应变转换的英文

• chapter 10 strain transformation

• 应变    meet an emergency
• 转换    change; transform; convert; ...
• 平面应变转换的一般公式    general equations of plane-strain transformation
• 应变转变    transformation for strain
• 互变转换    tautomeric transformation
• 裂变转换器    fi ion converter; fission converter
• 相变转换    phase change transition; phasechangetransition
• 转换应变椭球    reciprocal strain ellipsoid
• 变转速    variable speed
• 变转速透平    variable-speed turbine
• 变转珠被的    campylotropous
• 可变转录    alternative transcription
• 可变转移    vtf variable transfer
• 切变转变    shear transformation
• 相变转化    phasechangetransition
• 应变    1.(应付突然发生的事情) meet an emergency 随机应变 adjust to changing circumstances; act according to circumstances; 有应变之才 rise to the emergency; 教他们如何应变 teach them how to act in emergency2.[物理学] strain; 应变措施 emergency measure; 应变计 strain gauge; strainometer; strainmeter; extensometer
• 变转速汽轮机    variable speed turbine; variable-speed turbine
• 可变转矩分配    variable torque dividing
• 可变转录起始    alternative transcription initiation
• 可变转移地址    vta variable transfer address
• a转换    a conversion; a-conversion
• 转换    change; transform; convert; switch 转换方向 change direction; 转换话题 change the subject of conversation; switch the conversation to another subject; 转换表 conversion table; 转换开关 commutation switch; tumbler switch; tumbler; switcher; permutator; alternation switch; change-over switch; changer; switch; 转换器 commutator; changer; switch; converter; switchboard; translator; 转换装置 switching equipment; conversion equipment; conversion device
• 可变转矩电动机    variable torque motor; variable-torque motor
• 可变转向传动比    variable ratio steering
• 蠕变转速蠕变速率    creespeed

• By this data processing , this solution has the greatest significance in solving the elasticity and plasticity of structure strength especially in aero - technical and aero - devices
  结果表明，该函数对解决较复杂工程结构强度试验中的应变转换具有较好的精确性和可实施性。
• The static loading test for three group of testing piles of jiading power plant secend stage project are analyzed and studied in this thesis , and the practical applying of high - accurate data collector , technique of waterproof insulation and testing technique of burying in the body of pile are introduced also . the vertical and horizontal loading features of three group of piles of different kind and constructing technique in different earth layer at the pile point are analyzed and compared and summed up with basic integro - differential equation calculating the pile earth system load transmit , transforming principle of stress - deforming and pile body rating of burying electric measuring element . changing law of stress , and changing law of pile body shifting and bending for different testing piles under vertical and horizontal load are showed so that the loading features of soil layer and pile at testing spot , reliable design data for pile type and base for scientific construction technique are provided
  本文仅就嘉定电厂二期工程中的三根试验桩的静载试验进行了分析和研究，利用桩土体系荷载传递分析计算的基本微分方程及应力-应变转换原理，结合预埋电测元件的桩身率定，对三组不同种类、不同施工工艺、不同持力层中的桩的竖直、水平承载特性进行了分析、比较和归纳，通过大量、全面的实测数据，经过整理、转换和推演，揭示了不同试验桩在竖直、水平荷载作用下的应力变化规律和桩身变位、挠曲变化规律，最终提供试验场地土层和桩的承载特性，为该工程合理设计桩型提供了可靠的设计参数，为确定科学的施工工艺提供了有力的依据。