1) ring stiffened truncated conical shell
环肋锥台
1.
Load carrying capacity of a ring stiffened truncated conical shell which is made from a high strength steel has been experimentally and theoretically examined.
采用规则法、解析法和有限元法对环肋锥台的承压能力进行了理论分析与计算，并利用模型实测结果评定了这些方法的精度情况，指出了由高强钢制造的环肋圆锥壳的破坏主要是结构薄弱处壳体纵横截面上的中面应力所造成，规则法计算结果虽偏安全，但过于保守。
2) conical shell with ring frame
环肋圆锥壳
1.
Through model test of new high- strength steel conical shell with ring frame,and relevant analysis,it is shown in this paper that the failure of ring-framed conical shell can be traced to the neutral plane on longitudinal section where the structure strength is relatively weak.
通过新的高强度钢材环肋圆锥壳模型实验，及采用解析方法分析表明，环肋圆锥壳体破坏的原因是结构相对薄弱处纵剖面上的中面应力所致。
3) ring-stiffened cone-toroid-cylinder combination shell
加肋锥-环-柱结合壳
4) ring-stiffened concave cone-toroid-cylinder combined shell
凹型加肋锥-环-柱结合壳
1.
The experiment research on stability of ring-stiffened concave cone-toroid-cylinder combined shell is presented.
文章对凹型加肋锥-环-柱结合壳稳定性进行了模型试验研究,观察到凹环壳段失稳的一个特殊现象。
2.
The experiment research on stability of ring-stiffened concave cone-toroid-cylinder combined shell is presented in this paper.
本文对凹型加肋锥-环-柱结合壳稳定性进行了模型试验研究,观察到凹环壳段失稳的一个特殊现象。
5) protruding-concave ring-stiffened cone-toroid-cylinder combine shell
加肋凸、凹锥-环-柱结合壳
1.
The valuable conclusion about bulkhead arrangement and structural parameter design of protruding-concave ring-stiffened cone-toroid-cylinder combine shell are deduced.
运用分区样条等参元法对舱壁不同布置位置的潜艇加肋凸、凹锥-环-柱结合壳进行强度分析,得出了一些对指导凸、凹型锥-环-柱结合壳结构设计和舱壁布置有实用价值的结论。
6) ring stiffened concave cone-toroid-cylinder combined shell
加肋凹锥-环-柱结合壳
补充资料：榴环台
1.台名。三国吴孙权所建。
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