1.
Correct Node Connection Way for Meridian Latticed Shell Roof of Storage Tank
储罐子午线网壳顶盖结构的节点正确连接方式
2.
Stability Analysis of Kiewitt-type Latticed Shell Roofs under Differential Settlements of Storage Tanks;
考虑储罐不均匀沉降的凯威特型网壳顶盖稳定性分析
3.
COMPARISON ANALYSIS OF MONOLAYER SHELL TECHNIQUES FOR LARGE-SCALE OIL TANK TOP
大型油罐顶盖单层网壳技术的比较分析
4.
apical capsomer
[噬菌体]顶部壳粒
5.
Lifting Installation and Prestressed Cable Construction of Cable-suspended Reticulated Shell of Steel Roof in Wuhan Gymnasium
武汉体育馆索承网壳钢屋盖顶升安装及预应力拉索施工
6.
THE DESIGN OF STEEL STRUCTURE OF ROTATING HYPERBOLOID SHELL FOR NANNING INTERNATIONAL CONVENTION & EXHIBITION CENTER
南宁国际会展中心旋转双曲面网壳钢结构穹顶设计
7.
Theoretical and Experimental Research on a New Spatial Structure Composed of Cable Dome and Single-Layer Lattice Shell
索穹顶与单层网壳组合的新型空间结构理论分析与试验研究
8.
DYNAMIC RESPONSE FOR KIEWITT8 SINGLE-LAYER RETICULATED DOMES UNDER OBLIQUE IMPACT LOADS
顶点斜向冲击荷载下K8单层球面网壳的动力响应
9.
and the roof was made of shells.
屋顶则是贝壳打造的。
10.
Position dome/reading lamp housing at headliner cavity.
将圆顶照明/阅读灯外壳定位于车顶蓬内衬槽中。
11.
the act of removing the husks from ears of corn.
从古物的顶部除去壳的动作。
12.
stage 2 is the construction of the shell roofs,
第二阶段，建筑壳形屋顶（1963-1967年）；
13.
The highest shell roof is 67 meters above sea level.
最高的壳形屋顶高出海面67米。
14.
Treatment of Crack in Concrete Roof of Worm Wheel of No.1 Set,Suzhi Hydropower Station
苏只水电站1号机蜗壳顶板裂缝处理
15.
marine limpet having a conical shell with an opening at the apex.
在其圆锥状壳的顶端有开口的海生帽贝。
16.
Research on Acme-set of Convex Hull in Support Vector Classification
凸壳顶点集在支持向量分类机中的应用研究
17.
Nonlinear Stability of Truncated Shallow Conical Sandwich Shell With Variable Thickness
变厚度夹层截顶扁锥壳的非线性稳定性分析
18.
Study on Movement of Top-coal and Roof Based on the Action of Stress Shell;
基于应力壳综放面顶煤岩运移规律研究