1·Failure processes of sheet metals are modeled under plane strain tension.
在平面应变拉伸的情况下仿造了板形的失效过程。
2·The analysis covers plane strain, plane stress and anti-plane strain shear cases.
分析包括了平面应变、平面应力和出平面应变剪切三种情况。
3·Plasticine is used in the plane strain experiment and pure lead in the axisymmetric one.
首先采用塑胶泥和纯铅两种材料进行流动规律实验。
4·The new result here explains the difference between the cases of plane strain and plane stress.
新的结果还解释了平面应力和平面应变问题的区别。
5·The development and reason of asymmetric flow pattern during plane strain compression was analyzed.
分析了平面应变压缩过程中金属的非对称流动方式的进展以及产生原因。
6·The restraint level of plane stress is lesser than that of plane strain at the same mixed condition.
平面应力条件下裂端的约束水平远低于相应条件下平面应变时裂端的约束水平。
7·This paper use the plane strain hypothesis to build a reasonable study model of numerical simulation.
文章根据平面应变假设，建立了合理的数值模拟研究模型。
8·It is found that lateral deformation exists, which implies the condition of plane strain does not fulfill.
试验表明沿滚轮和轨道的侧向存在变形，不满足平面应变问题的条件。
9·This paper introduces a new way for defining the maximum principal strain direction in plane strain condition.
本文介绍了一种确定平面应变中最大主应变方向的新方法。
10·The retaining wall for remaining stability of slope are all designed as plane strain problem in elastic theory.
维护边坡稳定的挡土墙设计，都是按弹性力学平面应变问题分析的。