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Research on Design Method and Pavement Performance of Water Injection Foamed Modified Asphalt Warm SMA

机译:水注射泡沫改性沥青温湿SMA的设计方法和路面性能研究

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In order to research on design method and pavement performance of water injection foamed modified asphalt warm SMA, hot mix modified asphalt SMA-13 mixtures were designed, which could determine mix/compaction temperature, aggregate gradation, and optimum asphalt content. On the base of the above, volume parameters performances, for water injection foamed modified asphalt warm mix SMA mixtures, were conducted. Reasonable mix/compaction temperature and appropriate plant fiber contents were confirmed to research pavement performances for water injection foamed modified asphalt warm mix SMA mixtures. The research results show that compared with hot mix SMA mixtures, pavement performances of water injection foamed modified asphalt warm mix SMA mixtures have no significant change. Plant fiber contents are reasonably reduced as water injection foamed modified asphalt warm mix SMA mixtures is designed, which helps to improve volume parameters and construction workability, and not lead to decline pavement performances. It need be further researched and discussed whether binder drainage test methods, introduced by Chinese standard test methods of bitumen and bituminous mixtures for highway engineering, can be applied for water injection foamed modified asphalt warm mix SMA mixtures.
机译:为了研究注水的注水的设计方法和路面性能,设计了热混合物改性沥青SMA-13混合物,可以确定混合/压实温度,聚集体梯度和最佳沥青含量。在上述碱基上,进行了对水注射发泡改性沥青温混合SMA混合物的体积参数性能。确认合理的混合/压实温度和适当的植物纤维内容物于研究水注射泡沫改性沥青温热混合物SMA混合物的研究路面性能。研究结果表明,与热混合SMA混合物相比,水注射泡沫改性沥青温热混合SMA混合物的路面性能无明显变化。植物纤维内容物合理减少,因为注水泡沫改性沥青保温混合SMA混合物设计,有助于提高体积参数和施工可加工性,而不会导致路面表现下降。需要进一步研究和讨论是否通过中国标准试验方法引入的沥青和沥青混合物的粘合剂排水试验方法,可以应用用于水注射泡沫改性沥青温混合SMA混合物。

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