1.
Influence of Cathodic Hydrogen Charging on Plastic Deformation Behaviour at Crack Tip of Structure Steel
阴极充氢对结构钢裂尖形变行为的影响
2.
Study on Mechanism and Criterion for Brittle/Ductile Fracture and Theory of Crack-tip Deformation;
脆性/韧性断裂机理与判据及裂尖变形理论研究
3.
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
4.
EFFECT OF HYDROGEN ON THE DEFORMATION PROCESS AHEAD OF CRACK TIP IN BCC SINGLE CRYSTAL
氢对体心立方金属裂纹尖端变形过程的影响
5.
Large deformation bands were observed at each side of the crack.
实验结果表明：在裂尖两侧存在与裂纹方向夹角约为50°大变形带。
6.
Analysis to the Stress Construction at the Vicinity of Crack Tip for Mode I Fracture in 3-D State Using Finite Element Method
三维变形状态下Ⅰ型裂纹裂尖应力场结构的有限元分析
7.
Finite Element Analysis for Elastic-plastic Deformation Field and Constraint Effect on the Crack Tip Fields;
裂纹尖端弹塑性变形场和约束效应的有限元分析
8.
Estimation of Crack Expansion Life of Bar V-shaped Notch Tip under Variable Amplitude Load
变幅载荷下棒料V形槽尖端裂纹扩展寿命的估算
9.
It is shown that the singularity of the strain field at the crack tip is smoothed in non-local theory.
根据基于不同形式权函数的非局部理论，分析了Ⅰ-Ⅱ型复合裂纹尖端的应变场。
10.
of a leaf shape; like a spear point, with flaring pointed lobes at the base.
叶子的形状；象矛尖一样，底部有张开的尖角的圆裂片。
11.
The church spire tapers off to a point.
教堂的尖顶逐渐变细,形成了一个尖头儿。
12.
A breaking, harshly dissonant vocal tone or sound, as in hoarseness.
沙哑声，变声破裂、尖锐刺耳的音调或声音，如沙哑
13.
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
14.
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
15.
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
16.
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
17.
Research on Cusp Catastrophe Model of Crack in Bedrock Based on Grey Theory
基于灰色理论的基岩裂缝开度尖点突变模型
18.
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