结构强度设计的英文

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"结构强度设计"怎么读用"结构强度设计"造句

英文翻译手机版

structural strength design

"结构"英文翻译 structure; composition; cons ...
"强度"英文翻译 intensity; strength; magnitu ...
"设计"英文翻译 devise; project; plan; desig ...
"结构强度" 英文翻译 : strength of structure; structural (or structure) strength; structural efficiency; structural intensity; structural strength; structuralorstructurestrength
"总结构强度" 英文翻译 : general structural strength
"飞机结构强度" 英文翻译 : airplane structural capability
"结构强度仿真" 英文翻译 : structural simulation option
"结构强度分析" 英文翻译 : structure strength analysis
"结构强度极限" 英文翻译 : structural limits
"结构强度示范" 英文翻译 : structural denial
"极限强度设计" 英文翻译 : limit design; plastic design; rsd; ultimate strength design method
"飞机结构强度分析" 英文翻译 : aircraft structural analysis
"机体结构强度试验" 英文翻译 : airframe strucural proof testing
"结构强度吃水船" 英文翻译 : scantling draft ship
"结构强度飞行试验" 英文翻译 : structure flight testing
"结构强度试验方法" 英文翻译 : hydraulic excavators―testing method of structure strength
"结构强度试验机" 英文翻译 : structure testing machine
"结构强度限制速度" 英文翻译 : structural design speed; structural limit speed
"材料强度设计值" 英文翻译 : designvalue of material strength
"极限强度设计法" 英文翻译 : ultimate design method
"破坏强度设计法" 英文翻译 : ultimate strength method
"高温结构强度实验装置" 英文翻译 : high-temperature structural facility
"活塞压缩机结构强度" 英文翻译 : basic design of piston compressor; structural intensity of piston compressor
"结构强度动力试验机" 英文翻译 : dynamic structure testing machine
"结构强度静力试验机" 英文翻译 : static structure testing machine

例句与用法

Modifcation of strength rules for plate - fin sttucture
板翅结构强度设计准则的修正
In the formula , our experience in structural strength design and the experimental results are considered . and such factors are also considered as differences in materials of the skin and the reinforcer , effects of bending , torsion , stretching and offcenter of the reinforcer . furthermore , through post - buckling stress analysis of the skin , it is shown that even low stress level will result in buckling of the skin , but the skin still has loading capacity
在总结过去结构强度设计和试验分析的基础上,应用扁壳理论,在广义力与广义应变关系中考虑了蒙皮与加筋不同材料以及加筋的弯曲、扭转、伸缩和偏心等的影响,推导出适合于工程应用的加筋壳结构轴压屈曲临界载荷的计算方法;并通过对薄壁结构蒙皮后屈曲应力分析,说明蒙皮在很低的应力水平时就出现失稳现象,但失稳后的蒙皮仍具有一定的承载能力。