Forming limits in sheet metal forming for non-proportional loading conditions - experimental and theoretical approach (English)
- New search for: Ofenheimer, Aldo
- New search for: Buchmayr, Bruno
- New search for: Kolleck, Ralf
- New search for: Merklein, Marion
- New search for: Ofenheimer, Aldo
- New search for: Buchmayr, Bruno
- New search for: Kolleck, Ralf
- New search for: Merklein, Marion
In:
On the Cutting Edge of Technology, NUMISHEET, International Conference and Workshop on Numerical Simulation of 3D Sheet Metal Forming Processes, 6
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460-465
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2005
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ISBN:
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ISSN:
- Conference paper / Print
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Title:Forming limits in sheet metal forming for non-proportional loading conditions - experimental and theoretical approach
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Additional title:Umformgrenzen im Blechumformen unter nichtproportionalen Belastungsbedingungen - experimentelle und theoretische Untersuchung
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Contributors:Ofenheimer, Aldo ( author ) / Buchmayr, Bruno ( author ) / Kolleck, Ralf ( author ) / Merklein, Marion ( author )
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Published in:AIP Conference Proceedings ; 778A ; 460-465
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Publisher:
- New search for: American Institute of Physics
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Place of publication:Melville
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Publication date:2005
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Size:6 Seiten, 5 Bilder, 1 Tabelle, 25 Quellen
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ISBN:
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ISSN:
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DOI:
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Type of media:Conference paper
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Type of material:Print
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Language:English
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Keywords:
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Source:
Table of contents conference proceedings
The tables of contents are generated automatically and are based on the data records of the individual contributions available in the index of the TIB portal. The display of the Tables of Contents may therefore be incomplete.
- 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
-
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
-
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
-
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
-
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
-
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
-
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
-
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
-
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
-
Springback Prediction on Slit-Ring TestChen, X. M. / Shi, M. F. / Ren, F. / Xia, Z. C. / American Institute of Physics et al. | 2005
- 228
-
Influence of Stamping Rate upon SpringbackCol, A. / Santos, A. D. / American Institute of Physics et al. | 2005
- 234
-
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
-
Effect of Plastic Deformation and Strain History on X-ray Elastic ConstantsIadicola, M. A. / Foecke, T. / American Institute of Physics et al. | 2005
- 241
-
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
-
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
-
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
-
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
-
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
-
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
-
Simulation of springback: Through-thickness integrationWagoner, R. H. / Li, M. / American Institute of Physics et al. | 2007
- 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
- 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
-
Grain Interactions in Crystal PlasticityBoyle, K. P. / Curtin, W. A. / American Institute of Physics et al. | 2005
- 439
-
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
-
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
- 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
- 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
-
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
-
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
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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
-
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
-
Modeling for the FE-Simulation of Warm Metal Forming ProcessesTong, L. / Stahel, S. / Hora, P. / American Institute of Physics et al. | 2005
- 630
-
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
-
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
-
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
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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
- 757
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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
- 762
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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
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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
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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
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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
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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
- 831
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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
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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
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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
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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
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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
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A Draw-In Sensor for Process Control and OptimizationMahayotsanun, N. / Cao, J. / Peshkin, M. / American Institute of Physics et al. | 2005
- 867
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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
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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
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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
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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
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Description of Numisheet 2005 Benchmark #3 Stage-1: Channel Draw with 75% Drawbead PenetrationGreen, D. E. / American Institute of Physics et al. | 2005
- 905
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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
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Benchmark Simulation Results: Automotive Deck Lid Inner Panel (Benchmark 1)Buranathiti, T. / Cao, J. / American Institute of Physics et al. | 2005
- 996
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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
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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