Applications of Computer Simulations for Part and Process Design for Automotive Stampings 970985
Recent studies in sheet metal forming, conducted at universities world wide, emphasize the development of computer aided techniques for process simulation. To be practical and acceptable in a production environment, these codes must be easy to use and allow relatively quick solutions. Often, it is not necessary to make exact predictions but rather to establish the influence of process variables upon part quality, tool stresses, material flow, and material thickness variation. In cooperation with its industrial partners, the ERC for Net Shape Manufacturing of the Ohio State University has applied a number of computer codes for analysis and design of sheet metal forming operations. This paper gives a few selected examples taken from automotive applications and illustrates practical uses of computer simulations to improve productivity and reduce tool development and manufacturing costs.
Citation: Diller, M., Thomas, W., Ahmetoglu, M., Akgerman, N. et al., "Applications of Computer Simulations for Part and Process Design for Automotive Stampings," SAE Technical Paper 970985, 1997, https://doi.org/10.4271/970985. Download Citation
Mark Diller, William Thomas, Mustafa A. Ahmetoglu, Nuri Akgerman, Taylan Altan
The Ohio State University
International Congress & Exposition
Sheet Metal Stamping: Development Applications-SP-1221