmaradigmU. Schramm, Altair Engineering, GERNonlinear Simulation of LarNonlinear Simulation of LarNonlinear Simulation of LarNonlinear Simulation of LarNonlinear Simulation of Large-Scale Airge-Scale Airge-Scale Airge-Scale Airge-Scale Aircrafcrafcrafcrafcraft Strt Strt Strt Strt Structuructuructuructuructures –es –es –es –es –Implications for Certification Methodology and High-PImplications for Certification Methodology and High-PImplications for Certification Methodology and High-PImplications for Certification Methodology and High-PImplications for Certification Methodology and High-Perererererforforforforfor-----mance Computing Infrastrmance Computing Infrastrmance Computing Infrastrmance Computing Infrastrmance Computing InfrastructuructuructuructuructureeeeeA. Prior, Simulia Corp., GBR

Session 2C - Software Methods 1

4-Node Hybrid T4-Node Hybrid T4-Node Hybrid T4-Node Hybrid T4-Node Hybrid Tetrahedretrahedretrahedretrahedretrahedron Elements for Implicit and Expliciton Elements for Implicit and Expliciton Elements for Implicit and Expliciton Elements for Implicit and Expliciton Elements for Implicit and ExplicitSolutionsSolutionsSolutionsSolutionsSolutionsJ. Wang, Ansys Inc., USAThe Analysis of the TThe Analysis of the TThe Analysis of the TThe Analysis of the TThe Analysis of the Turbourbourbourbourbo-P-P-P-P-Prrrrropeller Aviation Engines Bladesopeller Aviation Engines Bladesopeller Aviation Engines Bladesopeller Aviation Engines Bladesopeller Aviation Engines Bladesby Fby Fby Fby Fby Finite Element Methodinite Element Methodinite Element Methodinite Element Methodinite Element MethodV. Agapov, MGTU „MAMI“, RUSSimulation Methods Applied into Experiment Data PSimulation Methods Applied into Experiment Data PSimulation Methods Applied into Experiment Data PSimulation Methods Applied into Experiment Data PSimulation Methods Applied into Experiment Data Prrrrrocessing,ocessing,ocessing,ocessing,ocessing,Experiment Data Methods Applied into Simulation and NewExperiment Data Methods Applied into Simulation and NewExperiment Data Methods Applied into Simulation and NewExperiment Data Methods Applied into Simulation and NewExperiment Data Methods Applied into Simulation and NewConcepts for Data TConcepts for Data TConcepts for Data TConcepts for Data TConcepts for Data Test-est-est-est-est-Analysis ComparisonsAnalysis ComparisonsAnalysis ComparisonsAnalysis ComparisonsAnalysis ComparisonsA. von Mach, vMACH Engineering GmbH, GERA FA FA FA FA Fast and Fast and Fast and Fast and Fast and Fully Automated Cartesian Meshing Solution forully Automated Cartesian Meshing Solution forully Automated Cartesian Meshing Solution forully Automated Cartesian Meshing Solution forully Automated Cartesian Meshing Solution forDirty CDirty CDirty CDirty CDirty CAD GeometriesAD GeometriesAD GeometriesAD GeometriesAD GeometriesM. Megahed , ESI Group, GER

Session 3C - Integration 1

Coupled FEM Calculations – a CCoupled FEM Calculations – a CCoupled FEM Calculations – a CCoupled FEM Calculations – a CCoupled FEM Calculations – a CAE TAE TAE TAE TAE Tool to Improol to Improol to Improol to Improol to Improve Crash-ove Crash-ove Crash-ove Crash-ove Crash-RRRRRelevant Automotive Body Components by Local Harelevant Automotive Body Components by Local Harelevant Automotive Body Components by Local Harelevant Automotive Body Components by Local Harelevant Automotive Body Components by Local HardeningdeningdeningdeningdeningK. Wolf, Fraunhofer Institute SCAI, GERAutomatic PAutomatic PAutomatic PAutomatic PAutomatic Prrrrroducibility Analysis of the Draw Bending of Alu-oducibility Analysis of the Draw Bending of Alu-oducibility Analysis of the Draw Bending of Alu-oducibility Analysis of the Draw Bending of Alu-oducibility Analysis of the Draw Bending of Alu-minium Tminium Tminium Tminium Tminium Tubes with Several Bendsubes with Several Bendsubes with Several Bendsubes with Several Bendsubes with Several BendsJ. Johansson, Jönköping University, SWEIntegrated Design, SearIntegrated Design, SearIntegrated Design, SearIntegrated Design, SearIntegrated Design, Search and Optimization Fch and Optimization Fch and Optimization Fch and Optimization Fch and Optimization For Allor Allor Allor Allor AllA. de Souza, Dezineforce, GBRKinematik Optimization of an Automotive DoorKinematik Optimization of an Automotive DoorKinematik Optimization of an Automotive DoorKinematik Optimization of an Automotive DoorKinematik Optimization of an Automotive DoorA. Harrich, Technical University Graz, AUT

Session 4C - Environmental Issues

Design of Flue Gas ScrDesign of Flue Gas ScrDesign of Flue Gas ScrDesign of Flue Gas ScrDesign of Flue Gas Scrubbers using CFD Methodsubbers using CFD Methodsubbers using CFD Methodsubbers using CFD Methodsubbers using CFD MethodsU. Maatje, Hitachi Power Europe GmbH, GERExhaust Gas Dispersion Modeling arExhaust Gas Dispersion Modeling arExhaust Gas Dispersion Modeling arExhaust Gas Dispersion Modeling arExhaust Gas Dispersion Modeling around Offshoround Offshoround Offshoround Offshoround Offshore Platfore Platfore Platfore Platfore PlatformsmsmsmsmsA. Tripathi, Fluidyn France / Transoft International, FRACFD Model of Desulfurization RCFD Model of Desulfurization RCFD Model of Desulfurization RCFD Model of Desulfurization RCFD Model of Desulfurization ReactoreactoreactoreactoreactorM. Jicha, Brno University of Technology, CZECFD Modelling of a PCFD Modelling of a PCFD Modelling of a PCFD Modelling of a PCFD Modelling of a Petretretretretrochemical Tochemical Tochemical Tochemical Tochemical Tank Loss of Containmentank Loss of Containmentank Loss of Containmentank Loss of Containmentank Loss of Containmentand its Consequencesand its Consequencesand its Consequencesand its Consequencesand its ConsequencesA. Tripathi, Fluidyn France / Transoft International, FRA

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Preliminary Agenda, June 16 - 17 (Tuesday - Wednesday)

Martin Wiedemann

DLR German Aerospace Center,Germany

Prof. Dr.-Ing. Martin Wiedemann is headof the Institute of Composite Structuresand Adaptive Systems

1980 - 1986 Scientist at the Institute for Space and Aviation,Technical University Berlin

1991 Promotion „Sensitivity analysis in the measure-ment technique with heat waves for determina-tion of thermal properties in micro structures“

1989 - 1992 Assistant at the Institut for Space and Aviation,TU Berlin, Development of computer programsfor dynamic calculations

1992 - 2007 Scientist at Airbus1999 - 2001 Head of Structure Mechanics Department

DA-EMA, Site Germany Hamburg2001 Head of Specific Design Work Structure Depart-

ment ESGA, Site Germany Hamburg2001 - 2004 Head of Specific Design Work Structure, ESG,

and Site Representative Structure, Site Germany,Vice President

2004 - 2005 Head of Development Processes and PayloadAccommodation Architect, Site Germany /France, Vice President

2005 - 2007 Chief-Engineer A400M ACMT IFA&VTP, SiteGermany Bremen, Vice President

Since 2007 Full Professor, Adaptronics, Technical UniversityBraunschweig

Since 2007 Head of DLR Institute of Composite Structuresand Adaptive Systems, Braunschweig

Jacek Marczyk

Ontonix S.r.l., Italy

Dr. Marczyk, the founder of Ontonix, hasover twenty five years of experience inComputer-Aided Engineering in theaerospace, automotive and off-shoreindustries in which he established and ledvarious successful international R&D projects. He holds an MSin Aeronautics Engineering (Politecnico di Milano), MS inAerospace Engineering (Politecnico di Torino) and a Ph.D in CivilEngineering (Universidad Politecnica de Catalunya).

In the mid 1990s he has introduced to the industry the firstcommercial tool for large-scale stochastic simulation, ST-ORM.He has actively pioneered innovative methodologies foruncertainty and complexity management and has published fourbooks on stochastic and nonlinear mechanics.

During his career, he has worked for EADS/CASA (Manager HighPerformance Computing Applications), BMW AG, Centric Engi-neering Systems, ESI (Director, Advanced MechanicsDevelopment), Silicon Graphics (Director, Integrated Simulati-on), Tecnomare, EASi Engineering (Vice President, AdvancedTechnologies) and MSC Software (Chief Scientist). While at MSC,he led the development of award-winning MSC.Robust Design.

