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THERMAL COMFORT STUDY ON VERTICAL AIR TEMPERATURE GRADIENT WITH DISPLACEMENT VENTILATION SYSTEM IN THE TROPICS

机译:热带地区带排风系统的垂直空气温度梯度的热舒适​​研究。

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The objective of this study is to explore the influence of vertical air temperature gradient and room air temperature (at 0.6 m height) on overall and local thermal comfort of 30 tropically acclimatized subjects in a room served by Displacement Ventilation (DV) system. These 15 males and 15 females were engaged in sedentary office work for a period of 3 hours. The subjects were exposed to 3 levels of vertical air temperature gradient, nominally 1, 3 & 5K/m, between 0.1 and 1.1 m heights and 3 room air temperatures, 20, 23 & 26°C, at the height of 0.6 m. The main findings of this study are that temperature gradient had different influence on thermal comfort at different room temperatures. Room temperature had greater influence on thermal comfort than temperature gradient. Tropically acclimatized subjects could tolerate temperature gradient of 5 K/m at room temperature of 26°C.
机译:这项研究的目的是探讨垂直空气温度梯度和室内空气温度(0.6 m高度)对由置换通风(DV)系统提供服务的房间中30位热带适应对象的整体和局部热舒适性的影响。这15名男性和15名女性从事久坐的办公室工作,时间为3小时。受试者暴露于3种水平的垂直空气温度梯度,名义上分别为0.1、1.1 m和1、3和5K / m,高度为0.1和1.1m,以及3种室内空气温度为20、23和26°C,高度为0.6 m。这项研究的主要发现是温度梯度对不同室温下的热舒适性有不同的影响。室温比温度梯度对热舒适性的影响更大。热带适应的受试者在26°C的室温下可以承受5 K / m的温度梯度。

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