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ON THE DYNAMIC SNAP-THROUGH BUCKLING OF FUNCTIONALLY GRADED SPHERICAL CAPS

机译:功能梯度球帽的动态弯头屈曲研究

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摘要

Here, the dynamic snap-through buckling characteristics of clamped functionally graded spherical caps suddenly exposed to a thermal field are studied using finite element procedure. The material properties are graded in the thickness direction. The temperature load corresponding to a sudden jump in the maximum average displacement in the time history of the shell structure is taken as the dynamic buckling temperature. Numerical study is carried out to highlight the influences of shell geometries and material gradient index on the critical buckling temperature.
机译:在这里,使用有限元方法研究了突然暴露于热场的功能梯度梯度球形盖的动态扣紧屈曲特性。材料特性沿厚度方向分级。将与壳结构的时间历程中最大平均位移的突然跳跃相对应的温度载荷作为动态屈曲温度。进行了数值研究,以突出壳的几何形状和材料梯度指数对临界屈曲温度的影响。

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