1) combined cylindrical shell
组合圆柱壳
1.
Stress analysis of large oil storage tanks based on combined cylindrical shell;
基于组合圆柱壳理论的大型油罐应力分析
2.
It is a combined cylindrical shell that consists of several thin-walled cylindrical shells and stiffeners.
所用模型简化自中国实验快堆钠池主容器,是由薄壁圆柱壳和多个加劲肋结合而成的组合圆柱壳体。
3.
The influence of the characteristic factor of unequal-thickness on critical buckling load was analyzed by numerical simulation method based on geometric features of large vertical combined cylindrical shell.
针对大型立式组合圆柱壳结构的几何特征,采用数值模拟方法分析了多层不等厚特征因素对圆柱壳屈曲临界载荷的影响。
2) combination cylindrical shell
组合柱壳
1.
An analytical study on dynamic response of a finite, stiffened combination cylindrical shell in fluid field subjected to impulsive loads is presented.
采用结构有限元和流体边界元计算了组合柱壳在流场中受冲击载荷作用下的动响应。
3) laminated cylindrical shell
层合圆柱壳
1.
The vibrating modal analysis of axisymmetrical laminated cylindrical shells with throughout circumference delamination is investigated.
对具环向贯穿脱层的轴对称层合圆柱壳进行振动模态分析。
2.
Based the nonlinear elastic shell theory, the governing equations of motion for axisymmetrical laminated cylindrical shell with delamination were derived.
基于非线性弹性壳理论,建立了考虑脱层接触效应的具轴对称脱层层合圆柱壳的运动控制方程。
3.
The goveming equations for dynamic response of laminated cylindrical shells with orthotropic layers are derived by use of layerwise shell theory, with quadratic interpolation function adopted in shell thickness direction.
应用分层壳理论并在壳厚方向采用二次插值函数推导出正交层合圆柱壳的动力学方程，并得出了简支层合圆柱壳自由振动方程的解，所给出的振动频率与三维分析的结果吻合良好。
4) layered shells
复合圆柱壳
5) laminated circular cylindrical shell
层合圆柱壳
1.
The critical buckling loads of viscoelastic laminated circular cylindrical shells under axial compres- sion are investigated within the theory of classic buckling.
基于经典屈曲理论,研究了轴向受压黏弹性复合材料层合圆柱壳的临界屈曲载荷。
6) close columnar shell
闭合圆柱壳
补充资料：组合模式或组合振动
分子式：
CAS号：
性质：在红外光谱中通常出现很多的弱吸收，组合模式或组合振动系指对应于两个或多个基本振动频率之和起源，它的弱吸收于多原子分子振动态相互作用的振子的非谐性。与基频振动及倍频所引起的吸收相比，这些吸收是比较弱的。
CAS号：
性质：在红外光谱中通常出现很多的弱吸收，组合模式或组合振动系指对应于两个或多个基本振动频率之和起源，它的弱吸收于多原子分子振动态相互作用的振子的非谐性。与基频振动及倍频所引起的吸收相比，这些吸收是比较弱的。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条