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Green wall impacts inside and outside buildings: experimental study

机译:绿墙冲击内外建筑物:实验研究

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The experimental study of vegetated facades and their hygrothermal effects on heat loads is essential. Indeed, the complexity of thermal fluxes and airflows taking place within green walls modules under extreme climatic conditions is to date not mastered. In addition, phenomena related to buoyancy, street confinement, condensation, frost and sorption-desorption are not considered in most reliable models. This paper presents an experiment on green walls performed to apprehend their thermal and hydrological behavior and their impact inside and outside buildings. The experiment is based on a living wall set up on a reduced scale mockup of buildings and streets. Diurnal monitoring of temperature, humidity and heat fluxes variations near and within the living wall and a reference case enable us to analyze thermal effects of green facades. Measurements were performed in La Rochelle city in France.
机译:植被立面的实验研究及其对热载荷的湿热效应至关重要。实际上,在极端气候条件下,在绿色墙壁模块中发生的热量和气流的复杂性就是迄今为止无法掌握的。此外,与最可靠的模型不考虑与浮力,街道监禁,凝结,霜冻和吸附解吸有关的现象。本文介绍了在以令人敬畏的绿色墙壁上的实验,以控制其热和水文行为及其内外建筑物的冲击。该实验基于在船舶和街道的减少的大规模样机上设置的带墙。昼夜监测温度,湿度和热量助流的变化附近和生活墙和参考情况,使我们能够分析绿色外墙的热效应。测量在法国的La Rochelle City进行。

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