In order to precisely predict ground heat transfer, room air temperature and humidity, a
combined model has been developed and conceived to calculate both the coupled heat and …

In calculations of building heat loss via the ground, the coupling with soil moisture transfer is
generally ignored, an important hypothesis which will be falsified in this paper. Results from …

It is necessary to do research on the heat and moisture transfer in the earth-sheltered
building for getting a better underground environment. Based on Philips and De Vries' and …

This study is being conducted to clarify the heat load characteristics of underground
structures. The authors have sought to achieve this by clarifying the heat and moisture …

An investigation was made into the effects of flux formulation and after brazing residue on
the pitting potential of the aluminum surface in various types of coolants during laboratory …

It is generally believed that the rate of neutralization becomes slower when a concrete wall
is exposed to rain because CO2 diffusion into concrete is suppressed. However, rain is …

The aim of this paper was to predict the durability of concrete walls. Because liquid
movement is important in discussing the neutralization process, the vertical distribution of …

The article presents a theoretical model to describe coupled heat and moisture transfer in
porous media which finds relevance in building sciences where thermal comfort and energy …

To analyze the heat transfer in soils accurately, it is better to know the temperature profiles of
soil in natural conditions. Based on the fundamentals of heat transfer, a 2-D mathematical …