Controlled FEM Simulation Ways of Blank Holding Force in Sheet Metal Forming Process (Englisch)
- Neue Suche nach: Chen, L.
- Neue Suche nach: Yang, J.
- Neue Suche nach: Zhang, L.
- Neue Suche nach: American Institute of Physics
- Neue Suche nach: Chen, L.
- Neue Suche nach: Yang, J.
- Neue Suche nach: Zhang, L.
- Neue Suche nach: Smith, Lorenzo M.
- Neue Suche nach: Cao, Jian
- Neue Suche nach: American Institute of Physics
In:
Numerical simulation of 3D sheet metal forming processes; Numisheet 2005
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125-130
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2005
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ISBN:
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ISSN:
- Aufsatz (Konferenz) / Print
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Titel:Controlled FEM Simulation Ways of Blank Holding Force in Sheet Metal Forming Process
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Beteiligte:Chen, L. ( Autor:in ) / Yang, J. ( Autor:in ) / Zhang, L. ( Autor:in ) / Smith, Lorenzo M. / Cao, Jian / American Institute of Physics
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Kongress:International conference and workshop; 6th, Numerical simulation of 3D sheet metal forming processes; Numisheet 2005 ; 2005 ; Detroit, MI
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Erschienen in:AIP CONFERENCE PROCEEDINGS ; 778 ; 125-130
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Verlag:
- Neue Suche nach: American Institute of Physics
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Erscheinungsort:Melville, NY
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Erscheinungsdatum:01.01.2005
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Format / Umfang:6 pages
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Anmerkungen:Also held on CD-ROM. Includes bibliographical references and index.
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ISBN:
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ISSN:
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Medientyp:Aufsatz (Konferenz)
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Format:Print
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Sprache:Englisch
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Schlagwörter:
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Datenquelle:
© Metadata Copyright the British Library Board and other contributors. All rights reserved.
Inhaltsverzeichnis Konferenzband
Die Inhaltsverzeichnisse werden automatisch erzeugt und basieren auf den im Index des TIB-Portals verfügbaren Einzelnachweisen der enthaltenen Beiträge. Die Anzeige der Inhaltsverzeichnisse kann daher unvollständig oder lückenhaft sein.
- 3
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Overview - Simulation of Sheet Metal FormingWenner, M. L. / American Institute of Physics et al. | 2005
- 8
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Technology Innovation and Future Research Needs in Net Shape ManufacturingYang, D.-Y. / American Institute of Physics et al. | 2005
- 12
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Experimentally- and Dislocation-Based Multi-scale Modeling of Metal Plasticity Including Temperature and Rate EffectsNemat-Nasser, S. / American Institute of Physics et al. | 2005
- 20
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Advances of Plasticity Experiments on Metal Sheets and Tubes and Their Applications to Constitutive ModelingKuwabara, T. / American Institute of Physics et al. | 2005
- 40
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Direct Design Method Based on Ideal Forming Theory for Hydroforming and Flanging ProcessesChung, K. / Yoon, J. W. / American Institute of Physics et al. | 2005
- 49
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Impact of Simulation Technology on Die and Stamping BusinessStevens, M. W. / American Institute of Physics et al. | 2005
- 50
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CAE Based Die Face Engineering Development to Contribute to the Revitalization of the Tool & Die IndustryTang, A. / Lee, W. C. / StPierre, S. / He, J. / Liu, K. / Chen, C. C. / American Institute of Physics et al. | 2005
- 60
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Finite Element Simulation of the Stretch-Forming of Aircraft SkinsWisselink, H. H. / van den Boogaard, A. H. / American Institute of Physics et al. | 2005
- 66
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Draw-in Map-A Road Map for Simulation-Guided Die Tryout and Stamping Process ControlWang, C. T. / Zhang, J. / Goan, N. / American Institute of Physics et al. | 2005
