Using crashed bricks to increase the thermal resistance of building roofs in hot countries

Marwah Dawoud حصيني
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Abstract

In hot countries like Iraq, during the summer season, the temperature reaches about 50 °C, which has a direct impact on energy consumption due to the usage of cooling systems. Therefore, this study aims to reduce the solar radiation that is absorbed by the building’s roof by using an insulator made of crashed bricks. In this research, a small model was created to replicate the roof properties, and then a heater set at the appropriate temperature was used to mimic the amount of heat coming from the sun. The amount of heat transfer is calculated for the roof with and without the insulator, and the study determines the different thicknesses and sizes of crashed brick as an insulator.
在炎热的国家使用碎砖来增加建筑屋顶的热阻
在像伊拉克这样的炎热国家,在夏季,温度达到50°C左右,由于使用冷却系统,这对能源消耗有直接影响。因此,这项研究旨在通过使用由碎砖制成的绝缘体来减少建筑物屋顶吸收的太阳辐射。在这项研究中,创建了一个小型模型来复制屋顶的特性,然后使用一个设置在适当温度的加热器来模拟来自太阳的热量。计算了有隔热层和没有隔热层的屋顶的传热量,并确定了作为隔热层的破碎砖的不同厚度和尺寸。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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