1.
The Formulae and Finite Element Methob of Determining the stress Intensise Factors for the Heel Notch of the Gravity Dam
确定重力坝坝踵切口应力强度因子的公式及其有限单元法
2.
Photoelastic Investigation and Numerical Analysis of the Determination of SIF for "V" notch;
确定V形切口的应力强度因子的光弹性实验和数值方法的研究
3.
Their results showed a more rapid rate of increase in the dynamic SIF for blunt than for sharp notches.
它们的结果表明：钝切口比尖锐切口的动态应力强度因子增长率更快。
4.
Finite Element Analyses of Stress Intensity Factors of Cracks at V-Notches
V型缺口根部裂纹应力强度因子的有限元分析
5.
stress corrosion threshold intensity factor
应力腐蚀界限强度因子
6.
STUDY OF THE COMPUTATION OF STRESS INTENSITY FACTOR BY STRESS FIELD INTENSITY
应力场强计算裂纹应力强度因子的方法研究
7.
FEM based stress intensity factor analysis for rotor steel 30Cr1Mo1V
30Cr1Mo1V转子钢应力强度因子有限元分析
8.
Stress and Stress Intensity Factor Measurement of Structural Members Using PVDF Film;
应用PVDF压电材料测量结构应力和应力强度因子
9.
Calculate the Stress Intensity Factor by the Finite Element Software ANSYS
基于ANSYS的应力强度因子计算
10.
STRESS INTENSITY EVALUATION FORMULAS FOR A RECTANGULAR INTERFACIAL CRACK IN THREE DIMENSIONAL BIMATERIALS
矩形界面裂纹应力强度因子评价公式
11.
Conclusion Prolene mesh was effective in treating incisional hernia and easy to process.
结论应用聚丙烯网片修补腹壁切口疝简便易行，可以降低切口缝合张力，加强腹壁强度。
12.
Effect of general T-stress on stress intensity factor of a crack
广义T应力对裂纹应力强度因子的影响
13.
COMPUTING STRESS INTENSITY FACTOR USING PARTITION OF UNITY ENRICHED NATURAL ELEMENT METHOD
单位分解增强自然单元法计算应力强度因子
14.
elastodynamic stress-intensity factor
弹性动力应力强度因数
15.
Evaluation of Adhesion Strength of High-Strength Coating by Symmetrical-Incision Tensile Testing and Analysis of Its Plane Stress bv Finite Element Method
对称切口拉伸法评价高强度涂层及平面应力有限元分析
16.
The Numerical Simulation of Stress Intensity Factor in Fracture Mechanics of Frozen Soil;
冻土断裂力学应力强度因子的数值模拟计算
17.
Solving Methods of Determining Stress Intensity Factors with the Techniques of Photoelasticity and Dislocation;
应用光弹性法和位错法求解应力强度因子
18.
The relatively small reduction in stress intensity magnification factor with increasing stiffness of the stiffener
随着加强肋刚度的增加，应力强度放大因子则相应有所减小。