自然通风
计算流体力学
流入
流出
气流
建筑CFD
抽吸
通风(建筑)
工程类
海洋工程
上游(联网)
环境科学
穹顶(地质)
结构工程
土木工程
气象学
地质学
机械工程
航空航天工程
地理
电信
古生物学
作者
Omar S. Asfour,Mohamed B. Gadi
标识
DOI:10.1080/15435070701583045
摘要
Abstract Many traditional architectural elements are still used in contemporary architecture. One way to give their existence more value is to use to serve design sustainability. Using CFD three-dimensional simulation, this paper investigates the effect of domed roofs on wind-induced natural ventilation performance, considering different building forms and areas, and different wind directions and velocities. Natural ventilation performance has been assessed in terms of airflow rate and internal airflow distribution. Results showed that domes improve ventilation performance in the upstream and central zones of the building, as suction forces acting over them induce more inflow rate through the building and attract some of the outflow to leave through dome openings instead of walls openings. Keywords: Natural ventilationCFDCurved roofsdome
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