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Non-standard stabilization of the post-buckling path for elastic cylindrical shells under combined state of loadings

机译:组合载荷作用下弹性圆柱壳屈曲后路径的非标稳定

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摘要

The post-buckling path for cylindrical shells under external pressure and twisting moment is unstable. The effect of stabilization in most cases is obtained by changing geometry of the structure. In this paper an alternative concept is applied, namely stabilization of the unstable post-buckling path is achieved by application of additional axial loads imposed to the ends of the structure without changing its shape and sizes. Three types of stabilizing forces were investigated: active forces applied to the structure or passive ones or combinations of both. Calculations were performed using ANSYS 11.0 code for elastic shells under different combinations of loadings.
机译:圆柱壳在外部压力和扭转力矩作用下的后屈曲路径是不稳定的。在大多数情况下,通过更改结构的几何形状可获得稳定效果。在本文中,采用了一种替代性概念,即通过在不改变结构形状和尺寸的情况下,将附加轴向载荷施加到结构的端部来实现不稳定的后屈曲路径的稳定。研究了三种类型的稳定力:作用在结构上的主动力或被动力或两者的组合。使用ANSYS 11.0代码对弹性壳在不同载荷组合下的计算进行了计算。

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