Count | Man # | Manuscript Title |
1 | 0101 | Suitability of the Yield Criterion in Numerical Simulation of Stretch Bending of Aluminum Extrusions |
2 | 0102 | Ductalization of Brittle Materials by Hydro-Pressure |
3 | 0103 | Explicit Analysis of Transversely Anisotropic and Axisymmetric Sheet Metal Forming Process using Six Component Barlat Yield Function |
4 | 0104 | FEA and Multivariate Statistical Data Analysis of Polypropylene Tube Forming Process |
5 | 0105 | Determination of the mechanical properties of the coated layer in the sheet metal using load- displacement curve by nano-indentation technique |
6 | 0106 | Determination of Anisotropic Material Hardening of Sheet Metals by Shear Tests |
7 | 0107 | Advancing Material Models for Automotive Forming Simulations |
8 | 0108 | Analytic Differentiation of Barlat's 2D criteria for Inverse Modeling |
9 | 0109 | Direct Measurement of Multiaxial Yield Loci as a Function of Plastic Strain |
10 | 0110 | Effect of Plastic Deformation and Strain History on X-ray Elastic Constants |
11 | 0111 | Cyclic Bending and Stationary Drawing Deformation of Metal Sheets: Experiments and Associated Numerical Simulations |
12 | 0112 | Modeling Pseudo-elastic Behavior of Springback |
13 | 0113 | An Anisotropic Hardening Model for Springback Prediction |
14 | 0114 | Experimental identification and modeling the influence of forming processes on the structural behaviour of high stress steels |
15 | 0115 | Advances of Plasticity Experiments on Metal Sheets and Tubes and Their Applications to Constitutive Modeling |
16 | 0116 | Grain Interactions in Crystal Plasticity |
17 | 0117 | Constitutive Modeling for Sheet Metal Forming |
18 | 0201 | Non-uniform Pressure Distribution in Draw-Bend Friction Test and its Influence on Friction Measurement |
19 | 0301 | Possibilities and Strategies in Simulations and Compensation for Springback |
20 | 0302 | Analytical Modeling of Spring back and Forming Limits of Clad Materials |
21 | 0303 | Modeling and Simulation of the Effects of Induced Anisotropic Hardening Under Non- Proportional Loading on Springback during Sheet Forming Processes |
22 | 0304 | A Study of FEA Springback Predictability with Channel Draw Test |
23 | 0305 | Springback prediction of the sheet metal based on a hybrid SA |
24 | 0306 | Iterative Springback compensation of Numisheet Benchmark #1 |
25 | 0307 | A Sensitivity Analysis on the Springback Behavior of the Unconstrained Bending Problem |
26 | 0308 | The Effect of Material Uncertainly on Spring Back in the Sheet Forming of Aluminum Alloys |
27 | 0309 | Study on the influence of the Work Hardening Models Constitutive Parameters Identification in the Springback Prediction |
28 | 0310 | Effect of Yield Function on Springback Prediction of Aluminum Panels |
29 | 0311 | Manufacturing Automobile Member Part by Multi-stage Simulation |
30 | 0312 | Robustness Evaluation and Tolerance Prediction For a Stamping Process with Springback Calculation by the FEM |
31 | 0313 | Springback Simulation:Impact of Some advanced Constitutive Models and Numerical Parameters |
32 | 0314 | Springback Simulation and Tool Surface Compensation Algorithm For Sheet Metal Forming |
33 | 0315 | Springback Prediction and Compensation for a High Strength Steel Side Impact Beam |
34 | 0316 | Advances in Understanding Springback Simulations |
35 | 0317 | Springback Prediction, Compensation and Correlation for Automotive Stamping |
36 | 0318 | Design of experiments and springback prediction for AHSS automotive components with complex geometry |
37 | 0319 | Influence of stamping rate upon springback |
38 | 0320 | Springback calibration using pulsed electronmagnetic field |
39 | 0321 | Designed Experiments and Response Surface Methodology for Springback Compensation in Sheet Metal forming |
40 | 0322 | Springback Reduction in Stamping of Front Side Member with a Response Surface Method |
41 | 0323 | Finite Element Analysis and Optimization for the Multi-stage Deep Drawing of Molybdenum Sheet |
42 | 0324 | An Investigation of Drawbead Models for Springback Prediction |
