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热弹性方程
相关语句
  thermoelastic equation
     A SOLUTION TO THERMOELASTIC EQUATION RELEVANT TO PHOTOTHERMAL DEFORMATION IN SOLIDS
     光热变形理论中热弹性方程的解
短句来源
     A three-dimensional quasi-static thermoelastic equation of infinite plate under a given temperature distribution is solved by using Green function method.
     利用格林函数法求解了在一定的温度分布条件下无限大平板的准穗态热弹性方程,得到了方程的一个完整,简单的积分形式的解。
短句来源
  thermo-elastic equation
     The finite element model of the thermal conductive equation and the thermo-elastic equation in the system consisting of a transparent coating and a opaque substrate is established based on the analysis of the stability of solution and two important parameters,meshing size and time step.
     在分析了网格大小和时间步长这两个重要参数和求解稳定性的基础上,采用有限元方法建立了透明薄膜/基底系统的热传导方程和热弹性方程的有限元模型。
短句来源
  “热弹性方程”译为未确定词的双语例句
     Spatial Decay Estimates and Continuous Dependence on Time Geometry in Generalized Thermoelasticity
     关于一般热弹性方程的空间衰减估计和对初值几何区域的连续依赖性
短句来源
     This paper derives spatial decay bounds and continuous dependence on time geometry in a dynamical problem of linear anisotropic thermoelasticity.
     本文讨论了有关线性、各向异性热弹性方程的动力学问题,得到了该问题的解空间衰减估计及对初始几何区域的连续依赖性。
短句来源
     An approximaive solution is given of the equation of hot elasticity with changing physical property and with coupling effect,under the thermal shock,within the framework of the orthogonal isotropic body.
     在正交各向同性体框架内,讨论在热冲击作用下,具耦合效应的变物性热弹性方程的求解问题。
短句来源
     Based on the analysis of thermal expansion coefficient,thermal residual stresses in filament winding FRP pipe are calculated and disscused A numerical example is giνen to show the stresses feature.
     根据复合材料热弹性理论,在缠绕玻璃钢管道热膨胀系数分析基础上,从热弹性方程出发给出了求解管道中热残余应力的方法
短句来源
     The equations of generalized thermoelasticity with one relaxation time with variable modulus of elasticity and the thermal conductivity were used to solve a problem of an infinite material with a spherical cavity. The inner surface of the cavity was taken to be traction free and acted upon by a thermal shock to the surface. Laplace transforms techniques were used to obtain the solution by a direct approach.
     利用具某一松弛时间的广义热弹性方程求解了带球形空腔的无限大材料问题· 该材料的弹性模量和传热系数是可变的· 空腔的内表面没有力作用,但有热冲击作用· 利用Laplace变换求得直接逼近解· 数值求解了Laplace逆变换· 给出了温度、位移和应力的分布图·
短句来源
  相似匹配句对
     A SOLUTION TO THERMOELASTIC EQUATION RELEVANT TO PHOTOTHERMAL DEFORMATION IN SOLIDS
     光热变形理论中热弹性方程的解
短句来源
     Based upon general equations of thermoelasticity, a mathematical model is established.
     从热弹性学基本 方程出发建立了数学模型。
短句来源
     Synthetic Aperture Radar Equations
     合成孔径雷达方程
短句来源
     The equation is an extensiveSchrodinger one.
     dinger方程
短句来源
     GROWTH OF THERMOELASTIC MARTENSITE
     热弹性马氏体的长大
短句来源
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  thermoelastic equation
From the P-V-T data and the thermoelastic equation of state, thermal expansions at two constant pressures of 1.5 GPa and 4.0 GPa are calculated.
      
The thermoelastic equation of motion has been separated into two wave equations which can be solved separately.
      
On the possibility of simplifying the thermoelastic equation
      
By some very simple algebraic manipulations, it is shown as the linear thermoelastic equation can be solved by looking for the solutions of much simpler vectorial equations.
      
Belgen focused on the use of specific heat capacity at constant pressure Cp, in the classical thermoelastic equation.
      
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A three-dimensional quasi-static thermoelastic equation of infinite plate under a given temperature distribution is solved by using Green function method. The solution is a complete, simple integration expression, which can be applied to the theories of photothermal deformation and photothermal optical beam deflection to obtain the surface deformation or surface slope of the measured sample to determine the thermo-physical parameters of sample.

利用格林函数法求解了在一定的温度分布条件下无限大平板的准穗态热弹性方程,得到了方程的一个完整,简单的积分形式的解。该表达式可用于激光光热变形和光热光束偏转理论中,以求得被测平板样品的表面变形和表面倾斜度,从而决定被测样品的热物理性质。

An approximaive solution is given of the equation of hot elasticity with changing physical property and with coupling effect,under the thermal shock,within the framework of the orthogonal isotropic body.It develops the discussion in recent years on the coupling field with constant physcial property.

在正交各向同性体框架内,讨论在热冲击作用下,具耦合效应的变物性热弹性方程的求解问题。它是近几年来关于热冲击下常物性耦合场讨论的继续。

Based on the analysis of thermal expansion coefficient,thermal residual stresses in filament winding FRP pipe are calculated and disscused A numerical example is giνen to show the stresses feature.

根据复合材料热弹性理论,在缠绕玻璃钢管道热膨胀系数分析基础上,从热弹性方程出发给出了求解管道中热残余应力的方法

 
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