Influence of Roofing Material on Indoor Thermal Comfort of Bamboo House

T. S. Hlaing, S. Kojima
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引用次数: 2

Abstract

In built environment, there is renewed interest towards the local building material, which is cost-effective, environmental-friendly, and best suited to the local climate. In this framework, the study will be emphasized the impact of local roofing materials on indoor thermal comfort of Bamboo house in a warm and humid region of Myanmar. In practice, Bamboo houses with different roofing materials were monitored with seven sensor points at outdoor and indoor to observe its thermal performance. By regarding microclimate conditions, the performance of different roofing materials on the indoor environment will be analyzed by statistical analysis based on the thermal comfort index. The result shows indigenous roofing material has less thermal conductivity impact on indoor thermal comfort than the other roofing materials. Moreover, the double roof, which is made of a combined layer of Dani and GI sheet, keeps the room with moderate thermal comfort for almost the whole day. The result of this study will propose suitable roofing material of Bamboo House and the required period to operate an air-conditioner with an extensive explanation to lead the reduction of Energy Consumption in further.
屋面材料对竹屋室内热舒适的影响
在建筑环境方面,人们对当地的建筑材料重新产生了兴趣,这些材料具有成本效益,对环境友好,最适合当地气候。在此框架下,本研究将重点关注缅甸温暖潮湿地区当地屋面材料对竹屋室内热舒适的影响。在实践中,采用不同屋面材料的竹屋在室外和室内设置了7个传感器点,观察其热性能。在小气候条件下,根据热舒适指数进行统计分析,分析不同屋面材料对室内环境的影响。结果表明,与其他屋面材料相比,国产屋面材料的导热系数对室内热舒适的影响较小。此外,双层屋顶由达尼和GI板组合而成,几乎可以让房间一整天都保持适度的热舒适。本研究的结果将提出合适的竹屋屋顶材料和空调运行所需的时间,并进行广泛的解释,以进一步降低能耗。
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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