- 70
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Integrated Stamping Simulation Using State of the Art Techniques to Fulfill Quality Assessment RequirementsLing, D. / Lambriks, M. / El Khaldi, F. / American Institute of Physics et al. | 2005
- 78
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Evolutions of Advanced Stamping CAE-Technology Adventures and Business Impact on Automotive Dies and StampingWang, C. T. / American Institute of Physics et al. | 2005
- 84
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Development of JSTAMP-Works/NV and HYSTAMP for Multipurpose Multistage Sheet Metal Forming SimulationUmezu, Y. / Watanabe, Y. / Ma, N. / American Institute of Physics et al. | 2005
- 90
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Simulation of Stamping Process of Automotive Panel Considering Die DeformationKeum, Y. T. / Ahn, I. H. / Lee, I. K. / Song, M. H. / Kwon, S. O. / Park, J. S. / American Institute of Physics et al. | 2005
- 96
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Integrated Forming Simulations and Die Structural Analysis for Optimal Die DesignsAitharaju, V. / Liu, M. / Dong, J. / Zhang, J. / Wang, C.-T. / American Institute of Physics et al. | 2005
- 101
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Modelling and Simulation of the Influence of Forming Processes on the Structural Behavior of High Strength SteelsGelin, J. C. / Thibaud, S. / Boudeau, N. / American Institute of Physics et al. | 2005
- 107
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A Benchmark Study for Different Numerical Parameters and their Impact on the Calculated Strain Levels for a Model Part Door OuterBerger, E. / Brenne, T. / Heath, A. / Hochholdinger, B. / Kassem-Manthey, K. / Kessler, L. / Koch, N. / Kortmann, G. / Kroff, A. / Otto, T. et al. | 2005
- 113
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Evaluation and Visualization of Surface Defects-A Numerical and Experimental Study on Sheet-Metal PartsAndersson, A. / American Institute of Physics et al. | 2005
- 119
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Comparison of the Deep Drawability of Aluminum and Steel using Numerical Simulation ExperimentsSonmez, C. / Tekkaya, A. E. / Gur, C. H. / American Institute of Physics et al. | 2005
- 125
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Controlled FEM Simulation Ways of Blank Holding Force in Sheet Metal Forming ProcessChen, L. / Yang, J. / Zhang, L. / American Institute of Physics et al. | 2005
- 131
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Obtaining Formability Characteristics of Automotive Materials Using On-Line Strain Imaging SystemSitu, Q. / Bruhis, M. / Jain, M. / American Institute of Physics et al. | 2005
- 136
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Evaluating the Dynamic Character of Friction during Metal FormingStoudt, M. R. / Mates, S. P. / Hubbard, J. B. / Pitchure, D. J. / American Institute of Physics et al. | 2005
- 145
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Visualization of the Invisible, Explanation of the Unknown, Ruggedization of the UnstableZwickl, T. / Carleer, B. / Kubli, W. / American Institute of Physics et al. | 2005
- 152
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Massively Parallel Processing for Fast and Accurate Stamping SimulationsGress, J. J. / Xu, S. / Joshi, R. / Wang, C.-T. / Paul, S. / American Institute of Physics et al. | 2005
- 158
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Stiffness Simulation using Non-linear FEAXu, W. / Ai, J. / Lu, J. / Ying, B. / American Institute of Physics et al. | 2005
- 162
-
FEA and Multivariate Statistical Data Analysis of Polypropylene Tube Forming ProcessGavrilidou, G. / Jain, M. / American Institute of Physics et al. | 2005
- 167
-
Crashworthiness Assessment of Auto-Body Members Considering the Fabrication HistoriesHuh, H. / Song, J.-H. / Kim, K.-P. / Kim, H.-S. / American Institute of Physics et al. | 2005
- 173
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Application of the Incremental Volumetric Remapping Method in the Simulation of Multi-Step Deep Drawing ProcessesBaptista, A. J. / Alves, J. L. / Oliveira, M. C. / Rodrigues, D. M. / Menezes, L. F. / American Institute of Physics et al. | 2005
- 179
-
Numerical Simulation of Temperature Controlled Solid Phase Forming Process of Polymeric PlateLiu, H. / Hu, P. / Fu, Z. / Yan, Y. / Zhang, G. / American Institute of Physics et al. | 2005
- 185
