Under the same conditions, the height of cylindrical shells is a known scope, the scope of axisymmetricbuckling increases as the height of cylindrical shells increases.
在相同条件下，柱壳高度在一定范围内时，轴对称屈曲的范围随着圆柱壳高度的增加而变大。
2
Based on the first-order shear deformation plate theory, axisymmetric governing buckling equations are derived for a functionally graded material circular plate subjected to in-plane pressure.
基于一阶剪切变形板理论，推导了功能梯度材料圆形板在边界面内均布压力作用下的轴对称屈曲方程。
3
Based on the classical nonlinear plate theory, axisymmetric post-buckling behavior of a functionally graded circular plate under radial compression was investigated.