energy of deformation中文是什么意思

• 变形功
• 变形能
• 形变能

• energy    n. 1.干劲，活力。 2.(语言、行为等的)生动。 3 ...
• deformation energy    变形能量; 形变能; 应变能
• deformation energy de ity    形变能量密度
• deformation energy density    形变能量密度
• deformation potential energy    变形位能
• deformation strain-energy    变形应变能
• ecific deformation energy    比形变能
• energy of plastic deformation    塑性变形能
• high energy rate deformation    高能速变形
• high-energy-rate deformation    高能速变形
• potential deformation energy    变形位能
• potential energy of deformation    变形能; 变形势能; 变形位能
• specific deformation energy    比形变能
• stored energy of deformation    变形储能
• theory of constant energy of deformation    形变能守恒原理
• a-energy    n. 〔美俚〕原子能(＝ atomic energy)。
• energy    n. 1.干劲，活力。 2.(语言、行为等的)生动。 3.〔pl.〕 (个人的)精力；能力。 4.【物理学】能，能量。 What energy you have! 你真有精力呀! be full of energy 精力旺盛。 act [speak] with energy 生气勃勃地干[说]。 conservation of energy 能量守恒，能量不灭。 kinetic [motive] energy 动能。 potential [latent] energy 势能。 apply [devote, direct] one's energies to 致力于。 brace one's energies 鼓起干劲，振作精神。
• for energy    能源国务部长
• of energy    干劲十足full; 能源的
• a licable deformation    可贴变形
• a olute deformation    绝对变形
• absolute deformation    绝对变形; 绝对失真
• abutment deformation    坝座变形; 拱座变形

• Three semi - active control algorithms based on energy absorbed , kinetic energy , and energy of deformation of buildings are investigated . in physics coordinate , both the dynamic characteristics of buildings controlled and the effects of semi - active control using them are studied . the choices of parameters of control devices are studied
  基于地震作用下结构的能量响应方程，提出了根据结构吸收能量、相对动能和变形能的随时间变化(对时间的一次导数)进行结构的半主动“开关”减震的控制律；在物理坐标系中分析了这三种控制律的动力特征和控制效果，以及作动器参数的选取。
• The algorithm based on energy of deformation of buildings is better than the others . e . three hysteretic combination models are deduced , each of which is respectively composed of two of three simple hysteretic models such as bilinear model , degenerating bilinear model , and bilinear elasto - plastic hysteretic model
  5 、建立了双折线+双线性滞回恢复力模型、双线性+双线性滞回恢复力模型、退化双折线+双线性滞回恢复力模型等三种组合恢复力模型，可以模拟较为复杂的恢复力?变形关系。