1) compressive shearing deformation
压剪变形
1.
The conclusions are: (i)tectonic stress is the direct factor causing coal broken; (ii) broken coal is the products of compressive shearing deformation during structural movement, and is formed gradually during tectonic evolution; (iii)the lateral and vertical changes of broken coal have been controlled by man.
具体表现在以下几个方面：（１）构造应力是造成煤层破坏的直接因素；（２） 破坏煤是构造运动过程中压剪变形的产物，是构造演化过程中逐渐形成的；（３） 煤层厚度、煤层在煤系剖面中的位置、煤层倾角和断裂发育情况控制了破坏煤的横向和纵向变化，其它因素的影响居次要地位。
2) shear-compression deformation
压缩剪切变形
1.
In order to reveal the evaluate property of rubber isolators,especially the vertical property at shear-compression deformation,vertical property tests of rubber isolators at shear-compression are performed with different parameters.
为了全面评价隔震橡胶支座的竖向性能,特别是在压缩剪切变形状态下的竖向性能,对铅芯橡胶支座和天然橡胶支座的竖向性能进行了试验研究,分析了这两种隔震支座在压缩剪切变形状态下偏压竖向刚度以及竖向变形量等特性。
3) cone spinning,shear spinning
锥形变薄旋压(剪切旋压)
4) shear deformation
剪切变形
1.
Thixotropic behavior of a semi-solid AlSi6Mg2 aluminum alloy under cyclic shear deformation;
半固态AlSi6Mg2铝合金循环剪切变形下的触变行为
2.
Effect of direction change of shear deformation on rolling textures in high purity Al foils;
剪切变形方向特征对高纯铝箔轧制织构的影响
3.
The effect of shear deformation on the buckling of single-story and single-span frame;
剪切变形对单层单跨框架稳定的影响
5) shearing deformation
剪切变形
1.
Analysis on shearing deformation of roof support bolt in gob-side entry of fully-mechanized caving face;
综放沿空巷道顶部锚杆剪切变形分析
2.
The shearing deformation and alkali metasomatic mineralization of the Shut-Quan-Gou gold-bearing alkaline complex,Northwest Hebei;
水泉沟含金碱性杂岩体的剪切变形与碱交代成矿特征
3.
Research on the shearing deformation of reinforced concrete composite beams;
钢—混凝土组合梁剪切变形的研究
6) shear deformation
剪切形变
1.
It can be concluded that compared with the prediction data by affine deformation,the prediction data by shear deformation quite agree with the experimental data.
研究了简单剪切流场中两相共混物分散相的剪切形变，得出了分散相形变及取向角与剪切应变的关系式。
补充资料：压剪粘接强度
分子式：
CAS号：
性质：以压缩荷重对粘接面施加剪切应力，至粘接部位破坏的强度。多用于木材粘接力试验。
CAS号：
性质：以压缩荷重对粘接面施加剪切应力，至粘接部位破坏的强度。多用于木材粘接力试验。
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