shear angle

The shear of woven fabrics results largely in the alteration in the angle between warp and weft yarn.

机织物的剪切作用，大部分由经纱和纬纱之间角度的改变所形成。

For inner shear ( II) type crack, created-fracture angle is-70.5 ° according to maximum tension theory, but the angle has nothing to do with material nature.

按照最大拉应力理论，内剪切型裂缝的开裂角与材料性质无关（-70.5°）；

Through the checking calculation and adjusting of the parameter of the shear wall using the deformation aim gained from the inelastic displacement spectra method and the fitted drift angle evaluation function of deferent performance level, the performance level of the shear wall could he realized.

根据弹塑性位移反应谱法得到的目标位移和本文拟合的剪力墙构件各性能状态位移角估算公式进行验算、调整，可以实现剪力墙结构不同的性态目标。

Based on the limit equilibrium theory and the hypothesis of planar sliding surface, a formula for calculating the angle of shear failure was deduced considering cohesion and cut slope angle.

基于极限平衡理论及平面滑裂面假定，在考虑土黏聚力及放坡角度的基础上，推导了平面滑裂面剪切破坏角的数学表达式。

An analysis of size effect of the inclination angle of shear band and the onset, skip and stability of shear strain localization

剪切带倾角尺度律与局部化启动跳跃稳定研究

The transverse weld topography, the connect width between plates and tension and shear load were analyzed when the incident angle changed.

分析了入射角改变对焊接件外观形貌、焊缝截面、焊缝板间连接宽度以及所承受的拉剪载荷的影响。

The shear stress concentrates in the retaining substructure and the angle of slope, especially serious in the angle of slope.

剪应力在支护结构和坡角处有集中现象，在坡角处较为严重。

New Methods on the Determination of Martensitic Transformation Shear Angle and Lattice Parameters;

马氏体相变切变角和点阵常数测定的新方法◆剪切角可调，减少板料扭曲变形。

The diffusion of rotation is concerned with shear velocity. The particles have large angle and optimal orientation in the region with large curve flow stream.

纤维粒子旋转扩散与流场的剪切速度有关，在流线曲率大的区域，纤维与流线的夹角较大，并有最优取向：而在纤维与流向一致的区域内流线比较平直。

The mechanisms of semi-periodic variation of chip thickness were discussed, and combining with shear angle changing and dynamic behaviour of microcracks, models of chip forming process were established for SiC_p/ Al composites with different reinforcement volume fraction. 2.

探讨了切屑厚度准周期变化的内在机制，将剪切角周期变化和微裂纹的动态影响相结合，建立了适应含不同颗粒体分比的该材料的切屑形成过程模型。

For general reinforced concrete foundation, there is larger horizontal shear stress when the incident angle of P_1 wave is between 30 ° and 50 °;

对于通常的钢筋混凝土建筑，当P1波入射角为30°~50°时，基础容易产生较大的水平剪应力；

In our dataset, 53% of the active regions in the south hemisphere have positive shear angle and 62%

磁场剪切角具有南北半球符号的反对称手征性，在南半球有53%的活动区的磁场剪切角是正的，而在北半球有62%是负的。