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首页> 外文期刊>Journal of green building >CFD EVALUATION OF THE POTTERY WATER WALL IN A HOT ARID CLIMATE OF LUXOR, EGYPT
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CFD EVALUATION OF THE POTTERY WATER WALL IN A HOT ARID CLIMATE OF LUXOR, EGYPT

机译：埃及卢克索热干旱气候陶瓷墙的差价合约评价

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This paper aims to evaluate the Pottery Water Wall in a hot arid climate using CFD simulation. The Pottery Water Wall is a passive system and an upgrade to the Water Wall. The Pottery Water Wall is a combination of a Water Wall and Porous Ceramic Pipes for evaporative cooling. First, the study will evaluate the efficiency of the Pottery Water Wall in cooling and heating in the most extreme climatic conditions of winter and summer in Luxor, Egypt. This study will aid determining the ability of the Pottery Water Wall to cool and heat buildings and its ability to achieve thermal comfort. The study found that the Pottery Water Wall's cooling ability ranges between 4°C to 10°C, while its heating ability ranges between 4°C to 15°C The Pottery Water Wall achieved thermal comfort for 62.5% of a day resembling extreme summer and achieved thermal comfort 62.5% of a day resembling extreme winter. In conclusion, the Pottery Water Wall can reduce cooling and heating demand by 88% at the extreme climatic conditions of Luxor, Egypt.
机译：本文旨在使用CFD仿真评估热干旱气候中的陶器水墙。陶器水墙是被动系统和升级到水墙。陶器水壁是水壁和多孔陶瓷管的组合，用于蒸发冷却。首先，该研究将评估威尔·埃及卢克索最极端和夏季最极端气候条件下冷却和加热陶器水墙的效率。本研究将帮助确定陶器水壁冷却和热建筑物的能力及其实现热舒适的能力。该研究发现，陶器水壁的冷却能力在4°C至10°C之间，而其加热能力在4°C至15°C之间的陶瓷墙达到热舒适度，占极其夏季的每天的62.5％。热舒适度62.5％，相似冬季。总之，陶瓷墙可以在埃及卢克索的极端气候条件下减少88％的冷却和加热需求。

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