热传导方程式

用傅式级数分析法所得之解扩大了热传导方程式解之涵盖范围，同时也可获得简明而完整之物理意义。

This method can broaden the scope of the solution of heat conduction equation and gives an explicit and complete interpretation .

推导了所设计的电极热传导方程式，解决了温度同步问题；

According to the calculation of heat conduction of the system designed by us , the electrode should be independent of temperature .

通过分析服务器机柜表面的温度场分布，建立了热传导方程式。

By analyzing the temperature distribution of cabinet surface , a heat conduction equation is established , and is further solved based on the sensor data and by using the finite difference method .

此文根据非稳定热传导基本方程式积分得到离散化方程式，编写出计算程序。

This paper gets discretization equation by integrating the basic equation of unsteady heat conduction and writes a calculating program .

本文基于非稳态热传导微分方程、基本解及δ-函数推导出域内及边界积分公式；然后，对时间和空间进行离散化，推导出三维非稳态热传导的离散化方程式。

Firstly , the field and boundary integral equations which based on the unsteady heat conduction equation , fundamental solutions and Dirac Function are proposed . Then , discrete equations of unsteady heat conduction is derived by dispersing the time and space .