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Nonlinear buckling analysis of shallow spherical shell under uniform pressure and temperature field

机译:均匀压力和温度场下浅球壳的非线性屈曲分析

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Shallow spherical shell is an important kind of sensor elastic element. Because of the particular metal material texture, it can work under high temperature field. The nonlinear buckling problems of shallow spherical shell in load and temperature filed are veiy important, In this paper, nonlinear buckling of shallow spherical shell under uniform pressure and temperature field in simply supported boundary conditions is studied by the modified iteration method, and the analytic formulas for determining the critical buckling load arc obtained. The effect of temperature field on critical buckling load and critical geometrical parameter are discussed.
机译:浅球壳是一种重要的传感器弹性元件。由于特定的金属材料纹理,它可以在高温场下工作。浅球壳在负载和温度壳中的非线性屈曲问题是象限的重要,本文通过改进的迭代方法研究了简单地支持边界条件下的均匀压力和温度场下的非线性屈曲,以及分析公式。用于确定获得的关键屈曲负载弧。讨论了温度场对关键屈曲负荷和临界几何参数的影响。

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