Keynote Speakers

Session 1D - Optimization 1Design for RDesign for RDesign for RDesign for RDesign for Real-eal-eal-eal-eal-WWWWWorld Porld Porld Porld Porld Prrrrroduct Poduct Poduct Poduct Poduct Perererererforforforforformance Using Rmance Using Rmance Using Rmance Using Rmance Using RealisticealisticealisticealisticealisticOptimization and SimulationOptimization and SimulationOptimization and SimulationOptimization and SimulationOptimization and SimulationA. Van der Velden, Simulia Corp., USAEnhancing Capabilities of LinearEnhancing Capabilities of LinearEnhancing Capabilities of LinearEnhancing Capabilities of LinearEnhancing Capabilities of Linear-----Optimization Codes withOptimization Codes withOptimization Codes withOptimization Codes withOptimization Codes withNeuberization TNeuberization TNeuberization TNeuberization TNeuberization Technique for Wechnique for Wechnique for Wechnique for Wechnique for Weight Reight Reight Reight Reight Reduction of Gas-eduction of Gas-eduction of Gas-eduction of Gas-eduction of Gas-TTTTTurbineurbineurbineurbineurbineEngine ComponentsEngine ComponentsEngine ComponentsEngine ComponentsEngine ComponentsK. Ramachandra, RV College of Engineering, INDOptimization and Sensitivity Methods for FOptimization and Sensitivity Methods for FOptimization and Sensitivity Methods for FOptimization and Sensitivity Methods for FOptimization and Sensitivity Methods for Finite Element Moinite Element Moinite Element Moinite Element Moinite Element Mo-----delsdelsdelsdelsdelsL. Wright, National Physical Laboratory, GBRApplication Examples of Optimization and RApplication Examples of Optimization and RApplication Examples of Optimization and RApplication Examples of Optimization and RApplication Examples of Optimization and Reliability Studieseliability Studieseliability Studieseliability Studieseliability Studiesin Automotive Industrin Automotive Industrin Automotive Industrin Automotive Industrin Automotive IndustryyyyyH. Müllerschön, Dynamore GmbH, GER

Session 2D - Optimization 2

Benefits of StrBenefits of StrBenefits of StrBenefits of StrBenefits of Structural Optimisation in the Auctural Optimisation in the Auctural Optimisation in the Auctural Optimisation in the Auctural Optimisation in the Aerererererospace Designospace Designospace Designospace Designospace DesignPPPPPrrrrrocess: Rocess: Rocess: Rocess: Rocess: Recent Industrial Applications on Compositeecent Industrial Applications on Compositeecent Industrial Applications on Compositeecent Industrial Applications on Compositeecent Industrial Applications on CompositeStrStrStrStrStructuructuructuructuructuresesesesesP. Cervellera, Altair Engineering GmbH, GERApplication of StrApplication of StrApplication of StrApplication of StrApplication of Structural Optimization Sofuctural Optimization Sofuctural Optimization Sofuctural Optimization Sofuctural Optimization Softwartwartwartwartware for Ceramice for Ceramice for Ceramice for Ceramice for CeramicComponentsComponentsComponentsComponentsComponentsM. Wagner, University Stuttgart, GERStrStrStrStrStructural Tuctural Tuctural Tuctural Tuctural Topology Optimization Using Fopology Optimization Using Fopology Optimization Using Fopology Optimization Using Fopology Optimization Using Finite Element Basedinite Element Basedinite Element Basedinite Element Basedinite Element BasedLevel Set MethodsLevel Set MethodsLevel Set MethodsLevel Set MethodsLevel Set MethodsM. Y. Wang, The Chinese University of Hong Kong, CHNIntegrated TIntegrated TIntegrated TIntegrated TIntegrated Topology and Contropology and Contropology and Contropology and Contropology and Controller Poller Poller Poller Poller Parameter Optimization inarameter Optimization inarameter Optimization inarameter Optimization inarameter Optimization inDynamic SystemsDynamic SystemsDynamic SystemsDynamic SystemsDynamic SystemsJ. Ottnad, University Karlsruhe, GERTTTTTopology Optimization of Dynamically Loaded Stropology Optimization of Dynamically Loaded Stropology Optimization of Dynamically Loaded Stropology Optimization of Dynamically Loaded Stropology Optimization of Dynamically Loaded Structuructuructuructuructures withes withes withes withes withRRRRRespect to Issues of Noise, Vibration and Harshness (NVH)espect to Issues of Noise, Vibration and Harshness (NVH)espect to Issues of Noise, Vibration and Harshness (NVH)espect to Issues of Noise, Vibration and Harshness (NVH)espect to Issues of Noise, Vibration and Harshness (NVH)B. Hessenauer, University Karlsruhe, GER

Session 3D - Stochastic Analysis

Simulation of AirSimulation of AirSimulation of AirSimulation of AirSimulation of Aircrafcrafcrafcrafcraft Cabin Interior Considering Uncertaint Cabin Interior Considering Uncertaint Cabin Interior Considering Uncertaint Cabin Interior Considering Uncertaint Cabin Interior Considering UncertainLoad ConditionsLoad ConditionsLoad ConditionsLoad ConditionsLoad ConditionsD. Vogt, EADS Innovation Works Germany, GERRRRRRobust Brake-Fobust Brake-Fobust Brake-Fobust Brake-Fobust Brake-Feel Designeel Designeel Designeel Designeel DesignU. Sellgren, Royal Institute of Technology (KTH), SWEThe Use of the LDLThe Use of the LDLThe Use of the LDLThe Use of the LDLThe Use of the LDLTTTTT Decomposition for Stochastic Simulation Decomposition for Stochastic Simulation Decomposition for Stochastic Simulation Decomposition for Stochastic Simulation Decomposition for Stochastic SimulationA. Notin, Cetim Senlis - Pôle DSL, FRARRRRRobustness Optimization of Suspension Fobustness Optimization of Suspension Fobustness Optimization of Suspension Fobustness Optimization of Suspension Fobustness Optimization of Suspension Fatigue Life Usingatigue Life Usingatigue Life Usingatigue Life Usingatigue Life UsingMultibody SimulationMultibody SimulationMultibody SimulationMultibody SimulationMultibody SimulationR. d’Ippolito, LMS Italiana, ITA

Session 4D - Simulation Data Management 1

Using a PlatforUsing a PlatforUsing a PlatforUsing a PlatforUsing a Platform Apprm Apprm Apprm Apprm Approach to Incroach to Incroach to Incroach to Incroach to Increase the Availability of Ma-ease the Availability of Ma-ease the Availability of Ma-ease the Availability of Ma-ease the Availability of Ma-terial Data for Cterial Data for Cterial Data for Cterial Data for Cterial Data for CAEAEAEAEAEH. Lobo, Matereality, USAComprComprComprComprCompression of NVH Simulation Ression of NVH Simulation Ression of NVH Simulation Ression of NVH Simulation Ression of NVH Simulation ResultsesultsesultsesultsesultsJ. Lidzba, Fraunhofer Institute SCAI, GERPPPPPrrrrroduct Poduct Poduct Poduct Poduct Perererererforforforforformance Life Cycle Managementmance Life Cycle Managementmance Life Cycle Managementmance Life Cycle Managementmance Life Cycle ManagementA. Joshi, Altair Engineering, Inc., USASimPDM – A HarSimPDM – A HarSimPDM – A HarSimPDM – A HarSimPDM – A Harmonized Apprmonized Apprmonized Apprmonized Apprmonized Approach for the Strategicoach for the Strategicoach for the Strategicoach for the Strategicoach for the StrategicImplementation of Simulation Data ManagementImplementation of Simulation Data ManagementImplementation of Simulation Data ManagementImplementation of Simulation Data ManagementImplementation of Simulation Data ManagementJ. Malzacher, University Darmstadt, GER

Session 2E - NAFEMS Membership and General Information

Discussion:Discussion:Discussion:Discussion:Discussion:InforInforInforInforInformation about membership opportunities and tailormation about membership opportunities and tailormation about membership opportunities and tailormation about membership opportunities and tailormation about membership opportunities and tailoredededededoptionsoptionsoptionsoptionsoptionsChaired by P. Steward, NAFEMS

Session 3E - EC Project MUSCA 1

MUSCMUSCMUSCMUSCMUSCA - Multiscale Analysis of LarA - Multiscale Analysis of LarA - Multiscale Analysis of LarA - Multiscale Analysis of LarA - Multiscale Analysis of Large Age Age Age Age AerererererostrostrostrostrostructuructuructuructuructuresesesesesEC Project coordinated by EADS Corporate Research Center

Session 4E - EC Project MUSCA 2

MUSCMUSCMUSCMUSCMUSCA - Multiscale Analysis of LarA - Multiscale Analysis of LarA - Multiscale Analysis of LarA - Multiscale Analysis of LarA - Multiscale Analysis of Large Age Age Age Age AerererererostrostrostrostrostructuructuructuructuructuresesesesesEC Project coordinated by EADS Corporate Research Center

By Courtesy of University Erlangen-Nürnberg

6

Preliminary Agenda, June 18 – Thursday

Refreshment Break and Product Showcases: Altair, Beta CAE

Refreshment Break and Product Showcases: cd-adapco, ESI Group

Lunch

Keynote Presentation:CAE 2015 – Current Status, Directions and ChallengesE. Schelkle, Dr. Ing. h.c. F. Porsche AG and Automotive Simulation Center Stuttgart e.V., GER

Keynote Presentation:Lessons Learned from Earth SimulatorT. Yasuki, Toyota Motor Corporation, JAP

Session 5A - Crash / Impact / Passive Safety 1

Numerical Simulation of 737 FNumerical Simulation of 737 FNumerical Simulation of 737 FNumerical Simulation of 737 FNumerical Simulation of 737 Fuselage Section Druselage Section Druselage Section Druselage Section Druselage Section Drop Top Top Top Top TestestestestestM. Rassaian, The Boeing Company, USAComparison of the DifferComparison of the DifferComparison of the DifferComparison of the DifferComparison of the Different Standarent Standarent Standarent Standarent Standard Fd Fd Fd Fd Failurailurailurailurailure Criteria Ve Criteria Ve Criteria Ve Criteria Ve Criteria VersusersusersusersusersusAAAAActual Aluminium Measurctual Aluminium Measurctual Aluminium Measurctual Aluminium Measurctual Aluminium Measured Ped Ped Ped Ped Prrrrroperties, and Implementationoperties, and Implementationoperties, and Implementationoperties, and Implementationoperties, and Implementationof the Measurof the Measurof the Measurof the Measurof the Measured Fed Fed Fed Fed Failurailurailurailurailure Criterion into FEM Fe Criterion into FEM Fe Criterion into FEM Fe Criterion into FEM Fe Criterion into FEM Failurailurailurailurailure Analysise Analysise Analysise Analysise AnalysisA. R. Carr, Novelis UK Ltd., GBRThe Influence of Impact on the RThe Influence of Impact on the RThe Influence of Impact on the RThe Influence of Impact on the RThe Influence of Impact on the Real Aireal Aireal Aireal Aireal Aircrafcrafcrafcrafcraft Strt Strt Strt Strt StructuructuructuructuructureeeeeR. Doubrava, VZLU, a.s., CZEVVVVVerification and Verification and Verification and Verification and Verification and Validation of Falidation of Falidation of Falidation of Falidation of Finite Element Models ofinite Element Models ofinite Element Models ofinite Element Models ofinite Element Models ofDeforDeforDeforDeforDeformable Pmable Pmable Pmable Pmable PrrrrrojectilesojectilesojectilesojectilesojectilesK. Krishnan, Institute for Bioengineering, USAStudy of Impact of PStudy of Impact of PStudy of Impact of PStudy of Impact of PStudy of Impact of Prrrrrojectiles on Mild Steel Arojectiles on Mild Steel Arojectiles on Mild Steel Arojectiles on Mild Steel Arojectiles on Mild Steel Armour Platesmour Platesmour Platesmour Platesmour PlatesUsing ThrUsing ThrUsing ThrUsing ThrUsing Three Differee Differee Differee Differee Different Fent Fent Fent Fent Finite Element Modelling Apprinite Element Modelling Apprinite Element Modelling Apprinite Element Modelling Apprinite Element Modelling ApproachesoachesoachesoachesoachesR. Munusamy, University Leeds, GBR

