Reciprocal theorem

The Reciprocal Theorem and Linear Elastic Variational Principles

功的互等定理和线弹性变分原理

Reciprocal Theorem Method for Solving the Problems of Bending of Thick Rectangular Plates

求解厚矩形板弯曲问题的功的互等定理法

Reciprocal Theorem of Work Done for the Solution of Natural Frequency of Triangular Plate

用功的互等定理求解三角形板的固有频率

Application of the Method of the Reciprocal Theorem to Solving the Plan Problems of the Elasticity

应用功的互等定理法求解弹性力学平面问题

The Calculation of Thick Cantilever Rectangular Plate By Virtual Reciprocal Theorem

应用虚拟功的互等定理求解均载悬臂厚矩形板的弯曲

Reciprocal Theorem for Metal Thin Plates in Transverse Magnetic Fields

横向磁场中金属薄板的功的互等定理

Reciprocal theorem method for bending of thick rectangular plates supported at four corner points

四角点支承厚矩形板弯曲的功的互等定理法求解

Verification of Stress Reciprocal Theorem with Mohr Circle and Its Applications

应力互换定律的应力圆证明及其应用

Reciprocal Theorem for Non - Linear Elasticity with Finite Displacements

有限变形非线性弹性力学的倒易定理

A Method Using the Reciprocal Theorem to Solve the Bending of Thin Elastic Semicircular Plates

利用功的互等法求解集中载荷作用下简支矩形厚板的弯曲问题半圆形弹性薄板弯曲的功的互等定理法

Application of the Reciprocal Theorem for Calculating the Natural Frequencies of Rectangular Elastic Thin Plates

应用功的互等定理计算矩形弹性薄板的自然频率

Derivation of Displacement Discontinuity Fundamental Solution by Reciprocal Theorem

应用功的互等定理推导不连续位移基本解

Solution of foundation soil vibrations induced by moving loads based on Betti-Rayleigh dynamic reciprocal theorem

基于Betti-Rayleigh动力互易定理求解移动荷载引起的地基土振动

A New Application of the Reciprocal Theorem of Work & Calculating the Support Constrained Force on Statically Indeterminate Structure

功的互等定理的新应用&求超静定结构支座约束反力

Relations between Deformation Energy Theorem and Reciprocal Theorem and Variational Principles in Non-Linear Elasticity with Finite Displacements

有限变形非线性的变形能原理及功的互等定理与变分原理的关系

A New Method for Solving the Problem of Bending of Thick Rectangular Plate With Four Edges Fixed by Using Reciprocal Theorem

功的互等定理在四边固定厚矩形板弯曲问题中的应用

Based on the reciprocal theorem of work , the paper presented a method to calculate influence lines of internal forces with finite element .

利用功的互等定理，推出适用于有限元求解内力影响线的方法。

Reciprocal Theorem Applied for the Bending Thin Plates under Loading in the Plan and Forces Vertical to the Plane

纵横载荷联合作用下弯曲薄板的功的互等定理

This paper points out that on certain condition the reciprocal theorem is equivalent to the superposition principle of displacements .

本文指出，在一定的条件下，功的互等定理等价于位移叠加原理。

On Equivalents of the Reciprocal Theorem to Superposition Principles

关于功的互等定理与叠加原理的等价性

Applications of the Reciprocal Theorem to Solving the Equations of the Deflection Surface of the Rectangular Plates with Various Edge Conditions

应用功的互等定理求解具有复杂边界条件的矩形板的挠曲面方程

Energy principle in Elasticity includes deformation energy principals , variational principle , virtual work and virtual residual work principle and reciprocal theorem .

弹性力学的能量原理包括变形能原理、变分原理、虚功和虚余功原理以及功的互等定理。

On Reciprocal Theorem in Mechanics

关于力学中互易定理的讨论

In this paper we mentioned a new way of applying the reciprocal theorem of work , which is clear in concept and simple in procedure .

本文提出的计算方法是功的互等定理的新应用，具有概念清晰、步骤简捷的特点。

The reciprocal theorem is applied to the bending of the isosceles right-angled triangle plate .

应用功的互等定理法研究了等腰直角三角形板的弯曲问题。

The accuracy of calculation is checked by the reciprocal theorem of work , and the result of vertical pile is compared with other 's.

计算的精度用功的互等定理来检查，并将直桩的结果与别人的直桩结果作比较。

This section is devoted so the proof of a reciprocal theorem between a pair of elastodynamic states .

这一节将专门来证明一对弹力动力学状态之间的倒易定理。

According to Lorentz 's reciprocal theorem the equivalent circuit of the YIG resonator with coupling loop is given in detail .

根据Lorentz互易定理，详细地导出YIG单晶球与线路耦合的等效电路。

The Analysis of Natural Frequency of Rectangular Plates with Four Fixed Edges by Reciprocal Theorem Reciprocal Theorem Method for the Bending of Thick Rectangular Plates

固支矩形板固有频率分析的功的互等定理法

The method of reciprocal theorem ( MRT ) is applied to solve steady state solution of girder with different borderline conditions under central forced vibration .

应用功的互等定理求解不同边界条件下直梁简谐受迫振动的稳态解，给出了相应的一系列具有实际价值的稳态解。