余能

yú néng
  • complementary energy
余能余能
余能[yú néng]
  1. 一般荷载下最小势能原理和最小余能原理的图示证明法

    At General Loads on a Geometrical Proof of the Principles of Minimum Potential Energy and Minimum Complementary Energy

  2. 一种新的基于余能原理的应力恢复方法

    A new method for stress recovery by the complementary energy principle

  3. 基于应变余能的J积分

    The J Integral on The Basis of The Strain Complementary Energy

  4. 最小余能原理在Timoshenko梁动力分析中的应用(Ⅲ)&多跨连续梁的固有频率

    Natural Frequency of the Timoshenko Beam Determined Using Minimum Excess Principle

  5. 求解弹性接触问题余能泛函的Lemke法

    Lemke Algorithm for Solving Complementary Energy Functional of Elastic Contact Problems

  6. 针对目前存在的不足,本文主要选取高炉炼铁工艺中的气体流动过程为研究对象,将热风炉、高炉和TRT(透平余能回收装置)串联起来,进行相应的建模与研究。

    Viewing of the current shortcomings , this paper selects the gas flow process in iron-making as our research object ; connects the Hot Blast Stove Unit , Blast Furnace Unit and Top Gas Pressure Recovery Turbine Unit and gets the corresponding models .

  7. 本文根据不完全广义余能原理重新推导了Reissner方程,使应力函数ψ以拉格朗日乘子的方式从变分中自然引出,同时明确了Reissner方程的解的结构。

    Reissner equations of elastic plate are derived on the bases of incomplete generalized variational principle of complementary energy . The stress function is obtained from the variational calculation in the form of Lagrange multiplier . The structure of solution of Reissner equations is thus determined .

  8. 在对底吹炉炼铅系统进行全面深入的(?)分析基础上,提出了加强SKS氧气底吹炉高铅渣及烟气余能的回收利用等节能措施。

    At last , based on the overall thorough exergy analysis of the SKS lead smelting system , the energy saving measures were proposed and discussed , which are strengthen the recovery and the utilization of waste energy of the high lead slag and gas .

  9. 应用余能原理求解渐变刚度钢板弹簧

    The Calculation of Progressive Rate Springs Using Principle of Complementary Energy

  10. 最小余能原理在弹性圆板动力分析中的应用

    The Minimum Excess Principle Used in Dynamic Analysis of Elasticity Round-Plate

  11. 一个新的杆系大变形余能计算方法

    A New Complementary Energy Computational Method for Large Deformation of Rods

  12. 最小余能原理与杂交应力公式

    The Principle of Minimum Complementary Energy and Hybrid Stress Model

  13. 最小余能原理还有一些派生的变分原理。

    From the least complementary principle , several variational principles are derived .

  14. 我国钢铁工业余热余能调研报告

    Report on Residual Heat and Energy in Chinese Steel Industry

  15. 非线性弹性理论余能原理的注记

    A note on the complementary energy principle in nonlinear elasticity

  16. 基于基面力概念的一种新型余能原理有限元方法

    New Complementary Finite - Element Method Based on Base Forces

  17. 高压循环水的余能发电

    Power Generating by Remain Energy of High Pressure Circulating water

  18. 这工作是基于修正余能原理进行的。

    This work is based on themodified complementary energy principle .

  19. 空分设备余能利用分析与应用

    Analysis and application of utilizing excess energy in an air separation plant

  20. 基于余能原理的有限变形问题有限元列式

    Finite element formulation for finite deformation problem based on complementary energy principle

  21. 岩土力学中的参变量最小余能原理

    On parametric complementary energy variational principle in soil mechanics

  22. 纯余能原理在杆系大变形中的应用

    The Application of Pure Complementary Energy Principle in Large Deformation of Rods System

  23. 另外又指出了余能回收前景,并提出各项余能开发利用的建议。

    The prospect and proposals for improvement of waste energy recovery are described .

  24. 索网大变形广义余能原理及工程实践

    Generalized complementary energy principle and engineering practice of cable nets with large deflection

  25. 宝钢余能资源回收及前景

    Recovery and Prospects of Waste Energy in Bao Steel

  26. 关于以应力函数表示的二维问题的余能原理

    On Principle of complementary Energy Presented Through Stress Functions in the Two-Dimensional Elasticity

  27. 关于余能原理和秩力法的探讨

    On the Complementary Principle and the Order-Flexibility Method

  28. 具有定常气压要求的余能透平联系控制系统

    A Related Control System of Waste Energy Recovery Turbine Requiring Stationary Input Gas Pressure

  29. 螺纹钢筋生产余能利用及其发展前景

    The Thread Steel Bar Use of Complementary Energy and Its the Prospects for Development

  30. 一个极限分析广义余能原理

    A generalized complementary energy principle of limit analysis