The heat conduction problem with many mediums have been examined.
研究了多介质热传导问题。
A one-dimensional linear inverse heat conduction problem for temperature measurement is presented in the paper.
讨论了用于温度测量的非稳态一维线性导热反问题。
Heating-plate problem is a typical inverse problem, and also a typical problem of the linear heat conduction problem.
热板问题是典型的反问题，同时也是一个典型的线性热传导问题。
But now the results on inverse heat conduction problem are mainly devoted to the standard inverse heat conduction problem.
但目前关于逆热传导问题的已有结果主要是针对标准逆热传导问题。
A quite useful solution model has been deduced. Finally, we apply the inverse heat conduction problem to image compression.
最后将此类逆热传导方程应用到图像压缩中，收到了很好的成效。
In this paper, the inverse Laplace transform via. fast Fourier technique was presented to solve the inverse heat conduction problem.
本文用通过快速傅里叶变换来进行逆拉氏变换的方法解决导热逆问题。
In this paper, energy conservation condition of finite element method (FEM) to the transient heat conduction problem have been discussed.
本文对非稳定导热问题的有限元算法的能量守恒条件进行了讨论。
It is known that the measurement error for the interior temperature always causes the numerical solution of the inverse heat conduction problem unstable.
众所周知，内点温度的测量误差往往导致导热逆问题计算的不稳定。
By solving an inverse heat conduction problem, one method is given about to compute wall thickness of cylinder-shaped equipment based on the outer surface temperature.
利用红外测温技术，结合导热反问题求解，给出了一种根据圆筒外壁温度计算筒壁厚的方法。
Accurate assessment of error in numerical solution is always a difficult part for the inverse heat conduction problem which restricts its applications in industrial measurements.
传热反问题数值解误差的准确评估一直是制约它应用于工业测量的一个难点。
The R-network model is used to solve the heat Conduction-temperature problem of the C616-headstock in this paper.
本文用电阻网络模型解C616车床床头箱的导热温度场问题。
The discretization equation obtained takes the same form as that for the pure conduction problem, with the radiation heat flux at the interface appearing as an additional source term.
推导结果表明，此时离散方程的形式仍与纯导热物体的形式相同，只是界面上的辐射热流以源项的形式进入到离散方程中。
A new method to determine the thermal coefficient, which varies with temperature in a linear relation, is proposed by using the mathematical principle of the inverse problem for heat conduction.
本文采用导热反问题的数学原理，提出了一种一次测定随温度线性变化的导热系数方法。
This thesis focuses on determination of parameters in a two-dimension heat conduction equation on the MPI network parallel environment, by solving an inverse problem using the regularization method.
本文是在MPI网络并行环境中，将求解二维热物性方程参数的反问题用正则化方法结合并行遗传算法进行数值求解。
In this paper, the exact solution and approximate solution of the boundary control problem for a class of the heat-conduction equation are given.
给出了热传导方程边界控制问题的精确解和近似解，证明了近似解对精确解的收敛性。
The problem of transient heat conduction in a semi infinite medium with the heat capacity of the heater on the boundary considered has been solved analytically.
在考虑加热器热容量的条件下，求解了半无限大物体在边界被加热时的非稳态导热问题。
The heat conduction in rolling bearing can be treated as an axisymmetric problem.
轴承中的热传导作为轴对称问题处理。
According to the method of solving the inverse problem of heat conduction, local transient heat flux has been obtained.
采用热传导反问题求解方法，得到了缸内气体与缸盖表面局部瞬态热流的实验结果。
We transform the problem of energy dissipation into a problem of heat conduction by the introduction of external heat sink.
引入外部热汇后，我们将能量耗散问题转化为一个热传导问题。
For the transformed solution of the thermoelastic and heat conduction equations coupled problem, the analytical representation of the pole residues is obtained.
利用热弹体运动方程和热传导方程耦合问题的变换域解，求解其极点留数的解析表达式。
With some assumptions, the problem can be predigested to one-dimension unsteady state heat conduction.
在做出一定的假设后，问题可简化为一维非稳态导热。
Such as: the balance of elastic membrane, the heat conduction of stationary state, the incompressible potential flow, the problem of electrostatic field and magnetostatics field.
例如：弹性膜的平衡问题，稳定状态的热传导问题，不可压缩势流问题，静电场问题以及静磁场问题。
The heat-conduction problem is often a movable boundary problem under the high temperature.
热传导问题于高温条件下，往往是可移动边界问题。
In this paper, the exact solution and approximate solution of the boundary control problem for a class of the heat-conduction equation are given.
就一类典型的抛物型问题——热传导方程，研究矩形网格上质量集中有限元方法的有关性质。
A solution of Cauchy's problem of heat conduction equation is constructed with the concept of generalized function.
利用广义函数的概念构造出热传导方程柯西问题的解。
In order to solve this problem, on the basis of the principle of heat conduction, first of all, the median and interframe filtering were used to minimize noise of infrared images.
针对这一问题，在热传导原理的基础上，首先通过中值滤波、帧间滤波尽量减少噪声对红外图像的影响。
In order to solve this problem, on the basis of the principle of heat conduction, first of all, the median and interframe filtering were used to minimize noise of infrared images.
针对这一问题，在热传导原理的基础上，首先通过中值滤波、帧间滤波尽量减少噪声对红外图像的影响。
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