1) stress blanking
应力断料
1.
Numerical simulation of crack propagation process in stress blanking;
应力断料中裂纹扩展过程的数值模拟
2.
But to the view of developing the utilities of crack, its spreading can be used to stress blanking.
为了减少耗费在切口制备工序上的时间,提出了用压口代替切口的思想,本文的主要目的在于对压口应力断料的模型进行有限元分析研究,从而得出压口应力断料的合理设计参数。
3.
But through exploring the usages of crack, using the crack propagation to realize stress blanking, a new concept of fracture technology is developed.
本文的主要目的在于对应力断料中裂纹扩展过程的数值模拟进行分析研究。
2) stress fracturing material
应力断料
1.
Application of video detection technology in the research on the method of stress fracturing material;
视频化测量在应力断料工艺研究中的应用
2.
The theory of stress fracturing material emerged at the beginning of 1980's and was founded on the basis of fracture mechanics.
应力断料是产生于八十年代初建立在断裂力学基础上的 ,能实现固体材料连续界面快速和规则分离的先进加工工艺方法。
3) stress breaking machine
应力断料机
1.
Based on the regulations for organizing methods of the national machine toolpedigree and the features of the stress breaking machine, the principle of dividing the stressbreaking machine into groups and series is put for ward in the first place,and then the stressbreaking machine is separated into ten groups.
根据国家机床型号编制方法的有关规定和应力断料机自身的特点，首先提出断料机的组、系划分原则，借此将断料机划分为十个组，每个组又划分为十个系（系列），通过汉语拼音字母和阿拉伯数字按一定规律的排列组合，能够准确表明断料机的结构性能、使用范围和规格大小，从而初步建立了断料机自身的系列和型谱。
4) fracture machine tool
应力断料机床
5) breaking stress
断裂应力
1.
Analysis on the breaking stress of sucker rod and avoidable measures in Guangbei Area of Bamianhe Oilfield;
八面河油田广北区抽油杆断裂应力分析与防治
6) fracture stress
断裂应力
1.
Effects of notch opening angle on local cleavage fracture stress;
缺口夹角对细观解理断裂应力的影响
2.
In the case of the limited level density of the material surface energy, the fracture stress and the calculation formula of the engineering damage were studied.
本文研究考虑损伤时材料的断裂应力 ,推导出了在表面能密度有限的情况下 ,损伤断裂应力的计算公
3.
The local cleavage fracture stress a, was measured.
结果表明:加载速率较低时,断裂应力较高;加载速率较高时,断裂应力较低。
补充资料：低应力脆断
分子式：
CAS号：
性质：当容器或构件采用强度高而韧性差的材料时，在应力水平不高，甚至低于材料屈服极限的情况下所发生的突然断裂现象称为低应力脆断。这类现象在使用温度较低而且选材不当时，往往发生在材料存在缺陷的地方。
CAS号：
性质：当容器或构件采用强度高而韧性差的材料时，在应力水平不高，甚至低于材料屈服极限的情况下所发生的突然断裂现象称为低应力脆断。这类现象在使用温度较低而且选材不当时，往往发生在材料存在缺陷的地方。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条