- 更多网络例句与热传导方程相关的网络例句 [注：此内容来源于网络，仅供参考]
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The elementary solution to Cauchy problem of heat equation is given by applying Fourier transformation.
应用Fourier变换求出热传导方程的基本解，分析了基本解与正态分布密度函数的关系，从而借助密度函数解释热传导方程解的性质。
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In order to solve the thermal effect problem of laser rod by diode laser end-pumped,based on the heat conduct theory,a novel eigenfunction group of heat conduction equation was established and the general solutions of temperature field and thermal distortion field within laser rod were obtained.
为了解决激光二极管端面泵浦激光棒引起的热效应问题，基于热传导理论，建构了热传导方程新的本征函数解，得出了激光棒内温度场与热形变场的一般解析表达式。
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In this paper, a simple method of solving the stress-fluid coupling equation at certain boundary conditions is proposed based on the corresponding relation of the seepage equation of stress-fluid coupling and heat conduction equation and using the structural mechanical module and heat conduction module in the ANSYS software.
本文根据流固耦合方程和热传导方程的对应关系，找出了在一定边界条件下，可用ANSYS中的结构力学模块和热传导模块求解流固耦合方程的简便方法。
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According to axisymmetric unsteady heat conduction equation of orthogonal aniso tropic material and boundary conditions,the equilibrium equation of a system of finite elements is deduced with triangular element of high accuracy,and programs are designed.
根据均匀正交各向异性材料轴对称热传导方程及其边界条件，利用变分法及欧拉理论，选取 6 节点的高精度三角形单元类型，推导了一般轴对称非定常热传导有限元基本方程。并编制了相应的计算程序。
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In order to solve the thermal effect problem of laser rod by diode laser end—pumped,based on the heat conduct theory,a novel eigenfunction group of heat conduction equation was es—tablished and the general solutions of temperature field and thermal distortion field within laserrod were obtained.
为了解决激光二极管端面泵浦激光棒引起的热效应问题，基于热传导理论，建构了热传导方程新的本征函数解，得出了激光棒内温度场与热形变场的一般解析表达式。
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At first,the limitation of the general heat conduction equation is discussed and then,nonlinear heat conduction equations are derived,when we consider that thermal conductivity,specific heat capacity and density are dependent of temperature.
研究了线性情形中热传导方程的局限性，在此基础上考虑到热传导方程中导热系数、比热容、密度与温度的关系，导出了非线性热传导方程，并求出了几类非线性热传导方程的孤波解。
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Based on the variation principle, the corresponding finite element equations for the thermoelstic and heat conduction equations are obtained.
根据变分原理，得到热弹体运动方程和热传导方程相对应的有限元方程。
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The concepts of degree of enthalpy and enthalpy diffusivity are introduced in terms of the concept of enthalpy in calorifics. Heat equation of enthalpy is constructed and converted into heat equation of temperature by latent heat.
因此根据热力学中焓的概念，提出了焓度和焓扩散系数的概念，建立了焓的热传导方程并根据潜热把焓的热传导方程转化为温度场方程。
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Heat equation is the most typical one of parabolical equations, which describes many physical-phenomenas,such as conduction,diffusion .etc.
如描述热传导、扩散等物理现象的热传导方程就是最典型的抛物型方程。
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For example, a regenerative reheating furnace fluid flow and heat transfer is researched, which has simplified the flow and heat transfer of hot air stove according to its real operating conditions.The fluid flow and heat transfer of a hot air stove are numerically simulated by using finite volume method or finite difference method,which bases on the heat transfer equation,flow equation of the gas and heat balance equation.
根据热风炉的实际运行状况对蓄热式热风炉内的流动换热过程进行了合理的简化，并基于热传导方程、气体流动方程和气体的热平衡方程，建立了蓄热体的非稳态传热模型，在对模型利用有限差分法和有限容积法得到离散方程的基础上，采用C 语言编制了模拟计算程序。
- 更多网络解释与热传导方程相关的网络解释 [注：此内容来源于网络，仅供参考]
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constitutive equation：本构方程
又称本构方程(constitutive equation). 归纳宏观实验结果,建立有关物质的本构关系是连续介质力学和流变学的重要研究课题. 最熟知的本构关系有胡克定律(Hooke's law)、牛顿粘性定律(见粘度)、理想气体状态方程、热传导方程等. 建立本构关系时,
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equation of heat conduction：热传导方程
equation of continuity 连续方程 | equation of heat conduction 热传导方程 | equation of higher order 高阶方程式
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equation of higher order：高阶方程式
equation of heat conduction 热传导方程 | equation of higher order 高阶方程式 | equation of jacobi 雅可比方程
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Fourier：傅里叶
3.1 一维波动方程的达朗贝尔(D'Alembert)公式3.2 一维热传导方程的泊松(Poisson)公式4.1 贝塞尔(Bessel)函数4.2 勒让德(Legendre)函数5.1 傅里叶(Fourier)变换6.2 无界空间的格林(Green)函数--基本解
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heat conduction coefficient：热传导系数
heat-carrying capacity 载热能力 | heat-conduction coefficient 热传导系数 | heat-conduction equation 热传导方程
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heat conduction equation：热传导方程
heat conduction coefficient matrix 热传导系数矩阵 | heat conduction equation 热传导方程 | heat conduction 导热
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unsteady heat conduction：不稳定传热
热方程:heat equation | 不稳定传热:unsteady heat conduction | 稳态热传导:constant heat conduction