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[力]疲劳寿命
1、fatigue strength───[力]疲劳强度；疲乏强度，疲劳强度
2、fatigue meaning───疲劳含义
3、fretting fatigue───磨蚀疲劳；微动疲劳
4、compassion fatigue───捐赠疲软；由于过分暴露于人类痛苦而造成的怜悯心或同情心之丧失
5、paleness fatigue───苍白疲劳
6、fatigue coronavirus───疲劳冠状病毒
7、profound fatigue───极度疲劳
8、fatigue symptoms───疲劳症状
9、epididymitis fatigue───附Gao炎疲劳
1、Fracture mechanics is adopted to estimate the fatigue life of structural members, and among the rest, crack growth rate formula is studied.───本文采用断裂力学方法来估算结构构件的疲劳寿命，这其中主要围绕裂纹扩展速率表达式展开研究。
2、Those may cause serious disaster. Therefore, studying on ultimate strength and fatigue life of dented riser is of great significant.───所以研究已发生凹陷损伤的立管的极限强度和疲劳寿命有着十分重要的意义。
3、The main content of this article is to predict the fatigue life of the body.───本文的主要内容是预测车身骨架结构的疲劳寿命。
4、The results can provide references for forecasting acoustic fatigue life of composite structures.───所得结果可以为预测复合材料结构的声疲劳寿命提供参考。
5、It has been found that residual stress and its distribution under the surface influence the fatigue life of work pieces.───残余应力的性质以及残余应力的层深分布对零件使役条件下的疲劳寿命有重要影响。
6、fatigue life of the bridge expansion device are influenced by many factors.───桥梁伸缩装置疲劳寿命要受到各种因素的影响。
7、Over the years, Boeing has probably accumulated more data on the fatigue life of airframes than any other plane-maker.───多年来，波音公司可能已经积累了比任何其他飞机制造商更多的有关飞机机体疲劳寿命的数据。
8、the mean velocity has slight impact on the wind-induced fatigue life of the structure.───平均风荷载对结构的风致疲劳寿命影响较小。
9、Impurities in its material affect the fatigue life.───材料中的杂质影响疲劳寿命。
1、Underfill technology effectively enhances the flip-chip cycle fatigue life and reliability of packaging process.
2、The fatigue life is calculated with local stress and strain method under multiaxial condition.
3、Study on Collision Damages , Reliability and Fatigue Life Assessment of Offshore Platform Structures.
4、An engineering calculation method of spot weld fatigue life prediction is introduced.
5、Meantime, empirical formula of fatigue life predication of the structure under multicycle loading in random scan vibration was obtained by modifying the three factors formula.
6、The results show that low cycle fatigue life is reduced and cyclic stress is raised by torsional prestrain raising.
7、The fatigue life of the welding structure exhibits an exponential decay function of the welding angle.
8、The fatigue life of a notched specimen under random loading spectrum is evaluated by means of the present method.
9、For the modified frame design, fatigue life and damage calculation results, by means of this approach, show that the ability of anti-fatigue damage at the weld line has been improved significantly.