1) shell structure with opening
开口薄板结构
2) Thin plate structure
薄板结构
1.
The paper introduces a design method of rib distribution and shape for thin plate structure based on the full stress rule.
提出基于满应力准则的薄板结构加强筋的设计法,假设薄板的厚度给定,壳单元的厚度为设计变量,给定约束和荷载的条件下,求加强筋在薄板上布置的几何形状,使薄板结构使用材料最省,并且满足应力约束条件。
3) thin plate
薄板结构
1.
Topology optimization for thin plate is studied.
研究了应力约束下薄板结构的拓扑优化问题，分析了极限应力的影响，建立了拓扑优化的数学模型，讨论了若干优化过程中的技术问题，最后，进行了实例计算。
2.
Taking energy density as the variable,the governing equation for transverse vibration of the thin plate was derived from the classical displacement solutions,and the energy density equation of two-dimensional coupling structures was solved by Galerkin weighted approximation.
为了解决舰船结构的振动噪声预报及其控制问题,以能量密度为变量,获得了薄板结构受激励产生弯曲振动时的能量密度控制方程,并得到了控制方程的有限元解。
5) slaty structure
薄板层结构
6) thin-walled open-profile members
开口薄壁构件
1.
Only under pure torsion conditions could cross-sections of a thin-walled open-profile member warp equally, the longitudinal stresses due to the nonuniform longitudinal distribution of warping yield shearing stresses that would cause warping torque, which is not neglectable for thin-walled open-profile members.
开口薄壁构件的一个重要力学特点是翘曲受到约束时对扭转产生不可忽略的影响。
补充资料：开口
见等韵。
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