壳板的英文

音标：[ kébǎn ] 发音:

"壳板"怎么读用"壳板"造句

英文翻译手机版

housing plate
sheathing
shell n
shell plate
shell plating
shell slab
skin

"壳"英文翻译 shell; hard surface
"板"英文翻译 board; plank; plate
"薄壳板" 英文翻译 : shell slab; shell-slab
"簿壳板" 英文翻译 : shell-slab
"船壳板" 英文翻译 : hull plate; hull plating; shell plate; shell plating
"模壳板" 英文翻译 : form boarding; form boards
"木壳板" 英文翻译 : planking
"内壳板" 英文翻译 : close lining; inner hull; inner planking; inner shaft; inner shell; inner skin
"软壳板" 英文翻译 : pliant skin
"外壳板" 英文翻译 : body skin; outer-shell plating; outer-shellplating; outside casing plate; shell plate; shell plating
"尾壳板" 英文翻译 : after plating
"形壳板" 英文翻译 : dished plate u
"艉壳板" 英文翻译 : heel plate of shell (or hooplate); heelplateofshellorhoopplate; hoopplate
"船底壳板" 英文翻译 : bottom shell plating
"船壳板,外板" 英文翻译 : shell plate
"船壳板列" 英文翻译 : shell plating
"船壳板展开" 英文翻译 : shell expansion
"船体外壳板" 英文翻译 : shell; shiskin
"地壳板块" 英文翻译 : crustal plate; list of tectonic plates
"叠层模壳板" 英文翻译 : laminated shuttering board
"锅炉壳板" 英文翻译 : boiler shell plate
"混凝土壳板" 英文翻译 : concrete jacket; concretejacket
"加肋壳板" 英文翻译 : stiffened skin
"加强壳板" 英文翻译 : strengthened shell
"剑形艉壳板" 英文翻译 : tuck plate

例句与用法

Technical requirements of repairing or renewing shell for shbmarine
潜艇壳板修换技术要求
Technical requirements for repairing or renewing hull of surface ships
水面舰艇壳板修换技术要求
Tp - 97 , housing panel retention test procedure for electrical connectors
电连接器用壳板保持力试验程序tp - 97
Summary of dimension calculation method and system of spherical shell slab in spherical tank
球形储罐球壳板片尺寸计算理论及系统概述
Boiler shell plate
锅炉壳板
Power transfer rule of plate coupled with cylindrical shell system and cylindrical shell coupled with cylindrical shell system is studied
研究了壳板耦合系统、壳壳耦合系统中结构的功率传递规律。
The theoretical critical pressure of the local stability will be improved further , respectively considering the non - uniformity of circumferential stress distribution over the ring - stiffened cylindrical shell and the torsion of the frame
分别考虑周向应力不均匀分布和肋骨扭转对壳板稳定性理论临界压力的影响。
Typical examples show that the results of quasi - homocentric structure are better than traditional structure , the results of finite element are better than that of approximate analytical methods , monolayer stiffened results are better than two - double longitudinals stiffened optimum results
典型实例表明，准同心圆式结构优化设计方案优于传统结构设计方案，基于有限元优化设计方案优于基于解析法的优化设计方案，液舱壳板单层加纵骨结构优化设计方案优于双层加纵骨结构优化设计方案。
In the end of this thesis , basis on the structure dimension of a specifically submarine , some solutions for strengthening structure are discussed , such as increasing the thickness of shell , reducing the spacing of frames , increasing the bending inertial moments of frame and setting the intermediate stiffer , when the extreme diving depth becomes 450m or 600m . comparing these structure weights , the excellent solution is the lightest structure
本文最后以某核潜艇指挥舱的结构形式作为计算实例，对下潜深度分别增加到450米和600米的情况，选择增加壳板厚度、缩小肋骨间距、增加肋骨尺寸以及加设中间支骨等加强方案，经分析确定其中结构重量最轻的方案为最佳设计方案。