行人
气流
环境科学
通风(建筑)
风速
Lift(数据挖掘)
海洋工程
风洞
空气质量指数
气象学
热舒适性
比例模型
自然通风
阿尔莫德
风向
工程类
大气扩散模型
土木工程
空气污染
计算机科学
航空航天工程
地理
机械工程
数据挖掘
有机化学
化学
作者
Qian Xia,Xiaoping Liu,Jianlei Niu,K.C.S. Kwok
标识
DOI:10.1177/1420326x15609967
摘要
Low airflow or poor outdoor ventilation around building blocks can negatively influence pollutant dispersion in the surroundings and indoor air quality, and increase the risks of airborne transmission of infectious diseases. However, there have been few studies addressing the wind environment, thermal comfort and other concerns at the pedestrian level. Buildings with a lift-up design may have a number of impacts on the pedestrian-level wind and thermal environments. Three building configurations that resulted in the lowest wind speed zones were identified from a previous study. A 3.5 m high open ground floor was added to each of the three configurations, and scale models of the three designs were studied in a wind tunnel to assess their influences on airflow and ventilation around the buildings. Undesirable areas of low wind speed leading to poor air ventilation and, on the other side of extreme, areas of discomfort due to strong wind conditions were both identified, and their practical implications are discussed.
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