Session 5C - Software Methods 2

FE-FFE-FFE-FFE-FFE-Fororororormulations for Rmulations for Rmulations for Rmulations for Rmulations for Real-eal-eal-eal-eal-Time Simulation of LarTime Simulation of LarTime Simulation of LarTime Simulation of LarTime Simulation of LargegegegegeDeforDeforDeforDeforDeformationsmationsmationsmationsmationsD. Marinkovic, Technical University Berlin, GERModel OrModel OrModel OrModel OrModel Order Rder Rder Rder Rder Reduction Method Applied to Modal Analysis ofeduction Method Applied to Modal Analysis ofeduction Method Applied to Modal Analysis ofeduction Method Applied to Modal Analysis ofeduction Method Applied to Modal Analysis ofCyclic SymmetrCyclic SymmetrCyclic SymmetrCyclic SymmetrCyclic Symmetry Stry Stry Stry Stry StructuructuructuructuructuresesesesesF. Thevenon, Ansys, Inc., USAAAAAAdvances in Eigenvalue Solutions and Linear Dynamicsdvances in Eigenvalue Solutions and Linear Dynamicsdvances in Eigenvalue Solutions and Linear Dynamicsdvances in Eigenvalue Solutions and Linear Dynamicsdvances in Eigenvalue Solutions and Linear DynamicsCapabilities with PCapabilities with PCapabilities with PCapabilities with PCapabilities with Particular Application to Automotive Noisearticular Application to Automotive Noisearticular Application to Automotive Noisearticular Application to Automotive Noisearticular Application to Automotive Noiseand Vibration Analysisand Vibration Analysisand Vibration Analysisand Vibration Analysisand Vibration AnalysisV. Belsky, Simulia Corp., USA

Session 8A - Integration 2

StrStrStrStrStructural Optimization of Chassis and Engine Puctural Optimization of Chassis and Engine Puctural Optimization of Chassis and Engine Puctural Optimization of Chassis and Engine Puctural Optimization of Chassis and Engine Parts – thearts – thearts – thearts – thearts – theNonlinear MultidisciplinarNonlinear MultidisciplinarNonlinear MultidisciplinarNonlinear MultidisciplinarNonlinear Multidisciplinary Challengey Challengey Challengey Challengey ChallengeB. Lauber, FE-Design GmbH, GEROpenness and Modularity of Design and Analysis TOpenness and Modularity of Design and Analysis TOpenness and Modularity of Design and Analysis TOpenness and Modularity of Design and Analysis TOpenness and Modularity of Design and Analysis ToolsoolsoolsoolsoolsM. Grau, PROSTEP ITS GmbH, GERAAAAAdvanced Simulation Methodologies for Optimizing thedvanced Simulation Methodologies for Optimizing thedvanced Simulation Methodologies for Optimizing thedvanced Simulation Methodologies for Optimizing thedvanced Simulation Methodologies for Optimizing theDriving Dynamics of Intelligent VDriving Dynamics of Intelligent VDriving Dynamics of Intelligent VDriving Dynamics of Intelligent VDriving Dynamics of Intelligent Vehicle Systemsehicle Systemsehicle Systemsehicle Systemsehicle SystemsS. Donders, LMS International, BELIntegrative MechatrIntegrative MechatrIntegrative MechatrIntegrative MechatrIntegrative Mechatronic Design Using Multi-Bodyonic Design Using Multi-Bodyonic Design Using Multi-Bodyonic Design Using Multi-Bodyonic Design Using Multi-Body-Dynamic--Dynamic--Dynamic--Dynamic--Dynamic-SimulationsSimulationsSimulationsSimulationsSimulationsM. Oppelt, Siemens Energy and Automation, Inc., USA

Session 6C - Fatigue/Fracture/Durability 1

FFFFFatigue Life Calculation for Militaratigue Life Calculation for Militaratigue Life Calculation for Militaratigue Life Calculation for Militaratigue Life Calculation for Military Vy Vy Vy Vy Vehicles Under Rehicles Under Rehicles Under Rehicles Under Rehicles Under Real Sereal Sereal Sereal Sereal Ser-----vice Conditionsvice Conditionsvice Conditionsvice Conditionsvice ConditionsG. Willmerding, Steinbeis Transferzentrum New Technologiesin Traffic Engineering, GERRRRRRefined Fefined Fefined Fefined Fefined Finite Element Models and a New Pinite Element Models and a New Pinite Element Models and a New Pinite Element Models and a New Pinite Element Models and a New Post Post Post Post Post PrrrrrocessingocessingocessingocessingocessingSub PSub PSub PSub PSub Prrrrrogram to Deterogram to Deterogram to Deterogram to Deterogram to Determine Mixed Mode Strmine Mixed Mode Strmine Mixed Mode Strmine Mixed Mode Strmine Mixed Mode Stress Intensityess Intensityess Intensityess Intensityess IntensityFFFFFactors for Suractors for Suractors for Suractors for Suractors for Surface Cracks in Components and Strface Cracks in Components and Strface Cracks in Components and Strface Cracks in Components and Strface Cracks in Components and StructuructuructuructuructuresesesesesL. J. Kirthan, Dayananda Sagar College of Engineering,Bangalore, INDDurability Analysis of a HarDurability Analysis of a HarDurability Analysis of a HarDurability Analysis of a HarDurability Analysis of a Harvesting Vvesting Vvesting Vvesting Vvesting VehicleehicleehicleehicleehicleA. Kristensen, Aalborg University, DENDynamic and FDynamic and FDynamic and FDynamic and FDynamic and Fatigue Analysis of Stratigue Analysis of Stratigue Analysis of Stratigue Analysis of Stratigue Analysis of Structural Components anductural Components anductural Components anductural Components anductural Components andSubsystems Using an Equivalent Load Method – A Case StudySubsystems Using an Equivalent Load Method – A Case StudySubsystems Using an Equivalent Load Method – A Case StudySubsystems Using an Equivalent Load Method – A Case StudySubsystems Using an Equivalent Load Method – A Case StudyA. Bevan, Manchester Metropolitan University, GBR

Session 6A - Crash / Impact / Passive Safety 2

Analysis of Fluid-StrAnalysis of Fluid-StrAnalysis of Fluid-StrAnalysis of Fluid-StrAnalysis of Fluid-Structuructuructuructuructure Interaction Using Meshless Pe Interaction Using Meshless Pe Interaction Using Meshless Pe Interaction Using Meshless Pe Interaction Using Meshless Particlearticlearticlearticlearticleand Fand Fand Fand Fand Finite Element Methods: Biomechanics Applicationsinite Element Methods: Biomechanics Applicationsinite Element Methods: Biomechanics Applicationsinite Element Methods: Biomechanics Applicationsinite Element Methods: Biomechanics ApplicationsI. Lee, Hyundai Motor Company, KORDevelopment and VDevelopment and VDevelopment and VDevelopment and VDevelopment and Validation of 2001 Falidation of 2001 Falidation of 2001 Falidation of 2001 Falidation of 2001 Fororororord Td Td Td Td Taurauraurauraurus Pus Pus Pus Pus PassengerassengerassengerassengerassengerCar ThrCar ThrCar ThrCar ThrCar Through Rough Rough Rough Rough Reverse Engineeringeverse Engineeringeverse Engineeringeverse Engineeringeverse EngineeringV. Nagbhushana, National Crash Analysis Center, USACrashworthiness of Composite StrCrashworthiness of Composite StrCrashworthiness of Composite StrCrashworthiness of Composite StrCrashworthiness of Composite Structuructuructuructuructures: Numerical and Ex-es: Numerical and Ex-es: Numerical and Ex-es: Numerical and Ex-es: Numerical and Ex-perimental Guidelinesperimental Guidelinesperimental Guidelinesperimental Guidelinesperimental GuidelinesM. Rassaian, The Boeing Company, USADesign and Analysis of Lightweight EnerDesign and Analysis of Lightweight EnerDesign and Analysis of Lightweight EnerDesign and Analysis of Lightweight EnerDesign and Analysis of Lightweight Energy Absorbers for agy Absorbers for agy Absorbers for agy Absorbers for agy Absorbers for aRRRRRail Vail Vail Vail Vail Vehicle Cabehicle Cabehicle Cabehicle Cabehicle CabM. Grasso, Newcastle Centre for Railway Research (NewRail),GBR

