Improvement the Durability of the Hot Mix Asphalt by Using Crumb Rubber

J. Aladwan, Amani Soud Altamseh, Mohamad Awwad, Ibrahim khalifat
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Abstract

With the rapid economy growth and continuously increased consumption, a large amount of tire waste materials is generated This study attends to test the performance of many samples of asphalt concrete mix with adding the crumb rubber modifier (CRM) of 5%, 10%, 15%, 20% and 25% as percentage of asphalt cement content (AC) to address the best content of CRM (optimum) for asphaltic mixes the hot one HMA The Marshall design was used here to examine the influence of the Optimum CRM content. The CRM is blended with AC using wet process. Subsequently, by obtaining low price and economic mixes that will reduce the optimum asphalt content OAC The laboratory tests show that optimum rubber content is 17% by the weight of the asphalt cement. This meets the ASTM Standards 2001and Jordanian MPWH requirements Adding the CRM to HMA will increase the consistency and viscosity of the mixes which leads to higher rutting resistance, reduce fatigue and reflecting cracking and improve durability
用橡胶屑提高热拌沥青的耐久性
与快速的经济增长和消费不断增加,大量的轮胎废料生成研究参加测试许多沥青混凝土混合样品的性能与添加面包屑橡胶改性剂(CRM)为5%,10%,15%,20%,25%,沥青水泥含量的百分比(AC)解决CRM的最佳内容(最优)沥青混合料热一个协会采用马歇尔设计检查最佳CRM内容的影响。用湿法将CRM与AC混合。随后,通过获得低价格和经济的混合料,将降低最佳沥青含量OAC。实验室测试表明,最佳橡胶含量为沥青水泥重量的17%。这符合ASTM 2001标准和约旦MPWH要求,在HMA中添加CRM将增加混合物的稠度和粘度,从而提高抗车辙性,减少疲劳和反射开裂,提高耐久性
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