Optimal Process Conditions for the Manufacture of Aluminum Alloy Bicycle Pedals
作者： Dyi-Cheng Chen , Jheng-Guang Lin , Wen-Hsuan Ku , Jiun-Ru Shiu
DOI: 10.1155/2014/601253
关键词:
摘要: Numerous forms and manufacturing methods of bicycle pedals exist in current markets. The purpose this study was primarily to design an innovative forging die for a pedal company through simulative analysis, using commercial finite element package software. A series simulation analyses adopted workpiece temperature, mold speed, friction factor, size the as variables evaluate lightweight press. involved modifying professional sizes. effective strain, stress, radius load distribution were analyzed under various conditions. Aluminum (A6061 A7075) used analyze data. optimal control parameters subsequently obtained Taguchi genetic algorithm. results indicated that experimental can lower deformation behavior pedal.
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