摘要
将Cheng精化理论推广到磁弹性板的研究中,对磁弹性板进行了精确的分析。从Huang和Wang给出的线性软磁材料的位移通解出发,利用中面上位移及其沿板厚方向的梯度,将板内的位移表示出来,并获得板内应力张量。利用Pao和Yeh给出的线性边界条件和Lur’e算子方法,给出磁弹性板的精化理论。其中挠度方程略去高阶项后,与磁弹性薄板的挠度方程一致。
Cheng＇s refined theory is extended to magnetoelastic plates, and an extension of recent analyses for magnetoelastic plates is given. Expressions are obtained for all displacements and stress components in terms of the mid-plane displacement, and its derivatives. Using Lur＇e method, the refined theory of magnetoelastic plates is given from the linear boundary conditions of the magnetoelastic plate. When the high-order terms are omitted, the equation in terms of deflection of the refined theory turns into the classical equation for the deflection curve of a thin magnetoelastic plate. It is derived by utilizing a general solution of the magnetoelasticity developed by Huang and Wang.
出处
《工程力学》
EI
CSCD
北大核心
2006年第3期82-87,110,共7页
Engineering Mechanics
基金
国家自然科学基金(10372003)
鞍山科技大学董事会青年科学基金资助项目(004598)
关键词
磁力学
精化板理论
Lur’e方法
弹性通解
磁弹性板
magnetomechanics
refined theory of plate
Lur＇e method
elastic general solution
magnetoelastic plate
