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Top-down cracking self-healing of asphalt pavements with steel filler from industrial waste applying microwaves

机译:使用微波从工业废料中使用钢填料对沥青路面进行自上而下的自修复

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This work shows the self-healing results of surface cracks on bituminous mixtures after microwave heating. Different mixtures (semi-dense AC, BBTM and PA) with diverse types, sizes and proportions of metallic additions were tested (steel wool, steel filing and metallic powder). 3 aspects were evaluated: a) influence of the mass and type of addition on the heating speed; b) temperature increase ratio with the specific energy; c) monitoring of the healing process using ultrasounds. It was found that metallic filler replacing the mineral powder was the most efficient and practical addition. This method allows complete closure of the cracks, using an industrial waste, and offers certain improvements compared to induction heating. The results validate the microwaves healing capacity, as well as the use of ultrasounds for tracking the crack depth. (C) 2017 Elsevier Ltd. All rights reserved.
机译:这项工作显示了微波加热后沥青混合物表面裂纹的自修复结果。测试了具有不同类型,尺寸和比例的金属添加剂的不同混合物(半致密AC,BBTM和PA)(钢丝绒,钢屑和金属粉末)。评价了三个方面:a)添加剂的质量和类型对加热速度的影响; b)随特定能量的升温比; c)使用超声波监测愈合过程。发现用金属填料代替矿物粉末是最有效和实用的添加剂。这种方法允许使用工业废料完全封闭裂纹,并且与感应加热相比具有某些改进。结果验证了微波的修复能力,以及使用超声波跟踪裂纹深度。 (C)2017 Elsevier Ltd.保留所有权利。

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