jismart2020043: Porosity on Average Heat Transfer Coefficient of Fired Shale Hollow Block

Abstract

At present, C45gy conservation and emission reduction in the construction industry consist of the updating of building materials and structures and the intervention of modern systems in the long-term operation and maintenance of buildings. However, it takes time for cost and market adaptation. The improvement of building materials recognized by the market is a breakthrough. By changing porosity of hollow block and studying its heat transfer characteristics, it can better meet different market demands. The study of new wall materials can improve the thermal insulation performance of buildings at a low cost and quickly, and meet the demand of reducing the cold and hot load of buildings, which has a broad market prospect.