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Finite Element Simulation of Sheet Metal Forming Process Using Local Interpolation for Tool SurfacesHama, T. / Takamura, M. / Teodosiu, C. / Makinouchi, A. / Takuda, H. / American Institute of Physics et al. | 2005
- 191
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FE-Analysis of the Sheet Metal Forming Processes using Continuous Contact TreatmentKim, T.-J. / Yang, D.-Y. / American Institute of Physics et al. | 2005
- 197
-
Simulation of Roll Forming with Dynamic Explicit Finite Element MethodYin, J.-L. / Luo, Y.-B. / Li, D.-Y. / Peng, Y.-H. / American Institute of Physics et al. | 2005
- 201
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Mechanical Field InterpolationEl Hraiech, A. / Borouchaki, H. / Villon, P. / Moreau, L. / American Institute of Physics et al. | 2005
- 209
-
Advances in SpringbackWagoner, R. H. / Li, M. / American Institute of Physics et al. | 2005
- 215
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Design of Experiments and Springback Prediction for AHSS Automotive Components with Complex GeometryAsgari, A. / Pereria, M. / Rolfe, B. / Dingle, M. / Hodgson, P. / American Institute of Physics et al. | 2005
- 221
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Through-Thickness Residual Stress Measurements on Springback Test SpecimensGnaeupel-Herold, T. / Foecke, T. / Iadicola, M. A. / American Institute of Physics et al. | 2005
- 222
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Springback Prediction on Slit-Ring TestChen, X. M. / Shi, M. F. / Ren, F. / Xia, Z. C. / American Institute of Physics et al. | 2005
- 228
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Influence of Stamping Rate upon SpringbackCol, A. / Santos, A. D. / American Institute of Physics et al. | 2005
- 234
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Modeling and simulation of induced anisotropic hardening and springback in sheet metals during non-proportional loadingWang, J. / Levkovitch, V. / Reusch, F. / Svendsen, B. et al. | 2005
- 234
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Modeling and Simulation of Induced Anisotropic Hardening and Springback in Sheet Metals during Non-Proportional LeadingWang, J. / Levkovitch, V. / Reusch, F. / Svendsen, B. / American Institute of Physics et al. | 2005
- 240
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Effect of Plastic Deformation and Strain History on X-ray Elastic ConstantsIadicola, M. A. / Foecke, T. / American Institute of Physics et al. | 2005
- 241
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An Anisotropic Hardening Model for Springback PredictionZeng, D. / Xia, Z. C. / American Institute of Physics et al. | 2005
- 247
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Probabilistic Design of Aluminum Sheet Drawing for Reduced Risk of Wrinkling and FractureZhang, W. / Sheng, Z. Q. / Shivpuri, R. / American Institute of Physics et al. | 2005
- 253
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Study on the Influence of the Work Hardening Models Constitutive Parameters Identification in the Springback PredictionOliveira, M. C. / Alves, J. L. / Chaparro, B. M. / Menezes, L. F. / American Institute of Physics et al. | 2005
- 259
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Modeling Pseudo-elastic Behavior of SpringbackXia, Z. C. / American Institute of Physics et al. | 2005
- 260
-
A Study of FEA Springback Predictability with Channel Draw TestHuang, M. / Brouwer, J. / American Institute of Physics et al. | 2005
- 266
-
Robustness Evaluation and Tolerance Prediction for a Stamping Process with Springback Calculation by the FEMStrano, M. / American Institute of Physics et al. | 2005
- 272
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A Sensitivity Analysis on the Springback Behavior of the Unconstrained Bending ProblemMeinders, T. / Konter, A. W. A. / Meijers, S. E. / Atzema, E. H. / Kappert, H. / American Institute of Physics et al. | 2005
- 278
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Springback Prediction in Sheet Metal Forming Process Based on the Hybrid SAGuo, Y. / Li, F. / Jiang, H. / Wang, X. / American Institute of Physics et al. | 2005
- 284
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Springback Calibration using Pulsed Electronmagnetic FieldGolovashchenko, S. F. / American Institute of Physics et al. | 2005
- 286
-
Springback Simulation: Impact of Some Advanced Constitutive Models and Numerical ParametersHaddag, B. / Balan, T. / Abed-Meraim, F. / American Institute of Physics et al. | 2005
- 295
-
