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The effect of the use of openings on interzonal air flows in buildings: an experimental and simulation approach

机译:使用开口对建筑物区域间气流的影响:一种实验和模拟方法

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Internal air flows due to ventilation through large openings is an integral part of the ventilation and energy design of buildings and should be taken into account among other thinks in the simulation of occupants' behavior. In this paper, the effect of the arrangement and use of the internal openings in a two-storey house on the interzonal flows inside the building's rooms is examined, with the aid of nodal ventilation modeling. Validation experiments are also performed for a series of arrangements of internal and external openings, by conducting tracer gas measurements. A parametrical investigation is carried out for selected parameters, including the effect of the percentages of the windward and leeward openings on the interzonal flows, monitoring magnitude and direction changes, for specific climatic conditions. Conclusions about interzonal flows and ventilation design are drawn.
机译:通过大开口进行通风产生的内部空气流动是建筑物通风和能源设计不可或缺的一部分,在模拟乘员行为时应考虑其他因素。在本文中,借助节点通风建模,研究了两层房屋内部开口的布置和使用对建筑物房间内部区域间流动的影响。通过进行示踪气体测量,还对内部和外部开口的一系列布置进行了验证实验。对选定的参数进行了参数研究,包括针对特定气候条件的迎风和背风开口百分比对区域间流的影响,监控幅度和方向变化。得出有关区域间流量和通风设计的结论。

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