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微表处技术对沥青混合料性能的改良研究

Research on the improvement of the asphalt concrete pavement damage based on asphalt surfacing technology

中文摘要英文摘要

本文研究了微表处技术对沥青混合料在不同浸水状态下性能的改良程度,通过马歇尔稳定度及质量损失率试验对比分析普通沥青混凝土材料与微表处材料在不同工况下的抗水损害能力及沥青混凝土的破坏形式。实验表明:微表处养护技术确实能有效的减少沥青混凝土路面的水损坏现象,其中对干湿循环路况的稳定性提升效果最好,对无水路况的稳定性提升效果最差。

his paper study the extent and factors of asphalt concrete pavement damage on the different soaking status by asphalt surfacing technology,By Marshall stability and weight loss rate of comparative test and analysis of common asphalt concrete materials and micro surfacing materials in different conditions of water damage resistance and damage form of asphalt concrete. Experiment shows that asphalt surfacing technology can effectively reduce the water damage of asphalt concrete pavement. The stability of wet and dry cycle condition is best, and the effect of improving the stability of water is the worst.

张豫川、李根森、王祖耀、秦康康

公路运输工程

沥青混凝土水损坏质量损失率马歇尔稳定度微表处技术

asphalt concretewater damagemass loss rateMarshall stabilityMicro-surfacing

张豫川,李根森,王祖耀,秦康康.微表处技术对沥青混合料性能的改良研究[EB/OL].(2016-08-02)[2025-08-18].http://www.paper.edu.cn/releasepaper/content/201608-18.点此复制

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