Possibilities and Strategies for Simulations and Compensation for SpringbackRoll, K. / Lemke, T. / Wiegand, K. / American Institute of Physics et al. | 2005
- 303
-
Springback Reduction in Stamping of Front Side Member with a Response Surface MethodSong, J.-H. / Huh, H. / Kim, S.-H. / Park, S.-H. / American Institute of Physics et al. | 2005
- 309
-
Structure of Complementary Surface and Numerical Simulation on Forming Process of Cover PanelShi, D. C. / Guo, C. / Wu, H. Y. / American Institute of Physics et al. | 2005
- 314
-
Die Face Engineering Based Springback Compensation Strategy and ImplementationTang, A. / Lee, W. / He, J. / Xu, J. / Liu, K. / Chen, C. C. / American Institute of Physics et al. | 2005
- 322
-
Compensating Springback in the Automotive Practice using MASHALOhnimus, S. / Petzoldt, M. / Rietman, B. / Weiher, J. / American Institute of Physics et al. | 2005
- 328
-
Iterative Springback Compensation of Numisheet Benchmark #1Lingbeek, R. A. / Huetink, J. / Ohnimus, S. / Weiher, J. / American Institute of Physics et al. | 2005
- 334
-
Springback Simulation and Tool Surface Compensation Algorithm for Sheet Metal FormingShen, G. / Hu, P. / Zhang, X. / Chen, X. / Li, X. / American Institute of Physics et al. | 2005
- 340
-
Springback Prediction and Compensation for a High Strength Steel Side Impact BeamDutton, T. / Edwards, R. / Blowey, A. / American Institute of Physics et al. | 2005
- 345
-
Springback Prediction, Compensation and Correlation for Automotive StampingXu, S. / Zhao, K. / Lanker, T. / Zhang, J. / Wang, C. T. / American Institute of Physics et al. | 2005
- 345
-
Simulation of springback: Through-thickness integrationWagoner, R. H. / Li, M. / American Institute of Physics et al. | 2007
- 353
-
Constitutive Modeling for Sheet Metal FormingBarlat, F. / American Institute of Physics et al. | 2005
- 359
-
Suitability of the Yield Criterion in Numerical Simulation of Stretch Bending of Aluminum ExtrusionsLi, X. Q. / Zhou, X. B. / Wu, X. D. / Gao, H. Z. / American Institute of Physics et al. | 2005
- 361
-
Path-dependence of the forming limit stresses in a sheet metalYoshida, K. / Kuwabara, T. / Kuroda, M. / American Institute of Physics et al. | 2007
- 365
-
Advancing Material Models for Automotive Forming SimulationsVegter, H. / An, Y. / Horn, C. H. L. J. t. / Atzema, E. H. / Roelofsen, M. E. / American Institute of Physics et al. | 2005
- 371
-
Model Identification and FE Simulations: Effect of Different Yield Loci and Hardening Laws in Sheet FormingFlores, P. / Duchene, L. / Lelotte, T. / Bouffioux, C. / El Houdaigui, F. / Van Bael, A. / He, S. / Duflou, J. / Habraken, A. M. / American Institute of Physics et al. | 2005
- 382
-
Explicit Analysis of Transversely Anisotropic and Axisymmetric Sheet Metal Forming Process using 6-Component Barlat Yield FunctionWang, J.-Y. / Sun, J.-X. / Chen, J. / American Institute of Physics et al. | 2005
- 385
-
Advances in experiments on metal sheets and tubes in support of constitutive modeling and forming simulationsKuwabara, T. / American Institute of Physics et al. | 2007
- 388
-
Direct Measurement of Multiaxial Yield Loci as a Function of Plastic StrainFoecke, T. / Iadicola, M. A. / American Institute of Physics et al. | 2005
- 389
-
Determination of Anisotropic Hardening of Sheet Metals by Shear TestsSchikorra, M. / Brosius, A. / Kleiner, M. / American Institute of Physics et al. | 2005
- 395
-
On the Influence of the Yield Locus Shape in the Simulation of Sheet Stretch FormingMattiasson, K. / Sigvant, M. / American Institute of Physics et al. | 2005
- 401
-
LS-DYNA Simulation of Hemispherical-Punch Stamping Process Using an Efficient Algorithm for Continuum Damage Based Elastoplastic Constitutive EquationSalajegheh, N. / Abedrabbo, N. / Pourboghrat, F. / American Institute of Physics et al. | 2005
- 409
-
Analysis of Texture Evolution and Hardening Behavior during Deep Drawing with an Improved Mixed Type FEM ElementDuchene, L. / de Montleau, P. / El Houdaigui, F. / Bouvier, S. / Habraken, A. M. / American Institute of Physics et al. | 2005
- 415
-
Multi-Scale Sheet Metal Forming Analyses by Using Dynamic Explicit Homogenized Finite Element MethodTam, N. N. / Okada, K. / Nakamura, Y. / Nakamachi, E. / American Institute of Physics et al. | 2005
- 421
-
Multi Scale Finite Element Analyses by Using SEM-EBSD Crystallographic Modeling and Parallel ComputingNakamachi, E. / American Institute of Physics et al. | 2005
- 427
-
Unit Cell Definition of Polycrystal Sheet Material based on SEM-EBSD AnalysesMorimoto, H. / Nakamachi, E. / Kuramae, H. / Hagisato, T. / American Institute of Physics et al. | 2005
