2)  varied heat quantity conductive equation

1.
The varied heat quantity conductive equation is used.

3)  strong transient heat transport in thin film

1.
When the schemes are applied to heat transport equations at the microscale and strong transient heat transport in thin film,the effects are admirable.
基于指数拟合和牛顿插值多项式构造了用于数值计算偏微分方程的不同层显式格式,应用不同层显式格式可获得不同精度的数值计算结果,并将该算法应用于微结构热传导方程和薄膜强瞬态热传导方程中。
4)  Heat-conduction equation

1.
A stefan problem of Heat-conduction equations with heat source;

2.
An ADI scheme for solving heat-conduction equation of high-dimension;

3.
In this paper,the exact solution and approximate solution of the boundary control problem for a class of the heat-conduction equation are given.

5)  heat transfer equation

1.
The simultaneous solution of the generalized Reynolds equation,three-dimensional energy equation,three-dimensional heat transfer equation and force equilibrium equation were presented and the changes of the lubricant viscosity and density with the temperature and pressure were taken into account.

2.
,the heat transfer equation.

3.
The theoretical simulations are made based on the heat transfer equation.

6)  heat conduction equation

1.
Application of discrete regularization method in inverse problem of determining unknown source term in one-dimensional heat conduction equation;

2.
Then by being combined with constitutive equation of changing physical parameter and nonhomogeneous compound material,it deduces the heat conduction equation of c.

3.
In this paper,a fourth-order finite volume compact method for heat conduction equation is studied.

 热传导方程heat conduction，equation of    最早在研究热的传导问题时得到的方程。它的一维形式是，其中u为温度函数，，k为热传导系数，c是比热容，ρ是密度，是外热源密度。热传导方程也可以描述其他物理现象，比如扩散过程等等。方程连同初始条件及(或)边界条件的任一种，都可组成初值问题、边值问题或初边值问题。