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Numerical Study of the Effect of Different Construction Materials on Heating and Cooling Loads for Two Climatic Zones in Morocco.

机译:不同建筑材料对摩洛哥两种气候区加热和冷却负荷影响的数值研究。

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This article consists on a simulation study of the dynamic thermal behavior of a room with a single thermal zone. Two climate zones are considered: Casablanca recognized by its humid climate (zone 1) and Khouribga city recognized by its dry climate (zone 3). The main objective of this work is to compare numerically the heating and cooling demands of hollow brick as a common construction material with different types of insulation. Also, the pumice stone is studied. Different scenarios are analyzed and discussed to suggest solutions to minimize energy consumption needs.
机译:本文包括一个带有单个热区的房间的动态热行为的仿真研究。考虑了两个气候区:卡萨布兰卡被其潮湿的气候(1)和Khouribga城市认可的Casablanca被其干燥气候(3区)认可。这项工作的主要目标是在数值上比较空心砖的加热和冷却需求作为具有不同类型绝缘的常见建筑材料。此外,研究了浮石。分析并讨论了不同的场景,建议解决能源消耗需求的解决方案。

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