1.
Finite Element Analysis of the Crack Tip Field and Structural Evolution Behavior of the Crack Tip;
裂纹尖端场的有限元分析与裂尖结构演化行为
2.
Higher-Order Asymptotic Solution of Growing Cracks in Elastic Perfectly Plastic Media
理想弹塑性材料扩展裂纹尖端场高次渐近解
3.
Analysis of Strength Factor for Non steady Creeping Crack Tip Field
非稳态蠕变二维裂纹尖端场强近似分析
4.
Study of the Mode Ⅲ Interfacial Crack-tip Considering the Strain Gadient Effect;
考虑应变梯度效应Ⅲ型界面裂纹尖端场的研究
5.
Crack-tip Fields in Creep Damage Materials and Acoustic Detection of Mesodamage;
蠕变损伤裂纹尖端场与细观损伤的声学探测
6.
Crack-Tip Field on Mode II Interface Crack of Double Dissimilar Orthotropic Composite Materials
正交异性双材料的Ⅱ型界面裂纹尖端场
7.
STUDY OF CHARACTERISTICS OF MODE Ⅱ PROPAGATION CRACK TIP FIELD IN CREEPING MATERIALS WITH HARDENING EFFECT
蠕变硬化材料中Ⅱ型扩展裂纹尖端场特性研究
8.
Crack Tip Field on Mode Ⅱ Dynamic Growing Crack in Visco-Elastic Compressible Material
可压缩粘弹性材料Ⅱ型动态扩展裂纹尖端场
9.
Crack-tip field of a quasi-static crack growing in a pressure-sensitive material
压力敏感性材料准静态扩展裂纹尖端场
10.
BOUNDARY ELEMENT SOLUTION FOR CRACK TIP OF METAL IN ELECTROMAGNETISM-THERMAL FIELD
金属板裂纹尖端电磁热场边界元解析
11.
Dynamic stress fields around crack-tip in FGMs
功能梯度材料裂纹尖端的动态应力场
12.
AN EXPERIMENTAL STUDY OF OUT-PLANE DISPLACEMENTFIELD NEAR THE TIP OF A THROUGH CRACKIN A PLATE UNDER BENDING
含穿透裂纹平板受弯时裂纹尖端离面位移场的实验研究
13.
The st udy shows that the coupled elastic and electric fields inside piezoelectric med ia depend on the speed of the crack propagation, and have singularity at the cr ack tip.
研究表明 :介质内的耦合场与裂纹运动速度有关 ,在裂纹尖端有奇异 ;
14.
The Elastic-viscoplastic Field at the Tip of a Dynamic Propagating Crack in Power-hardening Materials
幂硬化材料动态扩展裂纹尖端的弹粘塑性场
15.
AN ASYMPTOTIC ANALYSIS OF THE ELASTOSTATIC FIELD WITH FINITE DEFORMATION NEAR THE TIP OF AN INTERFACE-CRACK
界面裂纹尖端有限变形弹性场的渐近分析
16.
Anisotropic Plastic Stress Fields at a Slowly Propagating Crack Tip
缓慢扩展裂纹尖端的各向异性塑性应力场
17.
Using the Method or Speckle Interferometry to Determine Strain Field Around a Crack Tip in Steel Fiber Reinforced Concrete
用散斑干涉法确定钢纤砼裂纹尖端应变场
18.
Analysis and Testing of Stresses at Crack Tip of Wood;
木材裂纹尖端区域应力场的数值分析和测试