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Asymptotics of the near crack-tip stress field of a fatigue growing crack in damaged materials: numerical experiment and analytical solution

机译：疲劳生长裂缝近裂纹尖端应力领域近裂纹尖端应力场中的渐近材料：数值实验和分析解决方案

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1. Asymptotics of the Near-Crack-Tip Stress Field of a Growing Fatigue Crack in Damaged Materials: Numerical Experiment and Analytical Solution [J] . L. V. Stepanova, S. A. lgonin Numerical analysis and applications . 2015,第2期

机译：损伤材料中疲劳裂纹扩展的近裂纹尖端应力场的渐近性：数值实验和解析解
2. ASYMPTOTIC DYNAMIC SOLUTION TO THE MODE PROPAGATING CRACK-TIP FIELD IN ELASTIC- VISCOPLASTIC MATERIAL [J] . 李范春应用数学和力学（英文版） . 2003,第002期

机译：弹-粘塑性材料中模式传播裂纹尖端场的渐近动力学解
3. THE ASYMPTOTIC SOLUTION TO THE ANTIPLANE SHEAR DYNAMIC CRACK-TIP FIELD IN AN ELASTIC STRAIN-SOFTENING VISCOPLASTIC MATERIAL [J] . 李范春, 齐辉应用数学和力学：英文版 . 1997,第002期

机译：弹性应变软化粘塑材料中抗膜剪切动态裂纹尖端渐近溶液的渐近溶液
4. Asymptotic Crack-tip Fields for Mixed Stationary Crack under Plane Stress Conditions in Pressure Sensitive and Elastic-plastic Materials [C] . Chenhua Lu, Sufang Xing, Wenjia Wang, International Conference on Advances in Materials and Manufacturing Processes . 2011

机译：压敏和弹塑性材料平面应力条件下混合固定裂缝的渐近裂缝尖端
5. Fatigue Crack Growth in Complex Residual Stress Fields Due to Surface Treatment and Foreign Object Damage Under Simulated Flight Cycles [D] . Zabeen, Suraiya. 2012

机译：在模拟飞行周期下，由于表面处理和异物损坏，复杂残余应力场中的疲劳裂纹扩展
6. The interaction of fatigue cracks with a residual stress field using thermoelastic stress analysis and synchrotron X-ray diffraction experiments [O] . Khurram Amjad, David Asquith, Eann A. Patterson, 2017

机译：疲劳裂纹与残余应力场的相互作用的热弹性应力分析和同步加速器X射线衍射实验
7. Asymptotic Stress Field in the Vicinity of the Mixed-Mode Crack in Damaged Materials Under Creep Conditions [O] . Larisa Stepanova, Ekaterina Yakovleva 2016

机译：蠕变条件下受损材料混合模式裂纹附近的渐近应力场
8. Extent of Dominance of Asymptotic Elastodynamic Crack-Tip Fields. Part 2. Numerical Investigation of Three-Dimensional and Transient Effects. [R] . Krishnaswamy, S., Rosakis, A. J., Ravichandran, G. 1988

机译：渐近弹性动力裂纹尖端场的优势度。第二部分：三维和瞬态效应的数值研究。

Asymptotics of the near crack-tip stress field of a fatigue growing crack in damaged materials: numerical experiment and analytical solution

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