1) shear difference method
剪应力差法
2) shear stress design method
剪应力设计方法
3) nominal shear stress method
名义剪应力法
4) stress shearing technique
应力法剪切技术
1.
Based on the principle of stress shearing technique as well as the principles of CAD and simulation technique, a Windows98/NT—based platform of the CAD and dynamic simulation system for shearing dies is presented by using the micro computer.
基于应力法剪切技术的理论及CAD和仿真技术原理 ,提出了一种在微机上开发的基于Windows98/NT的剪切模具的CAD和动态仿真系统的平台 。
2.
Accordingly, it is important for us to improve the utilization of the stress shearing technique.
应力法剪切技术是一项共性技术，与传统的剪切技术相比可节能30％左右，且剪切断口平整规则，能满足大多数精密加工对毛坯的要求。
5) stress shearing dies
应力法剪切模具
6) normal stress difference
法向应力差
1.
The physical experiment on hydraulic fracturing propagation in laboratory showed that the penetration of hydraulic fracture into the salutatory barrier mainly depended on the normal stress difference between salutatory barrier and pay zone.
室内物理模拟实验研究发现,突变体法向应力对水力裂缝能否穿过突变体起着决定性作用,约4MPa的法向应力差可以促使水力裂缝穿透突变体,继续沿原来的方向延伸。
2.
he flow of a power-law fluid flowing through an enlarged conical channel wasstudied, thus regressive relationships between die swell ratio B and normal stress difference N were obtained.
从连续方程和运动方程出发，对一种幂律流体流过扩张型圆锥流道时的流动进行了分析计算，得到了挤出胀大比Ｂ与法向应力差Ｎ之间的回归关系。
3.
Results include secondary flow,axial velocity and normal stress difference,which are affected by the Weissenberg number and Reynolds number.
结果包括了Weissenberg数和Reynolds数对于粘弹流体流动的二次流、轴向速度以及法向应力差的影响。
补充资料：剪应力差法
见光弹性法。
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