Physical Drawbead Design and Modeling with ABAQUS/Isight
Physical Drawbead Design and Modeling with ABAQUS/Isight
- New search for: Yuan, Charles
- New search for: Huang, Liang
- New search for: Yuan, Charles
- New search for: Huang, Liang
This paper focus on the design approach of mapping the equivalent bead to the physical bead geometry. In principle, the physical character and geometry of equivalent bead is represented as restraining force (N/mm) and a line (bead center line). During draw development, the iterations are performed to conclude the combination of restraining force that obtains the desired strain state of a given panel. The objective of physical bead design to determine a bead geometry that has the capacity to generate the same force as specified in 2D plane strain condition. The software package ABAQUS/CAE/Isight with python script is utilized as primary tool in this study. In the approach, the bead geometry is sketched and parameterized in ABAQUS/CAE and optimized with Isight to finalize the bead geometry.
Document information
Physical Drawbead Design and Modeling with ABAQUS/Isight
Sae Technical Papers
WCX™ 17: SAE World Congress Experience ; 2017
2017-03-28
Conference paper
English
Similar titles
Drawbead Restraining Force Modeling with Anisotropic Hardening
| SAE Technical Papers | 2010
Drawbead Restraining Force Modeling: Nonlinear Friction
| SAE Technical Papers | 2009
Seal cross-section design automation and optimization using Isight
| Automotive engineering | 2016
Formability Improvement For TWB Using Drawbead Design
| SAE Technical Papers | 2001
Seal Cross-Section Design Automation and Optimization Using Isight
| SAE Technical Papers | 2016