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Application of linear shallow shell theory of Reissner to frequency response of thin cylindrical panels with arbitrary lamination

机译:Reissner线性浅壳理论在任意层压薄圆柱面板频率响应中的应用

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摘要

A free vibration response of arbitrarily laminated - crafted with advanced fiber reinforced composite materials - thin and shallow cylindrical panels on rectangular planform with simply supported boundary conditions is analytically investigated. The this shallow shell formulation of Reissner that follows the classical Kirchhoff-love hypothesis of small displacements is con- sidered to include arbitrarily laminated behaviors. The simply supported boundary condition having normal, tangential, and transverse displacements restrained at the edges is implemented.
机译:分析研究了任意层压的,用先进的纤维增强复合材料制成的自由振动响应,以及在简单支撑边界条件下在矩形平面上的薄而浅的圆柱形面板的情况。 Reissner的这种浅壳公式遵循了小位移的经典Kirchhoff-love假设,被认为包括任意层状行为。实现了在边缘处具有法向,切向和横向位移的简单支撑边界条件。

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