1) V-shaped notch
V型切口
1.
Numerical simulation of brittle fracture at V-shaped notches under mixed mode loading;
I-II复合型V型切口脆性断裂的数值模拟
2.
Under the subsidy of academic step and characteristic study in Lanzhou university of technology, for the application of crack technology on machining of mechanism, the theory of plane V-shaped notches in bimaterial is investigated in detail.
在兰州理工大学学术梯队及特色研究方向基金资助下，针对裂纹技术在机械加工中的应用，开展双材料V型切口问题的研究，为裂纹技术中的人为切口提供高效、便捷的形成方法。
3.
Based on theoretical studies on V-shaped notches in bimaterials, a new definition for the stress intensity factor is proposed, and it is extended to V-shaped notches.
基于双材料V型切口理论,给出了新的双材料V型切口问题的应力强度因子定义,将单材料裂纹问题、双材料裂纹问题、V型切口问题的应力强度因子的定义相统一,进而得到应力外推法计算双材料V型切口KI的计算公式。
2) V notch
V型切口
1.
The problem of elastoplastic stress singularity near the tip of V notch is studied.
研究了V型切口尖端的弹塑性应力奇异性问题 。
3) V-notch
V形切口
1.
Brittle Fracture Criterion for Sharp V-notch;
尖V形切口的脆性断裂准则
2.
Determining stress singularity exponents of plane V-notches in bonded bimaterial;
平面V形切口应力奇性指数分析(英文)
3.
Brittle Fracture Criterion for Mixed Ⅰ-Ⅱ type of Sharp V-notch;
Ⅰ-Ⅱ复合型尖V形切口脆断准则
4) v-notch
V形槽[切口]
5) A V-shaped cut.
V字形切口
6) V notch
V型缺口
1.
Singularity Stress Analysis near the Tip of V Notch in Homogeneous Materials;
单材料V型缺口尖端振荡性奇异应力场产生的条件
2.
The effects of thickness, notch orientation and delamination on the initial cracking and total works of X70 pipeline steel samples with V notch were investigated experimentally by use of the 3-point bending test in -60℃, -20℃ and 20℃.
通过对X70管线钢不同厚度含不同V型缺口取向试样在不同温度下三点弯曲断裂试验 ,研究高韧性管线钢缺口取向、试验温度和分层裂纹对材料韧性的耦合效应。
补充资料：巴伦斯氏切口