- 433
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Grain Interactions in Crystal PlasticityBoyle, K. P. / Curtin, W. A. / American Institute of Physics et al. | 2005
- 439
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Texture Evolution of FCC Sheet Metal during Deep Drawing Based on Rate Independent FEM AnalysisPeng, Y. H. / Zhang, S. R. / Li, D. Y. / Luo, Y. B. / American Institute of Physics et al. | 2005
- 445
-
Effects of Texture on Mechanical Properties of Aluminum Alloy Sheets and Texture Optimization StrategyKuroda, M. / American Institute of Physics et al. | 2005
- 450
-
Multi-scale finite element analyses of sheet metals by using SEM-EBSD measured crystallographic RVE modelsNakamachi, E. / Tam, N. N. / Morimoto, H. / American Institute of Physics et al. | 2007
- 451
-
Parallel Computing of Multi-scale Finite Element Sheet Forming Analyses Based on Crystallographic Homogenization MethodKuramae, H. / Okada, K. / Tam, N. N. / Nakamura, Y. / Uetsuji, Y. / Nakamachi, E. / American Institute of Physics et al. | 2005
- 459
-
A Path-Independent Forming Limit Criterion for Stamping SimulationsZhu, X. / Chappuis, L. / Xia, Z. C. / American Institute of Physics et al. | 2005
- 460
-
Forming Limits in Sheet Metal Forming for Non-Proportional Loading Conditions-Experimental and Theoretical ApproachOfenheimer, A. / Buchmayr, B. / Kolleck, R. / Merklein, M. / American Institute of Physics et al. | 2005
- 466
-
Recent Developments in the Formability of Aluminum AlloysBanabic, D. / Cazacu, O. / Paraianu, L. / Jurco, P. / American Institute of Physics et al. | 2005
- 472
-
A Comparative Study between Strain and Stress Based Forming Limit Analysis by Applying Several Phenomenological Yield CriteriaButuc, M. C. / Vincze, G. T. / Gracio, J. J. / da Rocha, A. B. / American Institute of Physics et al. | 2005
- 478
-
Forming Limit Stresses of Sheet Metal under Proportional and Combined LoadingsYoshida, K. / Kuwabara, T. / Kuroda, M. / American Institute of Physics et al. | 2005
- 484
-
Advanced Line Die Forming Simulation Technology and its Impact on Stamping Automotive Body PanelsZhang, J. / Wang, C. / Xu, S. / Joshi, R. / Goan, N. / American Institute of Physics et al. | 2005
- 490
-
On the use of a reduced enhanced solid-shell (RESS) element for sheet forming simulationsde Sousa, R. J. A. / Yoon, J. W. / Cardoso, R. P. R. / Valente, R. A. F. / Gracio, J. J. / American Institute of Physics et al. | 2007
- 490
-
Forming Limit Diagram of Titanium and Stainless Steel Alloys to Study the Formability of Hydro-Mechanical Deep Drawing PartsShirizly, A. / American Institute of Physics et al. | 2005
- 492
-
Material Selection for an Ultra High Strength Steel Component Based on the Failure Criteria of CrachFEMKessler, L. / Beier, T. / Werner, H. / Horstkott, D. / Dell, H. / Gese, H. / American Institute of Physics et al. | 2005
- 500
-
Analytical Prediction of Forming Limits for Thermoplastic TubesAzhikannickal, E. / Jain, M. K. / American Institute of Physics et al. | 2005
- 505
-
A Simulation for the Punchless Piercing Process Using Lemaitre Damage ModelLee, S. W. / Pourboghrat, F. / American Institute of Physics et al. | 2005
- 511
-
Application of an Extended Stress-based Flow Limit Curve to Predict Necking in Tubular HydroformingSimha, C. H. M. / Gholipour, J. / Bardelcik, A. / Worswick, M. J. / American Institute of Physics et al. | 2005
- 516
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Study on the influence of work-hardening modeling in springback predictionOliveira, M. C. / Alves, J. L. / Chaparro, B. M. / Menezes, L. F. / American Institute of Physics et al. | 2007
- 519
-
Fundamental Issues in Hydroforming of Deep Drawing ProcessesTirosh, J. / American Institute of Physics et al. | 2005
- 526
-
Hydroforming of Patchwork Blanks - Numerical Modeling and Experimental ValidationLamprecht, K. / Merklein, M. / Geiger, M. / American Institute of Physics et al. | 2005
- 532
-
Research on the Effect of the Local Constraints on Sheet Hydroforming with the Movable DieZhou, L. X. / Lang, L. H. / Danckert, J. / Zhang, S. H. / Nielsen, K. B. / American Institute of Physics et al. | 2005
- 538
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Design of Hydroforming Processes for Metallic Liners Used in High Pressure Hydrogen StorageGelin, J. C. / Labergere, C. / Thibaud, S. / Boudeau, N. / American Institute of Physics et al. | 2005
- 543
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Deep Drawing for High LDR by a New Hydro-Rim Forming Process with Differential Temperature-Analysis and ExperimentsSimon, Y. B. / Tirosh, J. / Rubinski, L. / American Institute of Physics et al. | 2005