Session 8D - Fatigue/Fracture/Durability 2

Industrial Applications of the Etended FIndustrial Applications of the Etended FIndustrial Applications of the Etended FIndustrial Applications of the Etended FIndustrial Applications of the Etended Finite Element Methodinite Element Methodinite Element Methodinite Element Methodinite Element Methodfor Crack Pfor Crack Pfor Crack Pfor Crack Pfor Crack Prrrrropagation Simulations in Aopagation Simulations in Aopagation Simulations in Aopagation Simulations in Aopagation Simulations in Aerererereronautical Stronautical Stronautical Stronautical Stronautical StructuructuructuructuructuresesesesesM. Duflot, Cenaero, BELFFFFFracturracturracturracturracture of Thin Stre of Thin Stre of Thin Stre of Thin Stre of Thin StructuructuructuructuructuresesesesesF. Oikonomidis, University Bristol, GBRComputational FComputational FComputational FComputational FComputational Fracturracturracturracturracture Mechanics to Model Te Mechanics to Model Te Mechanics to Model Te Mechanics to Model Te Mechanics to Model Toughness ofoughness ofoughness ofoughness ofoughness ofModerModerModerModerModern Pn Pn Pn Pn Pipeline Steelsipeline Steelsipeline Steelsipeline Steelsipeline SteelsF. Van den Abeele, OCAS NV, BELRRRRResidual Stresidual Stresidual Stresidual Stresidual Strength Pength Pength Pength Pength Prrrrrediction Implementation Using aediction Implementation Using aediction Implementation Using aediction Implementation Using aediction Implementation Using aCommerCommerCommerCommerCommercial Fcial Fcial Fcial Fcial Finite Element Code and the CTOinite Element Code and the CTOinite Element Code and the CTOinite Element Code and the CTOinite Element Code and the CTOA CriterionA CriterionA CriterionA CriterionA CriterionF. M. de la Escalera, Aernnova Engineering Solutions Iberica,ESP

Session 7A - Multibody SimulationA Beam-Based Model of the PBMR VSA for Seismic AnalysisA Beam-Based Model of the PBMR VSA for Seismic AnalysisA Beam-Based Model of the PBMR VSA for Seismic AnalysisA Beam-Based Model of the PBMR VSA for Seismic AnalysisA Beam-Based Model of the PBMR VSA for Seismic AnalysisA. Hay, PBMR (Pty) Ltd., RSAAstrAstrAstrAstrAstronaut Exeronaut Exeronaut Exeronaut Exeronaut Exercising Device Dynamics Analysis and Vcising Device Dynamics Analysis and Vcising Device Dynamics Analysis and Vcising Device Dynamics Analysis and Vcising Device Dynamics Analysis and ValidationalidationalidationalidationalidationBased on Multibody SofBased on Multibody SofBased on Multibody SofBased on Multibody SofBased on Multibody SoftwartwartwartwartwareeeeeR. Bureo Dacal, ESA/Estec, NEDMorpack TMorpack TMorpack TMorpack TMorpack Toolbox for Coupling Rigid and Elastic Multi Bodyoolbox for Coupling Rigid and Elastic Multi Bodyoolbox for Coupling Rigid and Elastic Multi Bodyoolbox for Coupling Rigid and Elastic Multi Bodyoolbox for Coupling Rigid and Elastic Multi BodySystemsSystemsSystemsSystemsSystemsP. Koutsovasilis, University Dresden, GERA General ApprA General ApprA General ApprA General ApprA General Approach for the Coupling of Independent Analysisoach for the Coupling of Independent Analysisoach for the Coupling of Independent Analysisoach for the Coupling of Independent Analysisoach for the Coupling of Independent AnalysisComponents: Applied to Multi Body Dynamics and Non Line-Components: Applied to Multi Body Dynamics and Non Line-Components: Applied to Multi Body Dynamics and Non Line-Components: Applied to Multi Body Dynamics and Non Line-Components: Applied to Multi Body Dynamics and Non Line-ar Far Far Far Far Finite Elementsinite Elementsinite Elementsinite Elementsinite ElementsM. Zielonka, MSC.Software Corporation, USAMulti-Multi-Multi-Multi-Multi-Objective Optimization of Multibody Systems in CirObjective Optimization of Multibody Systems in CirObjective Optimization of Multibody Systems in CirObjective Optimization of Multibody Systems in CirObjective Optimization of Multibody Systems in CircuitcuitcuitcuitcuitBrBrBrBrBreaker Applicationseaker Applicationseaker Applicationseaker Applicationseaker ApplicationsL. Fuligno, Enginsoft, ITA

Session 8C - Composites Symposium - 2

Submarines with Composite PSubmarines with Composite PSubmarines with Composite PSubmarines with Composite PSubmarines with Composite Prrrrressuressuressuressuressure Hullse Hullse Hullse Hullse HullsJ. Reijmers, Nevesbu, NEDFFFFFailurailurailurailurailure Analysis of Lare Analysis of Lare Analysis of Lare Analysis of Lare Analysis of Large Composite Space Strge Composite Space Strge Composite Space Strge Composite Space Strge Composite Space Structuructuructuructuructures Usinges Usinges Usinges Usinges UsingMulticontinuum TheorMulticontinuum TheorMulticontinuum TheorMulticontinuum TheorMulticontinuum TheoryyyyyE. Nelson, Firehole Technologies, Inc, USAExperimental Investigation on FExperimental Investigation on FExperimental Investigation on FExperimental Investigation on FExperimental Investigation on Fracturracturracturracturracture Fe Fe Fe Fe Failurailurailurailurailure and FEA Simu-e and FEA Simu-e and FEA Simu-e and FEA Simu-e and FEA Simu-lation of Glass Flation of Glass Flation of Glass Flation of Glass Flation of Glass Fiber Riber Riber Riber Riber Reinforeinforeinforeinforeinforced Epoxy Compositesced Epoxy Compositesced Epoxy Compositesced Epoxy Compositesced Epoxy CompositesN. Dayananda Jawali, Sri Jayachamarajendra College of Engi-neering, INDA ComprA ComprA ComprA ComprA Comprehensive Pehensive Pehensive Pehensive Pehensive Prrrrrocess for Composite Design Optimizationocess for Composite Design Optimizationocess for Composite Design Optimizationocess for Composite Design Optimizationocess for Composite Design OptimizationM. Zhou, Altair Engineering, Inc., USA

Congress Banquetincluded in registration fee

Space is limited, and partnerswho wish to attendthe banquet need to beregistered seperatly atwww.nafems.org or by using the registration form on the lastpage.

Session 7C - Composites Symposium - 1

Composite CrComposite CrComposite CrComposite CrComposite Crush Simulation – Emerush Simulation – Emerush Simulation – Emerush Simulation – Emerush Simulation – Emerging Tging Tging Tging Tging Technologies andechnologies andechnologies andechnologies andechnologies andMethodologiesMethodologiesMethodologiesMethodologiesMethodologiesM. Schrank, Simulia Corp., USASimulation TSimulation TSimulation TSimulation TSimulation Tools for Pools for Pools for Pools for Pools for Prrrrrogrogrogrogrogressive Damageessive Damageessive Damageessive Damageessive DamageJ. San Millan, INTA - Structures and Mechanisms Area, ESPNonlinear FNonlinear FNonlinear FNonlinear FNonlinear Failurailurailurailurailure Analysis of a Fe Analysis of a Fe Analysis of a Fe Analysis of a Fe Analysis of a Fibribribribribre Re Re Re Re Reinforeinforeinforeinforeinforced Compositeced Compositeced Compositeced Compositeced CompositeCurCurCurCurCurved Beam with Delamination and Ply Degrved Beam with Delamination and Ply Degrved Beam with Delamination and Ply Degrved Beam with Delamination and Ply Degrved Beam with Delamination and Ply DegredationedationedationedationedationC. Brauner, Samtech Deutschland GmbH, GERDesign Integrated Analysis for ADesign Integrated Analysis for ADesign Integrated Analysis for ADesign Integrated Analysis for ADesign Integrated Analysis for Aerererererospace Compositeospace Compositeospace Compositeospace Compositeospace CompositeStrStrStrStrStructuructuructuructuructuresesesesesO. Guillermin, Vistagy, Inc., USA

Session 7B - Education and Training 3

WWWWWorkshop / Discussion:orkshop / Discussion:orkshop / Discussion:orkshop / Discussion:orkshop / Discussion:CCCCCAE AAE AAE AAE AAE Academycademycademycademycademy, EnginSof, EnginSof, EnginSof, EnginSof, EnginSoft’s Tt’s Tt’s Tt’s Tt’s Training and Rraining and Rraining and Rraining and Rraining and Recrecrecrecrecruitment Initiativeuitment Initiativeuitment Initiativeuitment Initiativeuitment InitiativeChaired by NAFEMS Education and Training Working Groupand NAFEMS Council


WWWWWorkshop / Discussion:orkshop / Discussion:orkshop / Discussion:orkshop / Discussion:orkshop / Discussion:25 Y25 Y25 Y25 Y25 Years of NAFEMSears of NAFEMSears of NAFEMSears of NAFEMSears of NAFEMST. Morris, NAFEMS CEONAFEMS WNAFEMS WNAFEMS WNAFEMS WNAFEMS Working Grorking Grorking Grorking Grorking Groups - Curoups - Curoups - Curoups - Curoups - Currrrrrent Status and Fent Status and Fent Status and Fent Status and Fent Status and FuturuturuturuturutureeeeeAAAAActivities and Local Steering Grctivities and Local Steering Grctivities and Local Steering Grctivities and Local Steering Grctivities and Local Steering Groups Aoups Aoups Aoups Aoups ActivitiesctivitiesctivitiesctivitiesctivitiesChaired by NAFEMS Education and Training Working Groupand NAFEMS Council

Better Designs thrBetter Designs thrBetter Designs thrBetter Designs thrBetter Designs through Fough Fough Fough Fough Finite Element Simulationinite Element Simulationinite Element Simulationinite Element Simulationinite Element SimulationK. S. Raghavan, Infotech Enterprises Limited, INDCCCCCAE Education and TAE Education and TAE Education and TAE Education and TAE Education and Training - The Fraining - The Fraining - The Fraining - The Fraining - The Finishing School Apprinishing School Apprinishing School Apprinishing School Apprinishing School ApproachoachoachoachoachK. Venkatesh, Centre for Emerging Technologies, SBM JCE,IND


PPPPPanel Discussion:anel Discussion:anel Discussion:anel Discussion:anel Discussion:NAFEMS Skill Management InitiativeNAFEMS Skill Management InitiativeNAFEMS Skill Management InitiativeNAFEMS Skill Management InitiativeNAFEMS Skill Management InitiativeChaired by NAFEMS Education and Training Working Groupand the NAFEMS Council

7

By Courtesy of Behr GmbH & Co. KG

Preliminary Agenda, June 18 – Thursday

Erich Schelkle

Dr. Ing. h.c. F. Porsche AG and Auto-motive Simulation Center Stuttgarte.V., Germany

Senior Manager Strategy and MethodsCAE Body - Porsche AG and GeneralManager Automotive Simulation CenterStuttgart e.V.