43 | 0325 | Die Face Engineering based Springback Compensation Strategy and Implementation |
44 | 0326 | Springback Prediction on Slit-Ring Test |
45 | 0327 | Compensating Springback in the Automotive Practice using MASHAL |
46 | 0328 | Through-Thickness Residual Stress Measurements on Springback Test Specimens |
47 | 0401 | Finite Element Simulation of the Stretch Forming of Aircraft Skins |
48 | 0402 | Effectiveness of Rotation-Free Triangular and quadrilateral Shell Elements in Sheet Metal Forming Simulations |
49 | 0403 | Parallel Computing of Multi-scale Finite Element Sheet Forming Analyses Based on Crystallographic Homogenization Method |
50 | 0404 | Evaluation and Visualization of Surface Defects: A Numerical and Experimental Study on Automotive Sheet Parts |
51 | 0405 | Mechanical Field Interpolation |
52 | 0406 | Multi-Scale Sheet Metal Forming Analysis by using Dynamic Explicit Homogenized Finite Element Method |
53 | 0407 | Application of RSM-FEM approach to the Robust Design of Sheet Drawing Process for Reduced Wrinkling |
54 | 0408 | Structure of Complementary Surface and Numerical Simulation on Forming Process of Cover Panel |
55 | 0409 | Fully Integrated EAS-Based Solid-Shell Finite Element in Implicit Sheet Metal Forming Simulations |
56 | 0410 | Texture Evolution of FCC Sheet Metal during Deep Drawing Based on Rate Independent FEM Analysis |
57 | 0411 | Modeling for FE-Simulation of Warm Metal Forming Processes |
58 | 0412 | Stamping of Thin-Walled Structural Components with Magnesium Alloy AZ31 Sheets |
59 | 0413 | Application of the Incremental Volumetric Remapping Method in the Simulation of Multi-Step Deep-Drawing Processes |
60 | 0414 | Material Selection for an Ultra High Strength Steel Component Based on the Failure Criteria of CrachFEM |
61 | 0415 | Sensitivity Analysis of the Sheet Metal Stamping Processes Based on Inverse Finite Element Modeling and Latin Hypercube Sampling |
62 | 0416 | On the Development of Multi-Step Inverse FEM Model with Shell Model |
63 | 0417 | A Fast Solving Algorithm for Sheet Metal Forming Simulation with Explicit/Implicit Coupling |
64 | 0418 | FE-simulation of hemming in the automotive industry |
65 | 0419 | A Path-Independent Forming Limit Criterion for Stamping Simulations |
66 | 0420 | Integrated Stamping simulation using state of the art techniques |
67 | 0421 | A benchmark study for different numerical parameters and their impact on the calculated strain levels for a model part door outer |
68 | 0422 | Finite Element Simulation for Deep Drawing of Aluminum Tailored Heat Treated Blanks |
69 | 0423 | Massively Parallel Processing for Fast and Accurate Stamping Simulations |
70 | 0424 | Unit Cell Definition of Polycrystal Sheet Material based on SEM-EBSD Analyses |
71 | 0425 | Finite Element Simulation of Sheet Metal Forming Process Using Local Interpolation for Tool Surfaces |
72 | 0426 | FE-Analysis of the Sheet Metal Forming Processes using Continuous Contact Treatment |
73 | 0427 | An Ale model for Numerical Simulation of Cold Roll Forming Process |
74 | 0428 | Automatic Process Optimization of Sheet Metal Forming with Multi-objective |
75 | 0429 | Enhanced shell elements for the numerical simulation of industrial processes |
76 | 0430 | Simulation of rolling forming with dynamic explicit finite element method |
77 | 0431 | Trimming line Design using New Development Method and One Step FEM |
78 | 0432 | The Effect of Element Formulation on the Prediction of Boost Effects in Numerical Tube Bending |
79 | 0433 | Development of HYSTAMP and JSTAMP-Works/NV for Multipurpose Multistage Sheet Metal Forming Simulation |
80 | 0434 | Simulation based Control of Weld line Movement in Tailor Welded Blanks |
81 | 0435 | Analysis of texture evolution and hardening behavior during deep drawing with an improved mixed type FEM element |
82 | 0501 | Guidelines for Stretch Flanging High Strength Steels |
83 | 0502 | Visualization of the Invisible, Explanation of the Unknown, Ruggedization of the Unstable |
