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Investigation of thermal benefits of an extensive green roof in Istanbul climate

机译:在伊斯坦布尔气候中调查广泛的绿色屋顶的热效益

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摘要

Green roofs have become an ecological solution in cities with the environmental problems that have increased in recent years. Green roofs are used as aesthetic elements as well as their ecological benefits for the city and urban environment. Comparative measurements were performed through field study in Landscape Architecture Department, Faculty of Forestry, Istanbul University, Green Roof Research Station (IUGRRS), to produce quantitative data on this subject and investigate the thermal properties of a typical extensive green roof. This paper analyses the thermal properties of a typical extensive green roof in comparison with a bituminous membrane roof (reference roof). During measurement period, it has been confirmed that a typical extensive green roof with 50 mm-thick growing media provided a thermal protection to the building envelope against extreme temperature effects. Impacts of extreme temperature fluctuations on the surface of the green roof to the building envelope were reduced by the green roof system by 79%. Results obtained from the field measurements show that green roofs are a sustainable choice in Istanbul climate conditions.
机译:在近年来环境问题日益严重的城市中,绿色屋顶已成为一种生态解决方案。绿色屋顶被用作美学元素,以及它们对城市和城市环境的生态效益。比较测量是通过在伊斯坦布尔大学林业学院景观系,绿屋顶研究站(IUGRRS)进行的实地研究进行的,以得出有关该主题的定量数据,并研究典型的大面积绿屋顶的热学性质。与沥青膜屋顶(参考屋顶)相比,本文分析了典型的大面积绿色屋顶的热性能。在测量期间,已确认具有50 mm厚的生长介质的典型的宽阔绿色屋顶为建筑物的围护结构提供了防止极端温度影响的热保护。屋顶绿化系统将极端温度波动对绿色屋顶表面到建筑物围护结构的影响降低了79%。从现场测量获得的结果表明,绿色屋顶是伊斯坦布尔气候条件下的可持续选择。

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