逆解法常被用来解决弹性力学问题。
The inverse method is usually used to solve elastic problems.
给出了用它解决弹性力学问题的实例。
The example is taken to solve the problem of elastic mechanics.
研究了含刚性夹杂的平面弹性力学问题。
In this paper the plane elastic problems of rigid inclusions were considered.
本文对弹性力学问题提出一个样条边界元法。
This paper is presented a spline boundary element Method on elasticity.
该系统包含了流体力学和弹性力学两个领域的知识。
The knowledge of aerodynamics and elasticity is involved in this system.
弹性力学基本方程正确的弱形式将是有限元分析的基础。
The correct weak form of basic equations in elasticity is the foundation of finite element analysis.
本文主要讨论哈密顿体系理论在弹性力学中的具体应用。
In this paper, the application of Hamiltonian systematic theory in plate bending problem is studied.
基于三维弹性力学控制方程，导出矩形厚薄板的状态方程。
Based on control equations of three dimensional elasticity, the state equations of thick thin plate have been derived.
经与弹性力学解析解对比，验证了该程序计算结果是合理的。
The program is validated by comparing its simulation results and the result of elasticity mechanics.
根据圆柱形坐标系的三维弹性力学控制方程，导出其状态方程。
Based on control equation of three dimensional elasticity in cylindrical coordinate system, the state equation is derived.
介绍自然单元法（NEM）在处理二维弹性力学问题中的应用。
The application of the Natural Element Method (NEM) to problems in two-dimensional elastostatics is presented.
主要观察指标：臂丛神经上干的拉伸力学性质和黏弹性力学性质。
MAIN OUTCOME MEASURES: mechanical characters of elongation and mechanical characters of viscoelasticity of superior trunk of brachial plexus nerve.
对孔隙相互孤立饱和土体的弹性力学模型的部分观点进行了讨论。
In this paper, some opinions in the mechanical model for saturated soils with isolated pores are discussed.
维护边坡稳定的挡土墙设计，都是按弹性力学平面应变问题分析的。
The retaining wall for remaining stability of slope are all designed as plane strain problem in elastic theory.
通过拉普拉斯变换，将粘弹性问题归结为相空间中类似弹性力学问题。
After Laplace transformation of the above equations, the viscoelastic problems become elastic problems under the phase space.
利用光弹性力学、有限元计算方法，进行强度分析取得了可靠的分析结果。
A reasonable result of frame strength analysis was obtained by both the photoelasticity and finite element methods.
利用弹性力学的空间分析方法分析了采场平面形状与水平构造应力之间的关系。
Based on the spatial analysis method of elasticity mechanics, the relation between the shape of the plane stope and horizontal construction stress was analysed.
将光弹性力学与土力学相结合，对加载方法和模型应力的换算进行了新的探讨。
Considering the combination of photoelasticity with soil mechanics, the new loading method of model and the special calculation formula of model stress are applied.
在弹性力学问题的极坐标解答中，经常会遇到一类可转化为欧拉方程的常微分方程。
A kind of ordinary difference equation that can be transferred to Euler equation, often appears in polar coordinates solution of elastic problems.
由边界积分方程推导了泊松问题和线弹性力学问题的广义间接边界元法的基本公式。
The fundamental formulas of generalized indirect BEM for the Poisson 's and linear elasticity problems are proposed initiating from the boundary integral equation.
本文从弹性力学分区变分原理出发，提出一种新的有限元与边界元的对称耦合方法。
The paper presents a new symmetric coupling approach of BEM and FEM, which is based on the sub-region variational principle.
研究了柴油车发动机油管蠕变力学性能，为新型油管材料的研制提供粘弹性力学参数。
Researched on the oil tube creep mechanical property of diesel carrier engine, supply the viscoelasticity mechanics parameter for development of new style oil tube stuff.
借助弹性力学理论和断裂力学知识，探讨了两类各向异性功能梯度材料平面断裂问题。
Two classes of plane fracture problems of anisotropic functionally graded materials have been explored by using elastic theory and crack knowledge.
本文利用弹性力学理论，对圆形补偿器进行应力分析，研究预加应力最佳值的计算方法。
By utilizing theory of elastic mechanics, this paper conducts circular compensator stress analysis. Research gives a calculation method of best pre-stress value.
基于弹性力学平面问题的基本方程，推导了结合材料界面端附近的位移场和奇异应力场。
Based on the basic equations of the elastic plane problem, displacement fields and singular stress fields near the interfacial edge of bonded materials are obtained.
弹性力学变分原理的先决条件、补充条件和反映的规律一起正是弹性力学全部基本方程。
The preconditions, additional conditions and reflection laws of variational principle are the complete elementary equations in elasticity.
应用弹性力学理论，推导出接触点的曲率半径，对三弧段等距型面联接进行接触应力计算。
The curvature radius was derivated and the contact stress of the three-arc-sect isometric type surface was calculated through the elastic dynamics theory.
运用弹性力学理论对该方法进行了详细推导，为厚板内部残余应力测试提供了一条新途径。
The new measurement theory is deduced in detail by using elasticity theory. A new approach is provided to measure the residual stress in the thick plate.
对所测试件选取适当的模型，应用弹性力学理论，推导出微小位移与焊接残余应力的关系式。
On the basis of model selection from the pieces tested and according to elastic mechanics, the relation between minute displacement and welding residual stress is deduced.
对所测试件选取适当的模型，应用弹性力学理论，推导出微小位移与焊接残余应力的关系式。
On the basis of model selection from the pieces tested and according to elastic mechanics, the relation between minute displacement and welding residual stress is deduced.
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