The annular plate is subjected to an arbitrary axisymmetric loading.
环形板承受任意的轴对称荷载。
The optimal design of minimax deflection of an annular plate is studied in this paper.
本文讨论环形板的最大挠度极小化的优化设计。
For simply supported annular plate under linear load, the limit load analysis was investigated by applying unified strength theory.
对于线性荷载作用下外简支环板，引入统一强度理论，进行了极限荷载分析。
Based on the analytical solutions, the transfer matrixes of circular and annular plate elements with uniform thickness were derived.
基于这些解析解，导出了等厚度圆板和环板单元的传递矩阵。
The characteristics of vibration in a submerged double shell connected by annular plate drived by a point force in inner shell is studied.
对水下由环形肋板连接的有限长双层柱壳在点激励下的稳态振动特性进行了研究。
A computational analysis of the non linear vibration and thermal buckling of a uniformly heated polar orthotropic annular plate is presented.
采用数值计算方法分析了具有中心刚性质量的极正交各向异性环形薄板在均匀升温下的大振幅振动和热过屈曲。
From these dynamic solutions, frequency and mode shapes of sectorial plate and sectorial annular plate under boundary conditions of GSS and GRS are derived.
由动力学的一般解，导出了扇形板和扇形环板在广义弹性简支和广义刚性滑动边界条件下自由振动的频率方程和振型；
Based on the first order shear deformation theory and Hamiltonian principle, the governing equations and boundary conditions of rotating multi-layer annular plate were derived.
基于一阶剪切变形理论和哈密顿原理，建立了旋转层合圆板动力学运动方程和相应的边界条件。
Applying the theory of Bessel function, the exact transfer matrix formulae of the asymmetric free vibration of the circular and annular plate elements with uniform thickness can be obtained.
应用贝塞尔函数理论，求得等厚度圆板和环板单元非对称自由振动传递矩阵的正确公式。
Applying the theory of Bessel function, the exact transfer matrix formulae of the asymmetric free vibration of the circular and annular plate elements with uniform thickness can be obtained.
应用贝塞尔函数理论，求得等厚度圆板和环板单元非对称自由振动传递矩阵的正确公式。
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