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1·The paper proposes a new method for calculating shear plane area based upon a new oblique cutting model with double edge.

根据新的斜角非自由切削模型，本文提出了新的剪切面积计算方法。

2·Variation of striper force and clearance between punch and die plate with respect to shear plane and die stress were analyzed.

分析了不同压边力和凸凹模间隙对精冲断面质量和模具应力的影响关系。

3·The results show that the frictions caused by the wall of shear box will influence the distributions of stresses in specimens and the normal pressure stresses on the shear plane.

结果表明，剪力盒壁摩擦力将会影响试验土样中的应力分布和剪切面上的正压应力值。

4·So a split-type shear box is adopted to conduct the in-situ shear test in order to make the stress on the shear plane uniform and ensure the shear stress to running through the center o.

我们改进后采用分体式剪切盒进行原位土体试验，使剪切面上的应力分布均匀，保证剪力通过剪切缝中心，同时在试验过程中法向及剪向加载时试体稳定性得到了很好的改善。

5·The results showed that most multiaxial fatigue cracks were initiated and propagated along the direction of maximum shear plane or on the direction perpendicular to the tubular specimen's axis.

研究表明，多轴疲劳裂纹主要是沿最大剪切平面或垂直于管形试样的轴线方向扩展。

6·An applied tensile or compressive stress resolved into a shear component along a specific plane and direction within that plane.

一个实际拉或压应力沿某一特定平面和在该平面特定方向上分解得到的切应力分量。

7·With widely applying of profiled sheet, it is not only reflect the working of structure but also obtain benefit that considering the ability resistance to shear of profiled sheet in the plane itself.

随着压型钢板的广泛应用，充分考虑这些面层在其平面内的抗剪能力——受力蒙皮作用，不仅能真实反映结构的实际工作，而且还可获得相当的经济效益。

8·Presumably it is due to their different critical values of the ratio of slip plane hardening rate to current tensile stress for shear localization.

这可能是由于在不同状态时产生剪切形变局部化的滑移面硬化率对瞬时拉应力的临界比值不同之故。

9·The final crystalline phase has a FCC structure and the (111) plane is parallel to the shear direction.

最终生成的晶粒具有面心立方结构，其(111)方向平行于剪切面。

10·Presumably, it is due to their different critical values of the ratio of slip plane hardening rate to current tensile stress for shear localization.

这可能是由于它们产生剪切形变局部化的滑移面硬化率对瞬时拉伸应力的临界比值不同之故。