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1·Finally, formulas for stress intensity factors are deduced.

最后，得出了应力强度因子计算公式。

2·The results show that the stress intensity and stiffness are enough.

结果表明，刚架结构的强度和刚度是足够的。

3·Multiiiple crack interaction may cause distrubed effect of stress intensity factor.

裂纹群的交互作用会引起裂纹应力强度因子的干扰效应。

4·So the stress intensity factors can be obtained by the displacement discontinuities.

基于裂纹表面位移间断的计算结果得到了裂纹前沿的应力强度因子。

5·We study stress intensity factor of thick wall cylinder with cracks under dynamic load.

研究了动载荷作用下带裂纹厚壁筒的应力强度因子。

6·Finally, the dynamic stress intensity factors of the fast-propagating crack is obtained.

得到了快速扩展裂纹的动态应力强度因子。

7·It is important for the design of pressure vessels to study stress intensity of this type of structure.

研究这种结构的应力强度对于压力容器的设计具有重要意义。

8·Carbon fibers restrained the matrix cracks growth and diminished the crack tip stress intensity factor.

纤维对基体开裂起抑制作用并降低了裂纹尖端的应力集中。

9·Stress intensity factors at vertical crack tips and numerical results of pressure under punch are obtained.

最后得到垂直裂纹端点处的应力强度因子和压头下方的压力数值。

10·The influence of cold expansion on the stress intensity factor distribution in crack tip was also analyzed.

分析了冷扩张对疲劳裂纹尖端应力强度因子分布的影响。