太阳能诱导式通风屋顶模型的研究

Preliminary Study on Solar Induced Ventilation Roof Model

基于太阳能诱导式通风屋顶的构造和原理,建立太阳能诱导式通风屋顶模型,通过正交试验得出实验方案,并通过实验数据初步分析出太阳能诱导式通风屋顶隔热能力。为实验研究及数学模型的建立奠定基础,得出太阳能诱导式通风屋顶的隔热能力与风管露出屋顶的高度、风管所在平屋顶面积、第二层屋面结构至原屋面距离、有无风帽及不同风帽结构、不同截面风管、第二层屋面材料有一定的相关性。

Based on the structure and principles of solar induced ventilation of the roof, build solar induced ventilation roof model, obtained by orthogonal experimental program, and preliminary analysis of the experimental data of solar induced ventilation roof insulation capacity. Lay the foundation for the establishment of experimental research and mathematical models, obtained the solar induced ventilation roof insulation capacity related to the exposed roof duct height, duct of the area of flat roof, the distance between the second layer of the roof and the original, with or without hood and different structures of the hood, different duct cross-section, the material of second layer of roof.