$15.00
The design of dies, which is effective for fabricating shaped drawn materials with straight angles or hexagonal cross-sections with high dimensional accuracy, and for the improvement of die life, is examined based on the results of finite element method analysis of the shrinkage fitting process with various allowances of shrinkage fitting. The optimal design of dies is examined based on the deformation and the distribution of residual stress of cemented carbide tips during drawing
The design of dies, which is effective for fabricating shaped drawn materials with straight angles or hexagonal cross-sections with high dimensional accuracy, and for the improvement of die life, is examined based on the results of finite element method analysis of the shrinkage fitting process with various allowances of shrinkage fitting. The optimal design of dies is examined based on the deformation and the distribution of residual stress of cemented carbide tips during drawing
| Author(s) | Kazunari Yoshida, Noriyuki Ishizawa, and Tsuneyuki Kuboi, Tokai University, Japan |
|---|---|
| Publication/Event/Pages | Paper presented at WAI 74th Annual Convention, Cleveland, OH USA. Published in WJI, Aug. 2005, pp. 72-76. |
| Year | 2004 |
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