Abstract
We analyzed various heat loads for the experimental box mounted on the horizontal surface. Furthermore, we developed the numerical prediction method of the heat load on the cubical box which modeled various kinds of container, and we verified this experimentally. This prediction method inputs the thermal characteristic of the box and the environmental data, such as solar radiation, wind velocity, and atmospheric temperature, outputs temperature change of the surface of a wall or an inside of the box. This prediction method can apply them to the analysis of the air conditioning load of a summer.