Prof. Dr. Erich Schelkle took his engineer’s degree (Dipl.-Ing.) inAir and Space Technology at the University of Stuttgart, Germany,in 1974. Afterwards he worked as a research assistant at theInstitute of Static’s and Dynamics of Air and Space Structures(ISD) at the University of Stuttgart (Prof. Dr. Dr. h.c. mult. JohnH. Argyris), Germany, for 8 years. His principal work was thetheoretical derivation of nonlinear finite element formulations ofbeam, plate and shell structures and the development of efficientsolving algorithms for nonlinear finite element programs.

He took his engineer’s degree (Dipl.-Ing.) in Static’s andDynamics of Air and Space Structures at the University of Stutt-gart in 1981. The theme of his thesis was: "The Calculation ofStability- and Post Buckling Behavior of Thin Shell StructuresWith the Finite Element Method." Prof. Dr. Schelkle has workedat the Porsche Research & Development Center at Weissach since1981 focusing on the implementation of Computer Aided Engi-neering (CAE) tasks in the development process. One of thecrucial subjects was related to nonlinear FE calculations regardingvehicle crashworthiness and occupant safety.

Prof. Dr. Schelkle has been in charge of the Structural AnalysisDepartment in Full Vehicle Development since 1989. At the timebeing he holds the position of a Senior Manager for Strategyand Methods with regard to CAE-body. In this function he is alsoresponsible for the testing and introduction of new simulationmethods. A special focus is on the implementation of "VirtualPrototyping" at Porsche.

Prof. Dr. Schelkle has had a lectureship in Methods ofComputational Science and Engineering at the University of Stutt-gart since 1992, lecturing about "Computer-aided SimulationMethods (MCAE) in a Modern Development Process". In April2001, he was awarded the title of an honorary Professor.

Prof. Dr. Schelkle has also been the Chairman of the Finite Ele-ment working group of the German Automotive ResearchAssociation (FAT) in Frankfurt/Main since 1994.

Further, he holds the position of the Managing Director of thenew founded Automotive Simulation Center Stuttgart e.V. (ASCS)since July 2008 and he is additional a consultant for nationaland European research projects.

Tsuyoshi Yasuki

Toyota Motor Corporation, Japan

Mr. Tsuyoshi Yasuki, project generalmanager with Toyota Motor Corporation,leads crashworthiness, occupantprotection, human FE modeling andcomputational fluid dynamics areas ofAdvanced CAE division.

Mr. Yasuki has 27 years experiences in developing newmethodologies, validation, application of large scale computingsystems including automotive body structures and chassis systemssubject to static and dynamic loading conditions.

Mr. Yasuki holds a B.S. and an M.S. in naval architectureengineering from Osaka University.

Keynote Speakers


Virtual TVirtual TVirtual TVirtual TVirtual Testing for Highlifesting for Highlifesting for Highlifesting for Highlifesting for Highlift Systemst Systemst Systemst Systemst SystemsT. Ulmer, Airbus Deutschland, GER3D3D3D3D3D-----Visualization and Communication Solutions for CVisualization and Communication Solutions for CVisualization and Communication Solutions for CVisualization and Communication Solutions for CVisualization and Communication Solutions for CAEAEAEAEAEWWWWWorkflowsorkflowsorkflowsorkflowsorkflowsT. Alstad, Ceetron AS, NOR

WWWWWorkshop and Discussionorkshop and Discussionorkshop and Discussionorkshop and Discussionorkshop and DiscussionChaired by NAFEMS SDM Working Group

Session 6E - Computational Fluid Dynamics

WWWWWorkshop / Discussion:orkshop / Discussion:orkshop / Discussion:orkshop / Discussion:orkshop / Discussion:Computational Fluid DynamicsComputational Fluid DynamicsComputational Fluid DynamicsComputational Fluid DynamicsComputational Fluid DynamicsChaired by A. de Souza, Dezineforce, GBR,Chair of the NAFEMS CFD Working Group

Session 7E - High Performance Computing (HPC) 1

The Business Benefits of High PThe Business Benefits of High PThe Business Benefits of High PThe Business Benefits of High PThe Business Benefits of High Perererererforforforforformance Computing in En-mance Computing in En-mance Computing in En-mance Computing in En-mance Computing in En-gineering Simulationgineering Simulationgineering Simulationgineering Simulationgineering SimulationL. Margetts, University of Manchester, GBRAAAAAccelerating Commerccelerating Commerccelerating Commerccelerating Commerccelerating Commercial FEA Sofcial FEA Sofcial FEA Sofcial FEA Sofcial FEA Softwartwartwartwartware thre thre thre thre through High-Pough High-Pough High-Pough High-Pough High-Perererererforforforforfor-----mance Computingmance Computingmance Computingmance Computingmance ComputingV. Belsky, Simulia Corp., USAGlyph and StrGlyph and StrGlyph and StrGlyph and StrGlyph and Streamline Placement Algorithms for CFD Simula-eamline Placement Algorithms for CFD Simula-eamline Placement Algorithms for CFD Simula-eamline Placement Algorithms for CFD Simula-eamline Placement Algorithms for CFD Simula-tion Datation Datation Datation Datation DataR. S. Laramee, Swansea University, GBRGPGPU AGPGPU AGPGPU AGPGPU AGPGPU Acceleration on Fcceleration on Fcceleration on Fcceleration on Fcceleration on Field and Field and Field and Field and Field and Featureatureatureatureature Extraction fre Extraction fre Extraction fre Extraction fre Extraction fromomomomomUnstrUnstrUnstrUnstrUnstructuructuructuructuructured Simulation Dataed Simulation Dataed Simulation Dataed Simulation Dataed Simulation DataS. Zhang, Mercury Computer Systems, USA

Session 7D - Computational Fluid Dynamics

TTTTTurbulence Modelling of Atmospheric Flow and Wurbulence Modelling of Atmospheric Flow and Wurbulence Modelling of Atmospheric Flow and Wurbulence Modelling of Atmospheric Flow and Wurbulence Modelling of Atmospheric Flow and Wind Tind Tind Tind Tind TurbineurbineurbineurbineurbineWWWWWakes Over Complex Takes Over Complex Takes Over Complex Takes Over Complex Takes Over Complex TerererererrainrainrainrainrainA. Makridis, University Edinburgh, GBRTTTTTransport and Deposition of Aransport and Deposition of Aransport and Deposition of Aransport and Deposition of Aransport and Deposition of Aerererererosol in Human Airosol in Human Airosol in Human Airosol in Human Airosol in Human Airways –ways –ways –ways –ways –Steady and TSteady and TSteady and TSteady and TSteady and TransientransientransientransientransientM. Jicha, University of Technology Brno, CZEComputational Fluid Dynamics (CFD) Aided Design of aComputational Fluid Dynamics (CFD) Aided Design of aComputational Fluid Dynamics (CFD) Aided Design of aComputational Fluid Dynamics (CFD) Aided Design of aComputational Fluid Dynamics (CFD) Aided Design of aShower PShower PShower PShower PShower PumpumpumpumpumpS. Chiwanga, PDD Group Ltd, GBR

Session 8E - High Performance Computing (HPC) 2

Distributed PDistributed PDistributed PDistributed PDistributed Parallelism - A High Parallelism - A High Parallelism - A High Parallelism - A High Parallelism - A High Perererererforforforforformance Computingmance Computingmance Computingmance Computingmance ComputingPPPPParadigm for Implicit Straradigm for Implicit Straradigm for Implicit Straradigm for Implicit Straradigm for Implicit Structural Analysisuctural Analysisuctural Analysisuctural Analysisuctural AnalysisY.-C. Liu, Ansys Inc., USAPPPPParallel Parallel Parallel Parallel Parallel Prrrrrocessing Efficiency of Computational Fluidocessing Efficiency of Computational Fluidocessing Efficiency of Computational Fluidocessing Efficiency of Computational Fluidocessing Efficiency of Computational FluidDynamics (CFD) SimulationsDynamics (CFD) SimulationsDynamics (CFD) SimulationsDynamics (CFD) SimulationsDynamics (CFD) SimulationsM. Shakaib, NED University of Engineering and Technology,PAK

WWWWWorkshop / Discussion:orkshop / Discussion:orkshop / Discussion:orkshop / Discussion:orkshop / Discussion:High PHigh PHigh PHigh PHigh Perererererforforforforformance Computing in Engineering Simulationmance Computing in Engineering Simulationmance Computing in Engineering Simulationmance Computing in Engineering Simulationmance Computing in Engineering SimulationChaired by L. Margetts, University of Manchester, GBR

