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Development of Environmental-friendly Water-Retentive Asphalt and Its Characteristics

机译:环保型保水沥青的发展及其特点

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摘要

Urban area may be warmer than surrounding regions due to asphalt and concrete for roads, buildings, and other artificial structures. Especially, pavements have become an important contributor to this effect by altering land-cover over significant portions of an urban area. Therefore,researchers have studied ways to reduce the heat island effect such as cooling pavement, porous pavements such as water-retentive or water absorbing pavements. Accordingly, this study aims at the development of water-retention asphalt pavement for urban areas in order to solve problems related to the distortion of water cycle and the heat island phenomena. Experimental results indicated that asphalt pavement using developed water retaining material was effective to decrease its surface temperature compare to other pavements. A correlation between air temperature and surface temperature of the pavement was obtained to estimate the efficiency of the developed pavement materials.
机译:由于道路,建筑物和其他人造结构的沥青和混凝土,市区可能比周围地区温暖。尤其是,人行道通过改变市区大部分地区的土地覆盖,已成为造成这种影响的重要因素。因此,研究人员研究了减少热岛效应的方法,例如冷却路面,多孔路面(例如保水或吸水路面)。因此,本研究旨在开发用于城市地区的保水沥青路面,以解决与水循环变形和热岛现象有关的问题。实验结果表明,与其他路面相比,使用发达的保水材料的沥青路面可有效降低其表面温度。获得了气温与路面表面温度之间的相关性,以估算已开发路面材料的效率。

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