1) ribbed plates and shells
加肋板壳
1.
In this paper the Spline Function Method,based on cublic B-spline and variational principle of the potetial energy,is presented to obtain proximate for the static problem of ribbed plates and shells.
在这篇文章内，基于三次样条和能量原理的样条函数法被讨论来解加肋板壳的静力问题。
2) ribbed reticulated dome
加肋网壳
1.
On the basis of a brief review of reticulated dome structures, a type of prestressed ribbed reticulated dome structure is proposed in this paper.
本文在简单回顾网壳结构现状后 ,提出了一种预应力加肋网壳结构 ,并对它进行了动力性能研究。
3) stiffened spherical shell
加肋球壳
1.
Vibration and acoustic radiation from a stiffened spherical shell in water;
水中加肋球壳振动和声辐射研究
4) stiffened cylinder
加肋筒壳
5) rib reinforcement
肋板加固
6) ribbed plate
加肋板
1.
Because Timoshenko beam element is used as the rib, so this ribbed plate discussed here can consider the lateral shear deformation.
文中肋梁采用 Ｔｉｍ ｏｓｈｅｎｋｏ 梁元，故这类加肋板可以考虑横向剪切变形。
2.
It provides a reasonable way for dynamic reaction analysis of ribbed plate.
针对加肋板的特性,运用离散和有限元的思想,提出了梁板混合法的概念,即将加肋板离散为梁单元和板壳单元,将肋板划在边界上,使得肋板转换为成梁对板的作用,并借助于有限元等方法求解了其频率和振型。
补充资料：板肋
1.指胸部或背部结实隆起的肌肉。
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