Study Enhancing the Rutting of Flexible Pavement by Adding Selected Polymers into Asphalt Mixes

M. Al-jumaili
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Abstract

Rutting in flexible pavement is one of the main permanent deformation which appears in most Iraqi roads owing to high temperature and the increase in axial excessive heavy trucks load, these combined conditions cause a major impact on the road performance. The polymers used as additives to improve the properties of asphalt and, that leads to achieve high quality asphalt mixture. This humble research focused on finding the suitable treatment for such issue by using SBS and HDPE. Whereas 5 percent for each polymer was used (2%, 4%, 6%, 8% and 10%) by weight of total mix. A different percentage of polymers were used in order to achieve the best additive percent which was proved to be (8% HDPE, 6% SBS) for wearing (III A) layer and (6% HDPE, 2% SBS) for binder layer. As well as the results showed that using the optimum percent of additives for each layer of asphaltic mixture and test it as one specimen formed from two layers, has decreased the rutting percent by (72%, 65%) for (HDPE, SBS) respectively for each type of additives at (40ºC).
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在沥青混合料中加入特定聚合物增强柔性路面车辙的研究
由于高温和轴向超重型卡车载荷的增加,柔性路面车辙是大多数伊拉克道路出现的主要永久变形之一,这些综合条件对道路性能产生重大影响。将聚合物作为添加剂用于改善沥青的性能,从而获得高质量的沥青混合料。本研究的重点是利用SBS和HDPE寻找合适的处理方法。而每种聚合物的使用比例为总混合物重量的5%(2%,4%,6%,8%和10%)。为了达到最佳的添加剂百分比,使用了不同百分比的聚合物,即耐磨层(III A)为(8% HDPE, 6% SBS),粘结层为(6% HDPE, 2% SBS)。结果表明,在(40℃)下,采用每层沥青混合料的最佳掺量,并将其作为两层沥青混合料组成的一个试样进行测试,每种掺量分别使(HDPE)、(SBS)的车辙率降低了72%、65%。
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