1) circumferential shear load
环向剪切力
1.
Making use of Galerkin variational method, the general stability of the hinged spherical shells with the circumferential shear loads is studied.
通过球壳微元初始屈曲的微分几何分析,推导出一组新的精确的屈曲分支方程,并且应用Galerkin变分法研究铰支球壳承受环向剪切力时的整体稳定性,构造了接近分支点变形状态的屈曲模式,首次求得了从扁球壳到半球壳大范围内的扭转屈曲临界特征值,临界荷载强度和临界应力
2) Tangential Shearing Stress
切向剪应力
3) shear stress
切向应力(剪应力)
4) transverse force
横向力,剪切力;剪力
5) axial shearing stress
轴向剪切应力
1.
Bottom end crack of porcelain hollow insulator body is one of the main defects resulting in the rejection during 220kV body firing,practice demonstrates that on the premise of satisfying design demand,the axial shearing stress at the conjunction part of bench and body is reduced through reducing the height of bench.
生产实践表明,在满足产品设计要求的前提下,尽量减少台阶的高度,可减少因收缩不同在台阶与主体结合部位产生的轴向剪切应力,有效地解决了下端开裂问题,使空心瓷绝缘子的瓷检合格率提高到92%以上。
6) transverse shear stress
横向剪切应力
补充资料:剪切力
1.使物体发生剪切形变的力叫剪切力。
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