- 544
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FE-analysis of sheet metal forming processes using continuous contact treatmentKim, T.-J. / Yang, D.-Y. / American Institute of Physics et al. | 2007
- 549
-
Numerical Investigation on Formability of Ellipse Deep Drawing by Sheet HydroformingUtsugi, H. / Hama, T. / Asakawa, M. / Hatakeyama, T. / Makinouchi, A. / Amino, H. / Lu, Y. / American Institute of Physics et al. | 2005
- 555
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An Improved Hydroforming Process for `Unlimited' Drawing RatiosTirosh, J. / Stanger, S. / Peled, A. / Rubinski, L. / Shirizly, A. / American Institute of Physics et al. | 2005
- 557
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Shear Deformation and Thickness Stress in Corner FillChen, K.-K. / American Institute of Physics et al. | 2005
- 563
-
Comparison of Conventional Deep Drawing, Hydromechanical Deep-Drawing and High Pressure Sheet Metal Forming by Numerical ExperimentsOnder, I. E. / Tekkaya, A. E. / American Institute of Physics et al. | 2005
- 569
-
Numerical Study of Hydroforming with Tailor-Welded Tubular BlanksRoque, A. P. / Jorge, R. M. N. / Parente, M. P. L. / Valente, R. A. F. / Fernandes, A. A. / American Institute of Physics et al. | 2005
- 574
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Hydroforming Simulations and Applications in Product Design, Die Development, and Production Trouble ShootingJi, W. / Wu, W. / Goan, N. / Wang, C.-T. / Cline, M. / American Institute of Physics et al. | 2005
- 579
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Numerical Simulation of Hydro-Mechanical Deep Drawing - A Study on the Effect of Process Parameters on Drawability and Thickness VariationSingh, S. K. / Kumar, D. R. / American Institute of Physics et al. | 2005
- 585
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Optimization of Tube Hydroforming with Consideration of Manufacturing Effects on Structural PerformanceKirby, D. / Roy, S. / Kunju, R. / American Institute of Physics et al. | 2005
- 591
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Design and Optimization of Sheet Hydroforming Process for Manufacturing Oil TankPrakash, C. / Narasimhan, K. / American Institute of Physics et al. | 2005
- 595
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Numerical Simulation of Hydroforming a Double Conical TubeYuan, S. J. / Yuan, W. J. / Wang, Z. R. / American Institute of Physics et al. | 2005
- 601
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Numerical Self-Regulation of Time-Dependent Parameters in Tube Hydroforming ProcessesHolecek, M. / Hora, P. / American Institute of Physics et al. | 2005
- 609
-
Analytical Formability Model for Elevated Temperature Sheet Metal Forming ProcessesJiang, S. / Smith, L. M. / American Institute of Physics et al. | 2005
- 613
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Material Behavior Based Hybrid Process for Sheet Draw-Forging Thin Walled Magnesium AlloysSheng, Z. Q. / Shivpuri, R. / American Institute of Physics et al. | 2005
- 619
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Stamping of Thin-Walled Structural Components with Magnesium Alloy AZ31 SheetsChen, F.-K. / Chang, C.-K. / American Institute of Physics et al. | 2005
- 625
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Modeling for the FE-Simulation of Warm Metal Forming ProcessesTong, L. / Stahel, S. / Hora, P. / American Institute of Physics et al. | 2005
- 630
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Finite Element Analysis on Warm Hydroforming of Rectangular Mg Alloy Cups with a Step CavityZhang, S.-H. / Zheng, W.-T. / Xu, Y.-C. / Wang, Z.-T. / American Institute of Physics et al. | 2005
- 635
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Warm Forming of Aluminum Alloys Using a Coupled Thermo-Mechanical Anisotropic Material ModelAbedrabbo, N. / Pourboghrat, F. / Carsley, J. E. / American Institute of Physics et al. | 2005
- 643
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Numerical Simulations of Formability of Multiphase SteelsInal, K. / Neale, K. W. / American Institute of Physics et al. | 2005
- 647
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Influence of Normal Anisotropy Ratio on Lateral Normal Stress In Aluminum-Steel Clad MaterialsYang, W. H. / Smith, L. M. / American Institute of Physics et al. | 2005
- 655
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Drawbeads: To Be or Not to BeAlves, J. L. / Bouvier, S. / Oliveira, M. C. / Menezes, L. F. / American Institute of Physics et al. | 2005
