摘要
研究了三维石墨烯泡沫增强微型武器壳体的动态响应。首先基于修正的偶应力理论(MCST)和Love薄壳理论推导出系统的控制方程;其次采用Galerkin法和模态叠加法对GFRNC(三维石墨烯泡沫增强聚合物)微壳进行了固有频率和动态响应分析;最后详细讨论了三维石墨烯泡沫重量分数、分布类型、尺度参数、泡沫系数和几何形状对微壳动态响应的影响。
This paper investigates the dynamic response of three-dimensional graphene foam(GF) reinforced micro weapon shells. Firstly, the governing equation of the system is deduced based on modified couple stress theory(MCST) and love thin shell theory. Then, the Galerkin’s technique and the modal superposition method are employed to obtain natural frequencies and dynamic response of graphene foam reinforced nanocomposite(GFRNC) microshells. Finally, the impacts of the weight fraction, the distribution type, scale parameters, the foam coefficient and the geometry of the three-dimensional GF on the dynamic response of the microshells are discussed in detail.
作者
柴彪
李勇
宋修元
刘华颖
梁晓峰
CHAI Biao;LI Yong;SONG Xiuyuan;LIU Huaying;LIANG Xiaofeng(North Automatic Control Technology Institute,Taiyuan 030006,China)
出处
《兵器装备工程学报》
CAS
CSCD
北大核心
2023年第2期211-218,共8页
Journal of Ordnance Equipment Engineering
关键词
微型武器壳体
增强复合微壳
三维石墨烯泡沫
动态响应
修正的偶应力理论
尺寸效应
micro weapon shells
reinforced composite microshell
three-dimensional graphene foam
dynamic responses
modified couple stress theory
size effect
