1) frustum shell
锥台式壳体
2) Shell frustum
锥台壳体
3) Symmetric shell frustum
对称锥台壳体
4) equilateral double cone frustums shell
等边双圆锥台壳体
1.
The experimental results show that buckling can be prevented through restraining the ends of equilateral double cone frustums shell.
针对等边双圆锥台壳体在自由胀形过程中 ,赤道环焊缝处产生失稳起皱现象 ,提出了壳体的内约束胀形工艺 ,实验证明 ,壳体端部加约束后成形过程中没有起皱现象发
5) conical shell
锥形壳体
1.
In order to explore the filament winding process technology of fiber reinforced plastics conical shells,the fiber laying design,winding pattern and filament winding process parameter are studied in this paper.
本文主要从铺层设计、线型设计、缠绕工艺参数的合理选择及固化成型等方面着手,利用纤维单向缠绕技术对制备锥形壳体的工艺过程进行初步探索研究。
2.
According to rules of GB150 Steel Pressure Vessel, thickness of cylindrical shell, spherical shell and conical shell can be calculated by middle diameter formula, and provide limited application condition of these formulas for cylindrical and spherical shell.
按GB150《钢制压力容器》的规定,圆筒形壳体、球形壳体和锥形壳体的壁厚都可按中径公式进行计算,且对圆筒形壳体和球形壳体给出了公式应用的限定条件,但对锥形壳体却没有给出限定条件。
6) conical vessel
锥形壳体
1.
With the help of the CADWIND software, we are programming NC winding for non-polar conical vessel.
在CADWIND软件的帮助下,进行不等开口锥形壳体的数控缠绕编程工作。
补充资料：柱,锥,台体体积公式
v台体=1/3h(s上+√(s下*s上)+s下)
当s上=s下时:
v柱=s*h
当s上=0时:
v锥=1/3s*h
都可根据台体体积推得."s上"为台体上体面,"s下"为台体下底面,"h"为高.
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