- 661
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Non-Uniform Pressure Distribution in Draw-Bend Friction Test and its Influence on Friction MeasurementKim, Y. S. / Jain, M. K. / Metzger, D. R. / American Institute of Physics et al. | 2005
- 667
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Cyclic Bending and Stationary Drawing Deformation of Metal Sheets: Experiments and Associated Numerical SimulationsMoreira, L. P. / Romao, E. C. / Ferron, G. / Vieira, L. C. A. / Sampaio, A. P. / American Institute of Physics et al. | 2005
- 675
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FE-Simulation of Hemming in the Automotive IndustrySigvant, M. / Mattiasson, K. / American Institute of Physics et al. | 2005
- 681
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Guidelines for Stretch Flanging Advanced High Strength SteelsSriram, S. / Chintamani, J. / American Institute of Physics et al. | 2005
- 687
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Development of Sharp Flanging Technology for Aluminum PanelsGolovashchenko, S. F. / Bessonov, N. M. / American Institute of Physics et al. | 2005
- 691
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Numerical Simulation of the Hemming Process in the Case of Al AlloysThuillier, S. / Le Maout, N. / Manach, P. Y. / American Institute of Physics et al. | 2005
- 699
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Formability Studies on Transverse Tailor Welded BlanksBhaskar, V. V. / Narasimhan, K. / American Institute of Physics et al. | 2005
- 705
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Simulation Based Control of Weld Line Movement in Tailor Welded BlanksThakkar, M. / Date, P. P. / American Institute of Physics et al. | 2005
- 713
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Convolute Cut-Edge Design for an Earless Cup in Cup DrawingDick, R. E. / Yoon, J. W. / Barlat, F. / American Institute of Physics et al. | 2005
- 719
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Optimum Design of Aluminum Beverage Can Ends Using Structural Optimization TechniquesYamazaki, K. / Itoh, R. / Han, J. / Watanabe, M. / Nishiyama, S. / American Institute of Physics et al. | 2005
- 725
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Ergonomics Designs of Aluminum Beverage Cans & BottlesHan, J. / Itoh, R. / Yamazaki, K. / Nishiyama, S. / Shinguryo, T. / American Institute of Physics et al. | 2005
- 731
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Use of the Inverse Approach for the Manufacture and Decoration of Food CansDuffett, G. A. / Forgas, A. / Neamtu, L. / Naceur, H. / Batoz, J. L. / Guo, Y. Q. / American Institute of Physics et al. | 2005
- 739
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One Point Quadrature Shell Element with Through-Thickness StretchCardoso, R. P. R. / Yoon, J. W. / American Institute of Physics et al. | 2005
- 745
-
Effectiveness of Rotation-Free Triangular and Quadrilateral Shell Elements in Sheet-Metal Forming SimulationsBrunet, M. / Sabourin, F. / American Institute of Physics et al. | 2005
- 751
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Fully Integrated EAS-Based Solid-Shell Finite Elements in Implicit Sheet Metal Forming SimulationsValente, R. A. F. / Parente, M. P. L. / Jorge, R. M. N. / Cardoso, R. P. R. / de Sousa, R. J. A. / American Institute of Physics et al. | 2005
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Development of a One-Point Quadrature EAS Solid-Shell Element for Sheet Formingde Sousa, R. J. A. / Cardoso, R. P. R. / Valente, R. A. F. / Yoon, J.-W. / Gracio, J. J. / Jorge, R. M. N. / American Institute of Physics et al. | 2005
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Enhanced Shell Elements for the Numerical Simulation of Industrial ProcessesNeamtu, L. / Flores, F. / Weyler, R. / Duffett, G. / American Institute of Physics et al. | 2005
- 768
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An ALE Model for Numerical Simulation of Cold Roll Forming ProcessBoman, R. / Papeleux, L. / Viet, B. Q. / Ponthot, J. P. / Wouters, P. / Kergen, R. / American Institute of Physics et al. | 2005
- 774
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The Effect of Element Formulation on the Prediction of Boost Effects in Numerical Tube BendingBardelcik, A. / Worswick, M. J. / American Institute of Physics et al. | 2005
- 781
-
Mesh-Free Simulation of Automotive Decklid Inner PanelWang, H.-P. / Zhao, K. / Wu, C.-T. / Botkin, M. E. / American Institute of Physics et al. | 2005
