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Simulation Based Development of Quick Plastic Forming
Technical Paper
2005-01-0088
ISSN: 0148-7191, e-ISSN: 2688-3627
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English
Abstract
A computer assisted development technique for Quick Plastic Forming parts [1] is described, based on the simulation program PAM-STAMP [2]. The technique allows thickness changes during forming to be accurately considered in the development process without physical trials. Process pressure cycles, which provide for maximal material formability, can be determined with a single simulation. The paper describes new program features, which reduce modeling effort and increase simulation accuracy. Various validation examples and industrial case studies are also presented, demonstrating current capabilities.
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Authors
Citation
Lee, F., Murali, K., Heath, A., and Gandikota, R., "Simulation Based Development of Quick Plastic Forming," SAE Technical Paper 2005-01-0088, 2005, https://doi.org/10.4271/2005-01-0088.Also In
References
- Rashid, M.S. Kim, C. Ryntz, E.F. Saunders, F.I. Verma, R. Kim, S. 2001 Quick Plastic Forming July 3 2001
- El Khaldi, F. Lambriks, M. 2002 New requirements and recent developments in sheet metal stamping simulation NUMISHEET 2002 Proceedings 411 421
- Pearce, R. 1991 Sheet metal forming Bristol IOP Publishing
- Montgomery, G.P. 2004 Effect of the constitutive equation on MARC analysis of Quick Plastic Forming TMS Annual Meeting 2004
- Krajewski, P.E. Montgomery, G.P. 2004 Mechanical behaviour and modeling of AA5083 at 450°C TMS Annual Meeting 2004
- Murali, K. Lee, F. Heath, A. Gandikota, R. Improved simulation of local necks in Quick Plastic Forming SAE 2005 World Congress and Exhibition