钛合金的超高周疲劳滑移-解理竞争失效机制
Evaluation of Slip-cleavage Competition Failure Mechanisms for Titanium Alloys Induced by Microstructure in Very-high-cycle Fatigue Regime
钛合金的超高周疲劳滑移-解理竞争失效机制 |
| 杨溥, 邓海龙, 康贺铭, 刘杰, 孔建行, 孙宇凡, 于欢, 陈雨 |
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Evaluation of Slip-cleavage Competition Failure Mechanisms for Titanium Alloys Induced by Microstructure in Very-high-cycle Fatigue Regime |
| YANG Pu, DENG Hailong, KANG Heming, LIU Jie, KONG Jianhang, SUN Yufan, YU Huan, CHEN Yu |
| 图13 与σmax有关的三种失效模式的失效概率与α晶粒含量的关系 |
| Fig.13 Change of failure probability with α grain content for the three failure modes related to σmax (a) surface slip failure, (b) surface cleavage failure, (c) internal cleavage failure |
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