词语站>英语词典>deformations翻译和用法

deformations

英 [ˌdiːfɔːˈmeɪʃənz]

美 [ˌdifɔrˈmeɪʃənz]

n.  损形; 变形; 畸形; 破相; 变丑; 残废
deformation的复数

柯林斯词典

  • V-ERG (使)变形;(使)成畸形;损毁…的外形
    If somethingdeformsa person's body or something else, it causes it to have an unnatural shape. In technical English, you can also say that the second thingdeforms.
    1. Bad rheumatoid arthritis deforms limbs...
      严重的类风湿性关节炎会造成四肢变形。
    2. ...the ability of a metal to deform to a new shape without cracking.
      金属重新塑形而不断裂的能力

双语例句

  • If this were not true it would imply that the given bar deformations were not compatible.
    如果不对,说明所给的杆变形是不协调的。
  • Without loss of generality, shear deformations will be neglected.
    不失一般性,忽略不计剪切变形。
  • We discuss in more detail the application of the coupledmode formalism to scalar waveguide deformations.
    我们将详细讨论耦合模公式对标量波导畸变的应用。
  • If shear, torsional and axial deformations are to be taken into account, their effects must be added into the expression for internal work.
    在计算中若考虑剪切、扭转及轴向变形,则其影响应该迭加到内虚乘积功的表达式中。
  • This paper studied the forming mechanisms of the Qiyang arcuate structure through regional tectonic evolutional setting and characteristics of structural deformations.
    结合区域构造演化背景及构造变形特征,对祁阳弧形构造的形成机制进行研究。
  • The character of a state of stress becomes more evident when we consider the deformations or strains produced.
    如若考虑一下所产生的变形或应变,则应力状态的特性便变得更明显了。
  • Objective The aim of this study is to measure the deformations of crowns and the failure loads of cements.
    目的探讨三种不同黏结剂对固定义齿刚性及黏结层破坏负荷的影响。
  • Three dimensional reference deformations and strain facies are new advances in structural geology.
    三维参照变形和应变相是最近构造地质学领域中取得的重要进展。
  • Stress concentrations due to prestressing or other loads and to restraints or imposed deformations shall be considered.
    应考虑预加应力或其它荷载以及限制或施加变形引起的应力集中。
  • The influence of inclined struts on the elastic properties under axial, bending, and shear deformations as well as the impact of axial deformation of horizontal struts were considered comprehensively.
    综合考虑了胞体中斜支柱的轴向、弯曲和剪切变形以及水平支柱的轴向变形的影响,利用最小势能原理得到了材料的弹性性能与各向异性比及相对密度的关系。