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Effects of building lift-up design on the wind environment for pedestrians

机译:建筑提升设计对行人风环境的影响

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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 3.5m 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.
机译:低气流或积木周围的室外通风不良会对周围环境中的污染物扩散和室内空气质量产生负面影响,并增加空气传播传染病的风险。然而,很少有研究针对行人水平的风环境,热舒适性和其他问题。具有举升设计的建筑物可能会对行人水平的风和热环境产生许多影响。从先前的研究中确定了导致最低风速区域的三种建筑结构。三种配置中的每一种都增加了一个3.5m高的开放地面层,并在风洞中研究了这三种设计的比例模型,以评估它们对建筑物周围气流和通风的影响。低风速导致空气流通不良的不良区域,以及极端情况下,由于强风条件导致的不舒适区域都已被识别,并对其实际意义进行了讨论。

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