- 789
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Analytic Differentiation of Barlat's 2D Criteria for Inverse ModelingEndelt, B. / Nielsen, K. B. / Danckert, J. / American Institute of Physics et al. | 2005
- 795
-
Advanced Gradient Based Optimization Techniques Applied on Sheet Metal FormingEndelt, B. / Nielsen, K. B. / American Institute of Physics et al. | 2005
- 801
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On the Development of Multi-Step Inverse FEM with Shell ModelHuang, Y. / Du, R. / American Institute of Physics et al. | 2005
- 807
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Fast Simulation of 3-D Surface Flanging and Prediction of the Flanging Lines Based on One-Step Inverse Forming AlgorithmBao, Y. / Hu, S. / Lang, Z. / Hu, P. / American Institute of Physics et al. | 2005
- 813
-
Sensitivity Analysis of the Sheet Metal Stamping Processes Based on Inverse Finite Element Modeling and Monte Carlo SimulationYu, M. / Du, R. / American Institute of Physics et al. | 2005
- 819
-
Application of Six Sigma Robust Optimization in Sheet Metal FormingLi, Y. Q. / Cui, Z. S. / Ruan, X. Y. / Zhang, D. J. / American Institute of Physics et al. | 2005
- 825
-
Recent Advances in Process Optimization and Control for the Design of Sheet and Tube Hydroforming ProcessesGelin, J. C. / Labergere, C. / Thibaud, S. / American Institute of Physics et al. | 2005
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-
Formability Predictions in Stamping and Process Parameter Optimization Based on the Inverse Approach Code Fast-StampBatoz, J. L. / Naceur, H. / Guo, Y. Q. / American Institute of Physics et al. | 2005
- 837
-
Trimming Line Design using New Development Method and One Step FEMChung, W.-J. / Park, C.-D. / Yang, D.-Y. / American Institute of Physics et al. | 2005
- 843
-
Automatic Process Optimization of Sheet Metal Forming with Multi-ObjectiveLiu, W. / Yang, Y. Y. / Xing, Z. W. / American Institute of Physics et al. | 2005
- 849
-
Optimization of the Blankholder Force Distribution with Application to the Stamping of a Car Front Door Panel (Numisheet'99)Ayed, L. B. / Delameziere, A. / Batoz, J. L. / American Institute of Physics et al. | 2005
- 855
-
Study of Various Initial Blank Shapes to Minimize the Earing in the Different Shaped Formed Parts using Finite Element AnalysisDesai, S. G. / Pardeshi, R. H. / Date, P. P. / American Institute of Physics et al. | 2005
- 861
-
A Draw-In Sensor for Process Control and OptimizationMahayotsanun, N. / Cao, J. / Peshkin, M. / American Institute of Physics et al. | 2005
- 867
-
Probabilistic Design in a Sheet Metal Stamping Process under Failure AnalysisBuranathiti, T. / Cao, J. / Xia, Z. C. / Chen, W. / American Institute of Physics et al. | 2005
- 873
-
Finite Element Analysis and Optimization for the Multi-Stage Deep Drawing of Molybdenum SheetKim, H.-K. / Hong, S. K. / Lee, J.-K. / Jeon, B.-H. / Kang, J. J. / Heo, Y.-M. / American Institute of Physics et al. | 2005
- 881
-
Experimental Test for Benchmark 1-Deck Lid Inner PanelXu, S. / Lanker, T. / Zhang, J. / Wang, C.-T. / American Institute of Physics et al. | 2005
- 888
-
Background and Tryout Report for BM2: Underbody Cross MemberZhang, L. / Zhou, D. / Wu, J. / Du, C. / Shi, M. F. / Chen, M. / Huang, M. / Xia, C. / Zhu, X. / Chu, E. et al. | 2005
- 894
-
Description of Numisheet 2005 Benchmark #3 Stage-1: Channel Draw with 75% Drawbead PenetrationGreen, D. E. / American Institute of Physics et al. | 2005
- 905
-
Experimental Procedures and Results for Benchmark 3: Stage 2 Forming ProcessIadicola, M. A. / Foecke, T. / Stoughton, T. B. / American Institute of Physics et al. | 2005
- 919
-
Benchmark Simulation Results: Automotive Deck Lid Inner Panel (Benchmark 1)Buranathiti, T. / Cao, J. / American Institute of Physics et al. | 2005
- 996
-
Numisheet 2005 Benchmark Analysis on Forming of an Automotive Deck Lid Inner Panel: Benchmark 1Buranathiti, T. / Cao, J. / American Institute of Physics et al. | 2005
- 1004
-
Benchmark Simulation Results: Automotive Underbody Cross Member (Benchmark 2)Buranathiti, T. / Cao, J. / American Institute of Physics et al. | 2005
- 1113
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Numisheet 2005 Benchmark Analysis on Forming of an Automotive Underbody Cross Member: Benchmark 2Buranathiti, T. / Cao, J. / American Institute of Physics et al. | 2005
- 1121
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Benchmark Simulation Results: Channel Draw/Cylindrical Cup 2-Stage Test (Benchmark 3)Buranathiti, T. / Cao, J. / American Institute of Physics et al. | 2005