Session 8B - Heat Transfer

Hybrid FHybrid FHybrid FHybrid FHybrid Finite Analysis Simulations of Steady Laminar Naturalinite Analysis Simulations of Steady Laminar Naturalinite Analysis Simulations of Steady Laminar Naturalinite Analysis Simulations of Steady Laminar Naturalinite Analysis Simulations of Steady Laminar NaturalConvection in Horizontal Concentric AnnuliConvection in Horizontal Concentric AnnuliConvection in Horizontal Concentric AnnuliConvection in Horizontal Concentric AnnuliConvection in Horizontal Concentric AnnuliS. Huang, Wuhan University, CHNComputer Simulation to Assist the Life Assessment and LifeComputer Simulation to Assist the Life Assessment and LifeComputer Simulation to Assist the Life Assessment and LifeComputer Simulation to Assist the Life Assessment and LifeComputer Simulation to Assist the Life Assessment and LifeExtension of Ageing Air CrafExtension of Ageing Air CrafExtension of Ageing Air CrafExtension of Ageing Air CrafExtension of Ageing Air CraftststststsG. Babu D. N, ProSIM R&D Pvt Ltd, INDNumerical Simulation of Heat TNumerical Simulation of Heat TNumerical Simulation of Heat TNumerical Simulation of Heat TNumerical Simulation of Heat Transfer and Air Flow on anransfer and Air Flow on anransfer and Air Flow on anransfer and Air Flow on anransfer and Air Flow on anIndirIndirIndirIndirIndirect Pect Pect Pect Pect Passive Solar Drassive Solar Drassive Solar Drassive Solar Drassive Solar DryeryeryeryeryerO. Porras, Universidad de Los Andes, COLPPPPPrrrrrediction of Tediction of Tediction of Tediction of Tediction of Turbulent Heat Turbulent Heat Turbulent Heat Turbulent Heat Turbulent Heat Transfer for Industrial Drransfer for Industrial Drransfer for Industrial Drransfer for Industrial Drransfer for Industrial DryingyingyingyingyingPPPPPrrrrrocesses – Tocesses – Tocesses – Tocesses – Tocesses – Turbulence Model Assessmenturbulence Model Assessmenturbulence Model Assessmenturbulence Model Assessmenturbulence Model AssessmentQ. Ye, University Stuttgart, GER


WWWWWorkshop and Discussionorkshop and Discussionorkshop and Discussionorkshop and Discussionorkshop and DiscussionChaired by NAFEMS SDM Working Group

By Courtesy of Fundación ITMA

8

Preliminary Agenda, June 19 – Friday

Refreshment Break and Product Showcases: Fraunhofer SCAI, LMS

Refreshment Break and Product Showcases: MSC.Software

Lunch

Keynote Presentation:Design, Validation and Verification of Large Structures - Examples from Shipbuilding IndustryF. Besnier, Principia RD, FRA

Session 9A - Composites Symposium 3

Lifetime PLifetime PLifetime PLifetime PLifetime Prrrrrediction for Strediction for Strediction for Strediction for Strediction for Structural Components made fructural Components made fructural Components made fructural Components made fructural Components made fromomomomomComposite Materials – Industrial View & One IdeaComposite Materials – Industrial View & One IdeaComposite Materials – Industrial View & One IdeaComposite Materials – Industrial View & One IdeaComposite Materials – Industrial View & One IdeaR. G. Cuntze, formerly MAN-Technologie AG, GERA New Nonlinear Beam FA New Nonlinear Beam FA New Nonlinear Beam FA New Nonlinear Beam FA New Nonlinear Beam Finite Element for Larinite Element for Larinite Element for Larinite Element for Larinite Element for Large Wge Wge Wge Wge Wind-ind-ind-ind-ind-TTTTTurbineurbineurbineurbineurbineComposite BladesComposite BladesComposite BladesComposite BladesComposite BladesD. A. Saravanos, University Patras, GREAAAAActive Damping of Compositesctive Damping of Compositesctive Damping of Compositesctive Damping of Compositesctive Damping of CompositesR. Helfrich, Intes GmbH, GERRRRRRupturupturupturupturupture Te Te Te Te Test of an Airbus Vest of an Airbus Vest of an Airbus Vest of an Airbus Vest of an Airbus Verticle Terticle Terticle Terticle Terticle Tail CFRP Fail CFRP Fail CFRP Fail CFRP Fail CFRP Fitting: Design ofitting: Design ofitting: Design ofitting: Design ofitting: Design ofLoading and TLoading and TLoading and TLoading and TLoading and Tracking of Tracking of Tracking of Tracking of Tracking of Test Rest Rest Rest Rest Results by Non Linear FEAesults by Non Linear FEAesults by Non Linear FEAesults by Non Linear FEAesults by Non Linear FEAU. Barthold, Cadfem GmbH, GERCrashworthiness of Composite StrCrashworthiness of Composite StrCrashworthiness of Composite StrCrashworthiness of Composite StrCrashworthiness of Composite Structuructuructuructuructures: Numerical andes: Numerical andes: Numerical andes: Numerical andes: Numerical andExperimental GuidelinesExperimental GuidelinesExperimental GuidelinesExperimental GuidelinesExperimental GuidelinesM. Rassaian, The Boeing Company, USA

Session 9B - Multi-Disciplinary Analysis 1

Multi-DisciplinarMulti-DisciplinarMulti-DisciplinarMulti-DisciplinarMulti-Disciplinary Simulation of Intery Simulation of Intery Simulation of Intery Simulation of Intery Simulation of Internal ARC Fnal ARC Fnal ARC Fnal ARC Fnal ARC FaultaultaultaultaultR. Perez, Schneider Electric Industries SAS, FRAAAAAAdvanced FSI-Simulations Using a Pdvanced FSI-Simulations Using a Pdvanced FSI-Simulations Using a Pdvanced FSI-Simulations Using a Pdvanced FSI-Simulations Using a Pseudoseudoseudoseudoseudo-----Cyclic ShellCyclic ShellCyclic ShellCyclic ShellCyclic ShellStrStrStrStrStructural Model for Flutter Motion in Tuctural Model for Flutter Motion in Tuctural Model for Flutter Motion in Tuctural Model for Flutter Motion in Tuctural Model for Flutter Motion in Transonic Flowsransonic Flowsransonic Flowsransonic Flowsransonic FlowsJ. Hamburger , Fluidyn France, FRAAAAAAerererererooooo-----AAAAAcoustics - Noise Pcoustics - Noise Pcoustics - Noise Pcoustics - Noise Pcoustics - Noise Prrrrrediciton of Climate Ductsediciton of Climate Ductsediciton of Climate Ductsediciton of Climate Ductsediciton of Climate DuctsA. Boland, Ansys, Inc., USAFluid StrFluid StrFluid StrFluid StrFluid Structuructuructuructuructure Interaction Analysis of the Airship Stre Interaction Analysis of the Airship Stre Interaction Analysis of the Airship Stre Interaction Analysis of the Airship Stre Interaction Analysis of the Airship StructuructuructuructuructureeeeeP. S. Nair, ISRO Satellite Centre, IND

Session 9C - Verification & Validation 1

Updating of Simulation Model using Experimental ModalUpdating of Simulation Model using Experimental ModalUpdating of Simulation Model using Experimental ModalUpdating of Simulation Model using Experimental ModalUpdating of Simulation Model using Experimental ModalAnalysisAnalysisAnalysisAnalysisAnalysisB. Shankar, TechPassion Technologies Pvt. Ltd., INDThe Experimental VThe Experimental VThe Experimental VThe Experimental VThe Experimental Validation of a Diesel Engine Cylinder Blockalidation of a Diesel Engine Cylinder Blockalidation of a Diesel Engine Cylinder Blockalidation of a Diesel Engine Cylinder Blockalidation of a Diesel Engine Cylinder BlockFE ModelFE ModelFE ModelFE ModelFE ModelG. Ferraro, Cummins Ltd, GBRChallenges in Simulating Molded MicrChallenges in Simulating Molded MicrChallenges in Simulating Molded MicrChallenges in Simulating Molded MicrChallenges in Simulating Molded Micro Components ando Components ando Components ando Components ando Components andSystemsSystemsSystemsSystemsSystemsH.-G. Enkler, University Karlsruhe, GER

Session 10A - Composites Symposium 4

WWWWWorkshop / Discussion:orkshop / Discussion:orkshop / Discussion:orkshop / Discussion:orkshop / Discussion:Analysis and Simulation of Composite StrAnalysis and Simulation of Composite StrAnalysis and Simulation of Composite StrAnalysis and Simulation of Composite StrAnalysis and Simulation of Composite Structuructuructuructuructures, includinges, includinges, includinges, includinges, includingDamage and FDamage and FDamage and FDamage and FDamage and Failurailurailurailurailure Simulatione Simulatione Simulatione Simulatione SimulationChaired by members of the Symposium Committee

Session 11A - Industrial Applications

FFFFFrrrrree Sofee Sofee Sofee Sofee Softwartwartwartwartware for Computational Mechanicse for Computational Mechanicse for Computational Mechanicse for Computational Mechanicse for Computational MechanicsC. Durand, EDF, FRASimulation of Complex Non-linear StrSimulation of Complex Non-linear StrSimulation of Complex Non-linear StrSimulation of Complex Non-linear StrSimulation of Complex Non-linear Structuructuructuructuructures in Lares in Lares in Lares in Lares in Large Scalege Scalege Scalege Scalege ScaleAnalysisAnalysisAnalysisAnalysisAnalysisN. Jaksic, Max-Planck-Institute for Plasma Physics, GERMechanical Development of an UMechanical Development of an UMechanical Development of an UMechanical Development of an UMechanical Development of an UAAAAAVVVVVI. Armendariz Benitez, Instituto Nacional de TécnicaAeroespacial (INTA), ESPHorizontal WHorizontal WHorizontal WHorizontal WHorizontal Well Pell Pell Pell Pell Perererererforforforforformance Flow Simulation CFDmance Flow Simulation CFDmance Flow Simulation CFDmance Flow Simulation CFDmance Flow Simulation CFDApplicationApplicationApplicationApplicationApplicationF. Zeboudj, University Algeria, ALG


WWWWWorkshop / Discussion:orkshop / Discussion:orkshop / Discussion:orkshop / Discussion:orkshop / Discussion:Multi-Physics Simulation - AMulti-Physics Simulation - AMulti-Physics Simulation - AMulti-Physics Simulation - AMulti-Physics Simulation - Advanced Coupling Algorithms anddvanced Coupling Algorithms anddvanced Coupling Algorithms anddvanced Coupling Algorithms anddvanced Coupling Algorithms andStrategiesStrategiesStrategiesStrategiesStrategiesChaired by K. Wolf, Fraunhofer SCAI, GER


