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Closed-form solutions for thermomechanical buckling of orthotropic composite plates

机译:用于正交复合板的热机械屈曲的闭合溶液

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摘要

A closed-form solution is derived for the buckling of orthotropic composite plates under the effect of thermal and mechanical loads. The plates are subjected to constant temperature increment and length variation while the width expansion is constrained. The problem is formulated in terms of displacement components, studied using classical plate theory in combination with classical lamination theory. An analytical formula that relates critical temperatures to applied plate displacements is obtained. The buckling of heated, fully restrained plates is also derived as a particular case. Examples of plates made of different materials and lay-ups are presented in graphical form, and are verified by finite element analysis. The obtained formula can be used during initial design, for sensitivity analysis and also for obtaining desired buckling shapes.
机译:在热和机械载荷的效果下导出用于正交复合板的屈曲的闭合溶液。在宽度膨胀受到约束时,平板经受恒温增量和长度变化。该问题在位移组分方面配制,使用经典板理论与经典层压理论相结合研究。获得了将临界温度与施加板位移相关的分​​析配方。加热的完全限制板的屈曲也是特定的情况。由不同材料和叠层制成的板的实例以图形形式呈现,并通过有限元分析验证。可以在初始设计期间使用所得配方,用于灵敏度分析,并且还用于获得所需的屈曲形状。

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