The influence of the relative phases ofmechanical fatigue and thermal fatigue loading on the thermo-mechanical fatigue hysteresis loop, and the influence of the topological micro-structure of inclusions on the thermo-mechanical fatigue behavior have been analyzed.
分析了机械疲劳载荷和热疲劳载荷的相位关系对结构的热机疲劳迟滞迴线影响,以及夹杂的拓扑结构对材料热机疲劳特性的影响。
参考来源 - 颗粒增强复合材料界面脱层和热机疲劳的数值模拟All the working conditions causes stress failure, consequently, unexpected grave accidents. TMF(thermo-mechanical fatigue) under complicated stress, which is the most complex part in high temperature fatigue study, involves strain cycle load, temperature cycle load, creep cycle load and surrounding effects.
在部件的高温疲劳损伤研究中,最为复杂的课题之一是复杂应力状态的热机械疲劳问题,上述的损伤即属于此类问题,它涉及到高应变循环载荷、温度循环载荷、蠕变载荷和环境效应等多种因素。
参考来源 - 复杂应力状态下20g材料热机械疲劳总寿命评价·2,447,543篇论文数据，部分数据来源于NoteExpress
以上来源于: WordNet
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