1) complementary energy
余能
1.
It is shown that the displacement vector in the functional of complementary energy principle for nonlinear elasticity can be represented by the second Kirchhoff stress tensor through solving the constraint equations of the functional: the equation of equilibrium and the surface traction condition.
指出非线性弹性理论中余能原理泛函中的位移场可由变分约束方程，即平衡方程和力的边界条件解出为Ｋｉｒｃｈｈｏｆ第二应力张量的函数。
2.
In this paper,a new explicit expression of the geometrically nonlinear finite element method was developed on the complementary energy principle for the large displacement and large rotation problem on the basis of the concept of base forces as fundamental variables.
以基面力为基本未知量描述一个弹性系统的应力状态并表征单元的余能,将大变形的余能分解为变形余能部分和转动余能部分,采用Lagrange乘子法放松单元的平衡方程,利用已有的弹性大变形余能原理建立了一种几何非线性显式有限元模型,编制了相应的几何非线性余能原理有限元程序。
3.
But the energies of the two systems are not equal,and the difference is the complementary energy adsorbed by the boundary of the spring.
但是两个系统的平衡状态的能量不同,其差值为弹簧支撑边界所吸收为系统的余能。
2) waste energy
余能
1.
This paper introduces sorts of waste energy(waste heat)resources in iron & steel enterprises and recovery principle and utilization ways.
介绍了钢铁工业余能 (余热 )资源的种类及其回收原则和利用途径。
3) residual heat and energy
余热余能
1.
Based on the investigation on recovery and reuse of residual heat and energy of 20 iron & steel factories in China, the amount of residual heat and energyand that of the recovered are calculated a processby a process.
在对国内20家钢铁企业余热余能回收利用调研的基础上,按主要生产工序分析计算了我国钢铁工业余热余能资源量及回收利用现状,并计算目前我国钢铁工业的吨钢余热余能量及回收利用率;分析计算了未来我国钢铁工业各生产工序余热余能回收利用水平,并给出当前还具有的节能潜力。
5) luminescent performance
余辉性能
1.
The decay curves indicate the luminescent performance is improved by co-doped the other three ions except Gd~(3+).
就余辉衰减曲线来看,除Gd3+外,其余3种离子对余辉性能均有一定程度的改善。
6) surplus capacity
富余能力
补充资料：余能
见应变能。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条