Generalized optimizations of two-stage forging of micro/meso copper fastener

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ID: 52764
2018
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Abstract
Three are generalized simulation optimizations considering the forging force, the die stress, and the dual-goals in two-stage forging of micro/meso copper fastener. Constant shear friction between the dies and workpiece is assumed to perform multi-stage cold forging forming simulation analysis, and the Taguchi method with the finite element simulation has been used for mold-and-dies parameters design simulation optimizations considering the forging force, die stress, and dual-goals. The die stress optimization is used to explore the effects on effective stress, effective strain, velocity field, die stress, forging force, and shape of product. The influence rank to forging process of micro/meso copper fastener for three optimizations can be determined, and the optimal parameters assembly consider die stress can be obtained in this study. It is noted that the punch design innovation can reduce the forging force and die stress.
Reference Key
shihhsien2018generalizedmatec Use this key to autocite in the manuscript while using SciMatic Manuscript Manager or Thesis Manager
Authors Shih-Hsien, Lin;Un-Chin, Chai;Gow-Yi, Tzou;Dyi-Cheng, Chen;
Journal matec web of conferences
Year 2018
DOI
DOI not found
URL
https://doi.org/10.1051/matecconf/201818500002
Keywords
Technology (General) Engineering (General). Civil engineering (General) Technology Mechanical engineering and machinery social sciences management. industrial management miscellaneous systems and treatments

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