In this paper effects of material constructions on natural frequencies and critical aerodynamic pressures are investigated. It is assumed that the rectangular plate is made of a polymeric matrix reinforced with graphene nanoplatelets or carbon nanotubes. A general closed analytical method of solution is presented. It is demonstrated that three parameters define entirely the location of the critical flutter pressure. The influence of material properties and transverse shear effects is characterized by a set of multipliers. They can be easily adopted in design procedures.

中文翻译：

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材料结构对碳纳米结构增强矩形复合板超音速颤振特性的影响

在本文中，研究了材料结构对固有频率和临界空气动力压力的影响。假定矩形板由用石墨烯纳米片或碳纳米管增强的聚合物基质制成。提出了一种通用的封闭分析方法。结果表明，三个参数完全定义了临界颤振压力的位置。材料特性和横向剪切效应的影响以一组乘数为特征。在设计过程中可以很容易地采用它们。