84 | 0503 | Numerical Simulation of Temperature Controlled Solid Phase Forming Process of Polymeric Sheet |
85 | 0504 | Numerical Simulation of hemming process in the case of AL alloys |
86 | 0505 | Drawbeads: to be or not to be |
87 | 0506 | Forming of Laminated Steel for Automotive Body Panels |
88 | 0507 | Impact of Simulation Technology on Die & Stamping Business |
89 | 0508 | Draw-in Map-the Road Map for Simulation-guided Die Tryout |
90 | 0509 | Advanced Line Die Forming Simulation Technology and its Impact on Stamping Automotive Body Panels |
91 | 0510 | Evolutions of Advanced Stamping CAE-Technology Adventures and Business Impact on Automotive Dies and Stamping |
92 | 0511 | Study of various initial blank shapes to minimize the earing in the octagonal shaped multistage-formed part using finite element analysis |
93 | 0512 | Study of effect of different blank geometries of a given surface area on thickness distribution in deep drawn parts using finite element simulation |
94 | 0513 | CAE Based Die Face Engineering Development to Contribute to the Revitalization of the Tool & Die Industry |
95 | 0514 | Current Status and Research Issues in Sheet Metal Forming |
96 | 0515 | A Draw-in Sensor for Process Control and Optimization |
97 | 0516 | Probabilistic Design in a Sheet Metal Stamping Process under Failure Analysis |
98 | 0517 | Simulation of Stamping Processes of Automotive Panels Considering Die Deformation |
99 | 0601 | Material Behavior Based Blank Holder Control for the Warm Sheet Drawing of Magnesium Alloys |
100 | 0602 | Pressure Cycle Determination for Superplastic Forming Using FEM |
101 | 0701 | Comparison of Deep Drawability of Aluminum and Steel using Numerical Simulation Experiments |
102 | 0702 | Numerical Simulations of Formability of Multi-phase steels |
103 | 0703 | Analytical Prediction of Forming Limits for Thermoplastic Tube |
104 | 0704 | The failure Mode of SPS(Steel/Polymer/Steel) Laminates in the Shear Under Tension Test and the Effect on Simulation Approaches for the Prediction of Formability |
105 | 0705 | Development of Technique to Improve the Formability of the Rear Floor in Series Stamping Process |
106 | 0706 | Forming limit stress of sheet metal under proportional and combined loading |
107 | 0707 | A Plastic Fracture Mechanics Analysis of Anisotropic Porous Sheet Metals with Small Mixed- Mode Cracks |
108 | 0708 | On the influence of the yield locus shape in the simulation of sheet stretch forming |
109 | 0709 | Forming limits in sheet metal forming for non-proportional loading conditions-experimental and theoretical approach considering anisotropic hardening |
110 | 0710 | Forming Limit Diagram of Titanium and Stainless Steel Alloys to study the Formability of Hydro-Mechanical Deep Drawing Parts |
111 | 0711 | Numerical Simulation of Forming Limit Diagrams Based upon Thickness Variation |
112 | 0712 | Numerical Investigation on Formabilty of Ellipse Deep Drawing by Sheet Hydroforming |
113 | 0713 | Recent development in formability of aluminum alloy |
114 | 0714 | Formability Studies on Transverse Tailor Welded Blanks |
115 | 0715 | Obtaining Formability Characteristics of Automotive Materials Using On-line Strain Imaging System |
116 | 0716 | Effect of Strain Path Change During Incremental Forming on Forming Limits |
117 | 0717 | A Comparitive study between strain and stress based forming limit analysis by applying several phenomenological yield criteria |
118 | 0718 | Experimental and Theoretical Study on the Formability of Inner Structure Bonded Panel |
119 | 0719 | LS-DYNA Simulation of Hemispherical-punch Stamping Process Using an Efficient Algorithm for Continuum Damage Based Elastoplastic Constitutive Equation |
120 | 0801 | Shear Deformation and Thickness Stress in Corner Fill |
121 | 0802 | Comparison of Deep Drawing, Sheet Hydroforming and Hydromechanical Deep-Drawing by Numerical Experiments |
122 | 0803 | Numerical Study of Hydroforming with Tailor-Welded Tubular Blanks |
