1·There is no shear force in a straight column exposed to an axial compression.
一个轴心受压的直柱是没有剪力的。
2·Trial method of shaped steel axial compression members is analyzed in this paper.
分析了型钢轴压构件在试算法中的运用。
3·The thesis aims at studying stability of aluminum alloy axial compression members.
本文旨在研究铝合金轴心受压构件的稳定性能。
4·It is mainly studied the testing methods of stability of axial compression steel members.
对轴心受压钢构件进行了稳定性检测方法研究。
5·Results The maximal axial compression force and embalmed time-length was negatively correlated.
结果最大抗压力与福尔·马林浸泡时间呈负相关。
6·The definitions of parameters of axial compression ratio and shear span ratio of split columns were given.
给出了分体柱轴压比、剪跨比等概念参数的定义。
7·This fracture usually results from the joint effects of axial compression, and rotating or shearing stress.
这种骨折通常是轴向压缩应力与旋转或剪式应力综合作用的结果。
8·Then, the calculational method on the bearing capacity of split columns under axial compression is brought up.
最后提出了分体柱轴心受压承载力的简易计算方法。
9·Then, the classical stability theory for brail composite cylindrical shells under axial compression is discussed.
然后，讨论了编织复合材料圆柱壳的经典稳定性理论。
10·This paper makes simple force and its deformation analyses for the thin walled cylinder under axial compression at first.
本文首先对轴压薄壁圆筒作出简单的力及其变形分析。