地下建筑传热

在分析地下建筑传热理论的基础上，进行了热量阿基米德数相似准则的自模拟区研究。

Based on the theory of conducting heat in underground buildings , the author made a research about the number of the model area of self .

分析了地下建筑的传热特性，建立了深埋地下建筑壁面动态传热的数学模型，在边界条件的处理上引进了反应系数使动态问题得以解决。

This thesis analyses the heat transfer feature of underground structures , establishes the mathematical model of dynamic heat transfer of wall surfaces in the deep underground structures and introduces the reaction coefficient in the treatment of boundary conditions so as to solve the dynamic issues .

得出地下建筑的顶板传热在总负荷中所占比例最大，建筑的地面传热负荷所占比例最小等结论。

The conclusion is that the heat transfer in the roofs accounts for the largest proportion of the total load in the underground buildings , while the heat transfer on the floor accounts for the smallest proportion .

地下建筑壁面动态传热的数值分析研究

Numerical analysis of dynamic heat transfer through walls of underground structure

深埋地下建筑围护结构动态传热的数值分析

Numerical analysis on dynamic heat transfer of underground exterior-protected construction

基于地下厂房的传热机理，建立了深埋地下建筑动态传热的数学模型；

Sets up a mathematical model of unsteady heat transfer of deep underground structure based on the mechanism of heat transfer .