123 | 0804 | Advanced Hydroforming Simulations and Digital Validations for Hydroformed Tube/Sheet Product Design and Die Development |
124 | 0805 | Hydroforming of Patchwork Blanks - Numerical Modeling and Experimental Validation |
125 | 0806 | Predicting the loading paths for tube hydroforming |
126 | 0807 | Numerical Simulation of Hydro-mechanical Deep Drawing - A Study on the Effect of Process Parameters on Drawability and Thickness Variation |
127 | 0808 | Experimental and FE Investigation on Warm Hydroforming of Rectangular Mg Alloy Cups with a Step Cavity |
128 | 0809 | Research on the effect of the local constraints on sheet hydroforming with the movable die |
129 | 0810 | Optimization of tube hydroforming with consideration of manufacturing effects on structural performance |
130 | 0811 | Prediction of failure in tubular hydroforming using a stress-based FLD |
131 | 0812 | Design of hydroforming processes for metallic liners used in high pressure hydrogen storage |
132 | 0813 | Design and Optimization of Sheet Hydroforming Process for Manufacturing oil tank |
133 | 0814 | Simulation of the Effect of Coner Radius and End Feed on Thinning in Hydroformed Aluminum Tubes |
134 | 0815 | Simulation of Hydroforming Tubular Parts with Large Expansion Ratio |
135 | 0901 | Mesh-Free Simulation of Automotive Deck Lid Inner Panel |
136 | 0903 | Coupled simulation for stamping and stiffness analysis |
137 | 1101 | Controlled FEM simulation ways of blank holding force in sheet metal forming process |
138 | 1102 | An Improved Hydroforming Process for ‘Unlimited’ Drawing Ratios |
139 | 1103 | Deep Drawing for high LDR by a new Hydro-rim Forming Process with Differential Temperature- Analysis and Experiments |
140 | 1104 | Investigation on forming limit diagrams of tailor-welded blanks |
141 | 1105 | A Simulation for the Punchless Piercing Process using Lemaitre Damage Model |
142 | 1106 | Development of Sharp Flanging Technology for Aluminum Panels |
143 | 1107 | Fast simulation of 3-D surface flanging and prediction of the flanging lines based on one-step inverse forming algorithm |
144 | 1201 | A Simulated Anneal - ANN based Inverse Design of the Sheet Forming Process for Desired Final Attributes |
145 | 1202 | Numerical Self-Regulation of Time-Dependent Parameters In Hydroforming Process |
146 | 1203 | Integrated Forming Simulations and Die Structural Analysis for Optimal Die Designs |
147 | 1204 | Optimization of the blankholder force distribution with application to the stamping of a car front door panel (Numisheet'99) |
148 | 1205 | Advanced Gradient Based Optimization Techniques Applied on Sheet Metal Forming |
149 | 1206 | Application of Six Sigma Robust Optimization in Sheet Metal Forming |
150 | 1207 | Effects of texture on mechanical properties of aluminum alloy sheets and textures optimization strategy |
151 | 1208 | Fast and Efficient Method for the Optimal Design of Addendum Surface in Sheet Metal Forming Process |
152 | 1209 | Recent advances in process optimization and control for the design of sheet forming and tube hydroforming processes |
153 | 1210 | Formability predictions in stamping and process parameter optimization based on the inverse approach code fast_stamp |
154 | 1211 | Probabilistic assessment of formability in sheet metal forming |
155 | 1301 | Fundamental Issues in Hydroforming in Deep Drawing Processes |
156 | 1302 | Multi-Scale Finite Element Analyses by using SEM-EBSD Crystallographic Modeling and Parallel Computing |
157 | 1303 | Experimentally- and Dislocation-Based Multi-scale Modeling of Metal Plasticity Including Temperrature and Rate Effects |
158 | 1304 | Parallel Multi-scale Finite Element Analysis Based on Crystallographic Homogenization Method |
159 | 1401 | Development of one-point quadrature EAS solid-shell element for sheet forming processes |
160 | 1402 | One point quadrature shell element with through-thickness stretch |
161 | 1501 | Optimum Design of Aluminum Beverage Can Ends Using Structural Optimization Techniques |
162 | 1502 | Ergonomics Designs of Aluminum Beverage Cans and Bottles |
