1.
Study on the Crack Opening Area of Leak-Before-Break Assessment Procedure for the Welded Pipeline;
焊接管道“先漏后断”评定裂纹张开面积研究
2.
The singular integral equation for the unkown crack opening displacement is derived.
求出了以裂纹张开位移为未知量的奇异积分方程。
3.
Explicit formulas for calculating COA and COV in finite domains are given for representative problems.
以显式给出计算有限域中裂缝的张开面积和张开体积的有代表性的算例公式。
4.
Relationship between stress distribution along slant crack and opening displacement on crack-surface
倾斜裂纹的应力分布与裂纹面开口位移的关系
5.
Test method for crack-tip opening displacement measurement of metallic materials
GB/T2358-1994金属材料裂纹尖端张开位移试验方法
6.
Estimation of Stress Intensity Factor Solutions for Cracks in Tubular Joints Based on Crack Opening Displacement;
基于张开位移的管节点裂纹应力强度因子评估
7.
NUMERICAL SIMULATION AND SIMPLIFIED CRITERION FOR CLOSURE OF AN OPEN CRACK IN BRITTLE MATERIALS
张开裂纹闭合的数值模拟及简化判据研究
8.
Opening and sliding displacement behavior of a slant angle fatigue crack under mixed-mode conditions
倾斜疲劳裂纹在混合型应力下张开及滑移特性
9.
Singular Integral Equation Approach for Multiple-edge Crack Problems of Half-plane in Antiplane Elasticity;
反平面弹性中半平面多边缘裂纹问题的奇异积分方程解法
10.
ANALYSIS OF DOUBLY PERIODIC IN-PLANE CRACKS USING THE EIGENFUNCTION EXPANSION-VARIATIONAL METHOD
双周期平面裂纹问题的特征展开-变分方法
11.
Propagation and Environmental Propagation of the Indentation Crack of Ferroelectric Materials;
铁电材料压痕裂纹的开裂与环境开裂
12.
At zero applied load, the crack is closed along the perimeter of the specimen but open in the center.
在施加零载荷处，试样周边的裂纹是闭合的，而中心则是张开的。
13.
Prediction of Crack Tip Opening Displacement(CTOD)from the Instrumented Impact Test Based on the Local Approach
基于局部法由示波冲击试验预测裂纹尖端张开位移
14.
The J-integral Computation and the Safe Assessment of X56 Pipeline with Surface Crack;
含表面裂纹的X56管线钢的J积分计算和安全评定
15.
A Singular Integral Equation Method for the Branch Crack Problem in Antiplane Elasticity;
反平面弹性中分叉裂纹问题的奇异积分方程解法
16.
Analysis of Multiple Interfacial Cracks in Three Dimensional Bimaterials Using Hypersingular Integral-Differential Equation Method
三维无限接合体双材料多界面裂纹的超奇异微积分方程法
17.
initiation of stable crack growth
稳态裂纹扩展的开始
18.
Numerical Simulation to Sizing Surface-Breaking Cracks by Ultrasonic Surface Wave Spectral Method
表面开口裂纹超声表面波频谱法测量的数值模拟