Examination of Crack Growth Behavior in Induction Hardened Material under Torsional Fatigue
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概要
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Induction hardening is widely used for chassis components to add compressive stress there to control crack growth, since wear resistance and fatigue fracture strength are highly required. Therefore, it is crucial that the defect influence is examined with being compressive residual stress on the parts.<BR> In this report, the relationship between crack depth and compressive residual stress was evaluated using cylindrical specimen and torsional fatigue test. Consequently, the test results followed CAE obtained in advance. In future, it is necessary to make this method applicable to the product design to improve <BR>vehicle safety performance further.
- 公益社団法人 自動車技術会の論文
公益社団法人 自動車技術会 | 論文
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