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Thermal performance of glazed balconies within heavy weight/thermal mass buildings in Beirut, Lebanon's hot climate

机译:黎巴嫩炎热气候下贝鲁特的重型/热建筑中的玻璃阳台的热性能

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摘要

The research aims to analyze the thermal performance of what is becoming a very common practice of glazing up balconies in fully exposed heavy weight buildings in Lebanon. Two apartments in one residential building, are monitored simultaneously for four full and consecutive days in late June 2011 one with a glazed balcony the other with a shaded one. Once the building's thermal simulation are calibrated using the EDSL TAS [1] software, parametric runs start by testing different orientations, followed by further shading and spatial manipulation and finishing with construction and thermostatic manipulations, giving an in-depth overview of the thermal performance of those balconies vis-a-vis the internal spaces. The research concludes with practical design recommendation and solutions for keeping with the glazing yet reducing considerably the annual cooling load. (C) 2015 Elsevier B.V. All rights reserved.
机译:这项研究旨在分析在黎巴嫩完全暴露的超重建筑中阳台玻璃上光的一种非常普遍的做法的热性能。 2011年6月下旬,在一栋居民楼中的两套公寓将连续四天同时进行连续监视,其中一间带玻璃阳台,另一间带阴影。使用EDSL TAS [1]软件对建筑物的热模拟进行校准后,参数运行首先要测试不同的方向,然后进行进一步的阴影和空间操纵,并通过建筑和恒温操纵进行整理,从而深入了解建筑物的热性能。那些阳台相对于内部空间。该研究最后提出了实用的设计建议和解决方案,以保持玻璃的外观,并显着减少年度冷却负荷。 (C)2015 Elsevier B.V.保留所有权利。

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