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ENHANCING THE WORKABILITY OF RECYCLED RUBBER-ASPHALT APPLICATIONS WITH THE ADDITION OF NEW POLYMERS

机译:增加新的聚合物,增强再生橡胶沥青应用的可加工性

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摘要

The use of recycled materials in asphalt applications is growing rapidly. Adding crumb rubber (CRM) improves the performance of different asphalt applications. Modifications to asphalt properties using CRM are slightly different as compared to those of virgin polymers. Certain asphalt properties are modified more effectively using virgin polymers. Enhancing the performance of asphalt-rubber (CRM) applications through the addition of polymer modifiers has been successful. Modifiers can also improve the handling and workability of CRM binders and mixes. This paper documents some of the key efforts using CRM modification with enhanced performance through the addition of polymer modifiers. The paper provides some clear insights into the mechanisms by which the interaction, with and without the existence of polymer modifiers, takes place. The effects of the interaction process variables, time and temperature and preprocessing, are explained. The results of this research are based on monitoring the changes in the rheological parameters of the developed binder. The extent of using virgin polymers, in addition to CRM, to achieve specific asphalt modification is discussed.
机译:在沥青应用中,回收材料的使用正在迅速增长。添加碎橡胶(CRM)可改善各种沥青应用的性能。与原始聚合物相比,使用CRM对沥青性质的改性略有不同。使用原始聚合物可以更有效地改变某些沥青的性能。通过添加聚合物改性剂来提高沥青橡胶(CRM)应用的性能已获得成功。改性剂还可以改善CRM粘合剂和混合物的操作性和可加工性。本文记录了通过添加聚合物改性剂以增强性能来使用CRM改性的一些关键工作。本文对存在和不存在聚合物改性剂的相互作用的机理提供了一些清晰的见解。解释了相互作用过程变量,时间和温度以及预处理的影响。这项研究的结果是基于监测已开发的粘合剂流变参数的变化。讨论了使用CRM以外的原始聚合物来实现特定沥青改性的程度。

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