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- linear elasticity problem 线性弹性力学
- Plane problem of linear elasticity 线性弹性的平面问题
- First, mathematical expressions for hoop strain based on linear elasticity theory and deformation plasticity theory, and thus diametral strain is derived. 模型推导过程是：首先根据线性弹性理论和变形塑性理论推导出周向应变的数学表达式，进而导出径向应变。
- In this paper, we discussed to Algebraic Multigrid (AMG) method for higher-order finite element equations in two dimensional linear elasticity. 本文主要对求解二维弹性力学问题高次有限元方程的代数多重网格(AMG)方法进行了讨论与探讨。
- The stress and stiffness models of a single-lap joint are developed based on the linear elasticity theory considering the adherend shear deformations. 应力模型中的正应力和剪应力与有限元解吻合得较好,证明理论模型正确,参数研究中确定了影响胶焊单搭接头应力分布特征的关键耦合参数。
- Axisymmetric elasticity problem of cubic quasicrystal is reduced to a solution of a partial differential equation with higher-order by introducing displacement function. 本文通过引入位移函数使得立方准晶的轴对称弹性问题化为求解一高阶偏微分方程。
- For the first method is validated in the static linear elasticity finite elements model, the result indicates shows well non-linear property and adjustive property. 前一种方法在静态线弹性有限元模型中验证,结果表明上述非线性反馈力具有良好的实时性,能够更真实的反映出生物的力学特性,而且具有良好的可调节性。
- The stress and stiffness analytical models of a single-lap joint based on the linear elasticity theory was developed, including the adherend shear deformations. 以胶接理论为基础，考虑被粘物剪切应变，建立单搭拉剪混元胶接接头的线弹性应力和刚度解析模型。
- The method and process to back analyze the above initial geostress in linear elasticity material with finite element method is discussed,followed by an example. 讨论了在线弹性介质中，通过有限元计算求解这种地应力的方法、过程，并给出算例。
- Based on the homogenization of linear elastic multi-layered media, the correspondence principle in viscoelasticity is applied and the problem in the Carson domain is solved. 在线弹性多层材料的渐近均匀化方法的基础上，应用弹性-粘弹性对应原理，在Carson域中求解粘弹性多层材料的问题。
- Analytical solutions for three dimensional elasticity problems are quite difficult to obtain. 三维弹性问题的解析解是很难得到的。
- To illustrate the foregoing analysis, consider a linear elastic solid. 为了举例阐明以上的分析,我们考虑一种线性的弹性固体。
- The BEM of the 2D potential prombles and elasticity problems is presented in detail. 阐述了二维位势问题和弹性静力学问题的边界元法。
- Applying theory of linear elasticity fracture mechanics to the analysis of high strength concrete(HSC) compress shear member's cracking stress, a corresponding model is established in this paper. 把线弹性断裂力学的理论应用到高强混凝土压剪构件的开裂强度分析中,建立相应的计算力学模型。
- The NBIE is applied to solving the two dimensional elasticity problems, and the Cauchy principal value integrals are evaluated. 自然边界积分方程的奇异性为强奇性 ;文中给出了相应的Cauchy主值积分算式 .
- Ideal Elasticity Plasticity model is used to simulate the constitutive relation of soils, and linear elastic model is used for concrete of piles. 地基采用理想弹塑性模型，桩身混凝土用线弹性模型模拟，桩-土界面设置了有厚度的薄单元。
- In order to demonstrate its capacity in engineering application, this paper presents the ideas to solve 2D Thermo-Elastic problem and the elastic problem of orthotropic bodies. 为了显示虚边界元法在工程应用上的能力,本文就二维热弹性问题和平面正交各向异性弹性问题提出了多域组合问题虚边界元法的求解思想。
- By using linear elastic theory, formulae for tangential stress on ellipse edge are derived. 根据线弹性理论,导出了椭圆裂纹边缘的切向应力的表达式。
- I look at this problem from a different viewpoint. 我从不同的观点来看这个问题。
- In this paper, a new method of the inversion of linear elastic stress field using geodetic data is proposed. 本文基于地表大地测量位移观测值，提出用大地测量监测资料反演戏弹性构造应力场方法。