StrStrStrStrStructural - Theructural - Theructural - Theructural - Theructural - Thermal - Electric Coupled Fmal - Electric Coupled Fmal - Electric Coupled Fmal - Electric Coupled Fmal - Electric Coupled Field Analysis of theield Analysis of theield Analysis of theield Analysis of theield Analysis of theSpes TSpes TSpes TSpes TSpes Tarararararget Heating System - Ion Sourget Heating System - Ion Sourget Heating System - Ion Sourget Heating System - Ion Sourget Heating System - Ion Source Assembly andce Assembly andce Assembly andce Assembly andce Assembly andComparison with Experimental DataComparison with Experimental DataComparison with Experimental DataComparison with Experimental DataComparison with Experimental DataM. Manzolaro, University Padova, ITA

WWWWWorkshop / Discussion:orkshop / Discussion:orkshop / Discussion:orkshop / Discussion:orkshop / Discussion:Multi-Physics AnalysisMulti-Physics AnalysisMulti-Physics AnalysisMulti-Physics AnalysisMulti-Physics AnalysisChaired by members NAFEMS MPA Working Group

Best paper awards

Most Innovative Use ofSimulation Technology

Best Practical Use ofSimulation Technology

Best Presented Paper

FarewellClose of Conference

Sponsored by

Session 10C - Verification & Validation 2

WWWWWorkshop / Discussion:orkshop / Discussion:orkshop / Discussion:orkshop / Discussion:orkshop / Discussion:Engineering Analysis QualityEngineering Analysis QualityEngineering Analysis QualityEngineering Analysis QualityEngineering Analysis Quality, V, V, V, V, Verification and Verification and Verification and Verification and Verification and ValidationalidationalidationalidationalidationChaired by C. Roger, CREA, GBR,Chair of the Analysis Management Working Group,and O. Pin, European Space Agency / Estec, NED

Sponsored by

Keynote Presentation:Industrial Finite Element Analysis – Evolution and Current ChallengesL. Komzsik, Siemens PLM Software, USA

Session 11C - Fatigue/Fracture/Durability 3

An Experimental and FAn Experimental and FAn Experimental and FAn Experimental and FAn Experimental and Finite Element Study of the Low Cycleinite Element Study of the Low Cycleinite Element Study of the Low Cycleinite Element Study of the Low Cycleinite Element Study of the Low CycleFFFFFatigue Fatigue Fatigue Fatigue Fatigue Failurailurailurailurailure of a Galvanized Steel Lighting Columne of a Galvanized Steel Lighting Columne of a Galvanized Steel Lighting Columne of a Galvanized Steel Lighting Columne of a Galvanized Steel Lighting ColumnJ. Wood, University Strathclyde, GBRPPPPPrrrrrediction of Crack Grediction of Crack Grediction of Crack Grediction of Crack Grediction of Crack Growth in Bridge Rowth in Bridge Rowth in Bridge Rowth in Bridge Rowth in Bridge Roller Bearingsoller Bearingsoller Bearingsoller Bearingsoller BearingsN. K. Prinja, Amec Nuclear, GBRNumerical Investigations of FNumerical Investigations of FNumerical Investigations of FNumerical Investigations of FNumerical Investigations of Fatigue Crack Gratigue Crack Gratigue Crack Gratigue Crack Gratigue Crack Growth in Shafowth in Shafowth in Shafowth in Shafowth in ShaftststststsR. Chandwani, Zentech International Ltd., GBR

9

By Courtesy ofNuovo Pignone S.p.A.

Preliminary Agenda, June 19 – Friday

François Besnier

Principia RD, France

Since 1970, Francois Besnier hasacquired a huge expertise in the field ofnumerical simulation applied to industrialproblems and is recognized as one of theleading figures in the engineering analysiscommunity in France. His skills extend from numerical methods,particularly finite element methods and related softwaredevelopment (CAD integration), to solving industrial problemsand analyst team management.

The most important projects and industrial fields he was involvedin include:Energy and nuclear: structural study of nuclear power plants and

nuclear reactors components, static, thermal and thermomechanics, seismic, fatigue, accidental situations, ASME andRCCM code checks, pipes (EDF, CEA, NERSA andsubcontractors).

Aerospace; dynamic studies and developments linked to theAriane programs (launcher vibrations, fluid structure coupling),satellites (thermo mechanic, dimensioning, vibrations).Airplane and helicopter projects (Airbus, Belouga, HN90).

Car and surface transportation: static, vibration, comfort, fatigueof cars, car components, trucks and carriages.

Shipbuilding: scientific manager of a R&D and engineeringcompany in maritime industries, including monitoring and seatrial measurements.

Engineering and structural analysis software development teammanagement.

Technical and scientific direction of services companies.R&D project definition and management in shipbuilding industry.

Francois Besnier has presented courses and lectures for over 30years in the most prestigious French Engineer Schools, includingEcole Centrale de Paris, Nantes, Lyon, Ecole Nationale des Pontset Chaussées, Faculté des Sciences de Nantes, ANAST (Liège)…François is a well-respected consultant with a wealth of industrialexperience. His lively presentation style puts over the key conceptsin a manner which involves participants fully in the coursematerial.

Louis Komzsik

Siemens PLM Software, USA

Dr. Louis Komzsik is Chief NumericalAnalyst, Office of Architecture andTechnology, Siemens PLM Software

Louis Komzsik is a graduate of theTechnical University of Budapest, Hungary, with a doctorate inmechanical engineering and worked in the industry for almostfour decades, including 20 years at the MacNeal-Schwendler(now MSC Software) Corporation. He is currently the chiefnumerical analyst in the Office of Architecture and Technologyat Siemens PLM Software.

His industry accomplishments include computational methodsthat became de-facto industrial standards in the area ofcommercial finite element analysis tools such as NASTRAN. Heis the original author of the NASTRAN Numerical MethodsHandbook, first published by MSC almost 20 years ago. His bookon the Lanczos method published by SIAM has also beentranslated to Japanese, Korean and Hungarian.

He captured his industrial experience and expertise in anengineering mathematics trilogy, starting with a 2004 book aboutComputational Techniques of Finite Element Analysis, currentlyin its second edition. The second book titled ApproximationTechniques for Engineers was published in 2006 and the closingbook of Applied Calculus of Variations for Engineers appearedin 2008.

He is an editor of the International Journal of Engineering withComputers, published by Springer Verlag and serves on theeditorial board for the International Journal of Computer AidedDesign, published by Elsevier Sciences.

Keynote Speaker

Session 11D - Software Methods 3

EnerEnerEnerEnerEnergy Rgy Rgy Rgy Rgy Relaxation Method for High Speed Flow Pelaxation Method for High Speed Flow Pelaxation Method for High Speed Flow Pelaxation Method for High Speed Flow Pelaxation Method for High Speed Flow PrrrrroblemsoblemsoblemsoblemsoblemsS. P. Nagdewe, Andong National University, KORPPPPParametric Modelling and Electrarametric Modelling and Electrarametric Modelling and Electrarametric Modelling and Electrarametric Modelling and Electromagnetic Analysis of Hydromagnetic Analysis of Hydromagnetic Analysis of Hydromagnetic Analysis of Hydromagnetic Analysis of Hydrooooo-----GeneratorsGeneratorsGeneratorsGeneratorsGeneratorsS. Kumar, Cranes Software International Limited, INDMesh-Based Modeling TMesh-Based Modeling TMesh-Based Modeling TMesh-Based Modeling TMesh-Based Modeling Towarowarowarowarowards Engineering Analysisds Engineering Analysisds Engineering Analysisds Engineering Analysisds Engineering AnalysisS. Pena Serna, Fraunhofer Institute IGD, GER

By Courtesy of Howaldtswerke-Deutsche Werft AG

Session 9D - Integration 3

Avoiding the TAvoiding the TAvoiding the TAvoiding the TAvoiding the Traps of Craps of Craps of Craps of Craps of CAD/CAD/CAD/CAD/CAD/CAE Integration: RAE Integration: RAE Integration: RAE Integration: RAE Integration: Real Lifeeal Lifeeal Lifeeal Lifeeal LifeExperiences frExperiences frExperiences frExperiences frExperiences from Integration Pom Integration Pom Integration Pom Integration Pom Integration PrrrrrojectsojectsojectsojectsojectsM. Grau, PROSTEP ITS GmbH, GEREfficient Computational PEfficient Computational PEfficient Computational PEfficient Computational PEfficient Computational PrrrrroceedingoceedingoceedingoceedingoceedingJ. Cwifeld, E.ON Sverige AB, SWETTTTTurbourbourbourbourbo-----Generator Simulation: FGenerator Simulation: FGenerator Simulation: FGenerator Simulation: FGenerator Simulation: Figurigurigurigurigure 3D Mechanical Case ofe 3D Mechanical Case ofe 3D Mechanical Case ofe 3D Mechanical Case ofe 3D Mechanical Case ofStator WStator WStator WStator WStator WindingindingindingindingindingO. Helary, Alstom Power Service - PSP, FRA

By Courtesy of EMT R

By Courtesy of Robert Bosch Kft.

Session 10D - Civil Engineering / Seismic / GeoGeotechnical FEA with EurGeotechnical FEA with EurGeotechnical FEA with EurGeotechnical FEA with EurGeotechnical FEA with Eurocode F7ocode F7ocode F7ocode F7ocode F7A. Lees, University Cyprus / Geofem Ltd., CYPModelling of Bond Behaviour in ConcrModelling of Bond Behaviour in ConcrModelling of Bond Behaviour in ConcrModelling of Bond Behaviour in ConcrModelling of Bond Behaviour in Concrete Strete Strete Strete Strete Structuructuructuructuructures withes withes withes withes withRRRRReinforeinforeinforeinforeinforcement Corcement Corcement Corcement Corcement CorrrrrrosionosionosionosionosionG. Horrigmoe, Norut Technologies, NORSeismic Analysis of Stack – a Comparative Study of TSeismic Analysis of Stack – a Comparative Study of TSeismic Analysis of Stack – a Comparative Study of TSeismic Analysis of Stack – a Comparative Study of TSeismic Analysis of Stack – a Comparative Study of Two Diffe-wo Diffe-wo Diffe-wo Diffe-wo Diffe-rrrrrent Apprent Apprent Apprent Apprent Approaches Using Foaches Using Foaches Using Foaches Using Foaches Using Finite Element Methodinite Element Methodinite Element Methodinite Element Methodinite Element MethodJ. De, National Informatics Centre, INDComputational Study of the WComputational Study of the WComputational Study of the WComputational Study of the WComputational Study of the Wind Loads for the New Stadiumind Loads for the New Stadiumind Loads for the New Stadiumind Loads for the New Stadiumind Loads for the New Stadiumof Pof Pof Pof Pof PanathinaikosanathinaikosanathinaikosanathinaikosanathinaikosG. Theodoridis, PhilonNet Engineering Solutions, GRERRRRRemaining Load Capacity of a Temaining Load Capacity of a Temaining Load Capacity of a Temaining Load Capacity of a Temaining Load Capacity of a Twowowowowo-----Cell Box GirCell Box GirCell Box GirCell Box GirCell Box Girder Concrder Concrder Concrder Concrder ConcreteeteeteeteeteBridgeBridgeBridgeBridgeBridgeA. de Boer, Ministry of Transport, Public Works and Water Ma-nagement, NEDEfficient Simulation of Built EnvirEfficient Simulation of Built EnvirEfficient Simulation of Built EnvirEfficient Simulation of Built EnvirEfficient Simulation of Built Environments Using Open Souronments Using Open Souronments Using Open Souronments Using Open Souronments Using Open SourcececececeCFD ApplicationsCFD ApplicationsCFD ApplicationsCFD ApplicationsCFD ApplicationsS. Weston, Icon, GBR

10

Additional courses, workshops and parallel activitiesAs well as the main technical tracks, attending the NAFEMS World Congress will also give you access to a comprehensive program oftraining courses, workshops, seminars and meetings, which are open to all attendees, as well as specific meetings of NAFEMS Technicaland Regional groups.

Special Session:EC-Project MUSCACoordinated by EADS Corporate Research Center

Wednesday, June 17, 2009, Session 3E - 4E

Workshop / Discussion:MaterialsChaired by NAFEMS and Dr. Zhanli GuoSente Software Ltd., GBR

Wednesday, June 17, Session 2A

Workshop / Discussion:DynamicsChaired by NAFEMS Dynamics and Testing Working Group

Wednesday, June 17, Session 4A

Workshop / Discussion / PanelEducation and Training25 Years of NAFEMS, Working Groups, Steering GroupsSkill Management Initiative, EnginSoft´s CAE AcademyChaired by NAFEMS Education and Traning Working Group

Thursday, June 18, Session 5B - 7B

Please find more information as well as detailed workshop descriptions at www.nafems.org/congress

Workshop / Discussion:Simulation Data ManagementChaired by NAFEMS SDM Working Group

Thursday, June 18, Session 5D-6D

DiscussionNAFEMS Membership and General InformationChaired by P. Steward, NAFEMS

Wednesday, June 17, Session 2E

Workshop / Discussion:Engineering Analysis Quality, Verification andValidationChaired by C. Roger, CREA, GBR, Chair of the Analysis Mana-gement Working Group, and O. Pin, European Space Agency /Estec, NED

Friday, June 19, Session 10C

Special Session + Workshop / Discussion:High Performance Computing in EngineeringSimulationChaired by L. Margetts, University of Manchester, GBR

Thursday, June 18, Session 7E - 8E

Symposium + Workshop / Discussion:Analysis and Simulation of Composite Structures,including Damage and Failure SimulationChaired by members of the Symposium Committee

Thursday, June 18, Session 7C - 8CFriday, June 19, Session 9A - 10A

Workshop / Discussion:Multi-Physics AnalysisChaired by NAFEMS MPA Working Group

Friday, June 19, Session 10B

Workshop / Discussion:Multi-Physics Simulation - Advanced CouplingAlgorithms and StrategiesChaired by K. Wolf, Fraunhofer SCAI, GER

Friday, June 19, Session 11B

Workshop / DiscussionComputational Fluid DynamicsChaired by A. de Souza, Dezineforce, GBR, Chair of theNAFEMS CFD Working Group

Thursday, June 18, Session 6E

11

Principal Sponsor

Gold Sponsor

Silver Sponsors

SIMULIA is the Dassault Systèmes brand that delivers a scalable portfolio of Realistic

Simulation solutions including the Abaqus product suite for Unified Finite Element Analy-

sis, multiphysics solutions for insight into challenging engineering problems, and SIMULIA

SLM for managing simulation data, processes, and intellectual property.

By building on established technology, respected quality, and superior customer service,

SIMULIA makes realistic simulation an integral business practice that improves product

performance, reduces physical prototypes, and drives innovation.

Headquartered in Providence, RI, USA, SIMULIA provides sales, services, and support

through a global network of regional offices and distributors.

For more information, visit www.simulia.com.

Sponsors

Altair Engineering

Ansys

Beta CAE

cd-adapco

ESI Group

(February 09)

Exhibitors

FE-Design

Fraunhofer SCAI

Intes

LMS

MSC.Software

Mercury Computer Systems

NAFEMS

Siemens PLM Software

Simulia

Other Sponsors Media Partners

12

Venue, Congress HotelCongress hotel

Creta Maris Conference CenterGreece-Crete700 14 Limin - HersonissosGreeceT: +30 28970 27110F: +30 28970 27088E: [email protected]: www.maris.gr

The Creta Maris Conference Center is located in the prefecture ofHeraklion (Iraklio), on the island of Crete, Greece. The conferenceand reception halls in Creta Maris are equipped with cutting–edgetechnological installations, recreational facilities and otheramenities, ensuring that delegates at the NAFEMS World Congress2009 will experience truly world-class surroundings for a world-class event.

The Conference Center is designed and equipped according tothe most contemporary specifications, which are combined withan excellent hospitality infrastructure of the 5-star Creta Maris Ho-tel, with luxurious recreational hotel facilities and 693 rooms directlyconnected to the center.

There are 5100 additional guestrooms to suit all budgetsin 21 hotels of 3, 4 & 5 star. Many are available withinwalking distance. The most distant are a twenty minutedrive away.

Location

The Creta Maris Hoteland Conference Cen-ter is located in thepopular resort ofHersonissos, on thenorthern side of theHeraklion Prefecture,Crete. Hersonissos isone of the most developed locations in Crete, offering wonderfulentertainment venues and stunning beaches. Hersonissos is situatedapproximately 30 km from Heraklion Town and Port.

Accommodation

Accommodation is available at a discounted rate. Reservationscan be made by requesting the "NAFEMS World Conference 2009"rate. Please use online registration at www.nafems.org/congressor download registration form. Cut- Cut- Cut- Cut- Cut-off day for blocked roff day for blocked roff day for blocked roff day for blocked roff day for blocked rooms isooms isooms isooms isooms isMay 19, 2009.May 19, 2009.May 19, 2009.May 19, 2009.May 19, 2009.Direct booking at Creta MarisT: +30 28970 27110F: +30 28970 27119E: [email protected] (Mrs. Katerina Sylligardaki)W: www.maris.gr

Creta Maris is a unique combination of Aegean Architecture andluxurious facilities. Situated 24 km east of the Heraklion Interna-tional Airport, it is close to the Fishing village of Hersonissos, along sweeping bay of sandy beach and crystal clear water.

Creta Maris has been created with loving care and attention todetail, characterising one of the many thousands of villages onthe Aegean Islands. A visit to “Thalasso” will offer you the uniqueopportunity to indulge your senses and benefit from the richelements of the sea.

Social EventsCocktail reception & exhibition openingCosts included in registration fee.*Tuesday, June 16, 200919:00 - 21:00

Optional dinnerCosts not included in registration fee.**Wednesday, June 17, 200920:00 - 23:00

Conference BanquetCosts included in registration fee.*Thursday, June 18, 200920:00 - 23:00

* Please register accompanying persons!** Registration necessary!Please register online or use registration form on last page.

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Contact Name to whom all correspondence will be sent (BLOCK CAPITALS PLEASE)Registration Form

Title Family Name First Name

Organisation

Mailing Address

Post/Zip Code Country

Tel. No. Fax. No.

Email

Payment details

Credit Card Amex Mastercard Visa

Authorised Name

Card Number CCV Code Expiry Date

Company P.O. Signature

RegistrationI herewith register for the NAFEMS World Congress, June 16-19, 2009

Author and/or NAFEMS Member 820 Euro

Non NAFEMS Member Author 1,000 Euro

Standard Delegate Rate 1,100 Euro

In addition I register ...___* additional persons for the cocktail reception & exhibition opening, June 16, 2009 15 Euro

___* persons for the optional dinner, June 17, 2009 70 Euro (not included in Congress fee!)

___* additional persons for the Congress banquet June 18, 2009 90 Euro

I will probably attend the following sessions/ special session / workshops:

Exhibiting & Sponsorship Opportunities

My organisation is interested in supporting the event by taking exhibition space.

Please contact me to discuss sponsorship or other opportunities for participation.

Congress fees include• Attendance at the World Congress• Lunches• Refreshments• Congress Banquet• Cocktail Reception• One set of Proceedings

* please specify number of personsAll costs per person.

Hotel accommodationA discounted rate is available at thecongress hotel. Cut-Cut-Cut-Cut-Cut-off day foroff day foroff day foroff day foroff day forblocked rooms is May 19, 2009 .blocked rooms is May 19, 2009 .blocked rooms is May 19, 2009 .blocked rooms is May 19, 2009 .blocked rooms is May 19, 2009 .

Please complete and return to:-

Roger Oswald, NAFEMS

NAFEMS Ltd, Springwood, Booths Park, Chelford Road, Knutsford, Cheshire WA16 8QZ, United Kingdom

T +44 (0) 1355 225688 F+44 (0) 1355 249142 E [email protected] W www.nafems.org

www.nafems.org

(please give P.O. number if you wish to be invoiced)

Documents

PRELIMINARY AGENDA - NAFEMS · Analyses of Roll Bending Processes Based on Finite Element Simulation Z. Feng, University Quebec, CAN Session 4B - Manufacturing 2 Two Different Approaches