THE EFFECT OF THE USE OF GBFS AS A MEDIUM AGGREGATE SUBSTITUTION ON THE PERFORMANCE OF THE AC-WC ASPHALT MIXTURE

Panji Marshando
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Abstract

The massive use of natural materials in major road infrastructure frequently disrupts the sustainability of the ecosystem in the environment. A solution for using other materials is needed to minimize the impact of using these natural materials. GBFS (Granulated Blast Furnace Slag) is waste from blast furnace combustion of iron and steel material in granular form, which characteristically can be used as a substitute for medium aggregate asphalt mixture material. The study was conducted by several testing, such as GBFS material testing, AC-WC asphalt mixture characteristic test using Absolute Density Method, and performance testing on AC-WC asphalt mixtures, based on its structural performance and dunctional performance with the percentage of GBFS as medium aggregate variation at 0%, 50%, 75%, and 100%. The study results show that the utilization of the percentage of GBFS as a medium aggregate substitution by 75% improves functional performance and structural performance of AC-WC asphalt mixture.Keyword: GBFS, Asphalt Mixture, AC-WC, Medium Aggregate.
GBFS替代中骨料对ac-wc沥青混合料性能的影响
在主要道路基础设施中大量使用天然材料,经常破坏环境中生态系统的可持续性。需要一种使用其他材料的解决方案,以尽量减少使用这些天然材料的影响。GBFS (gran粒状高炉渣)是钢铁材料在高炉燃烧后产生的颗粒状废弃物,其特点是可以替代中骨料沥青混合料。本研究通过GBFS材料试验、绝对密度法AC-WC沥青混合料特性试验和AC-WC沥青混合料的性能试验,在GBFS作为中骨料的百分比变化为0%、50%、75%和100%的情况下,对其结构性能和功能性能进行了试验。研究结果表明,使用75%的GBFS替代中骨料,可提高AC-WC沥青混合料的功能性能和结构性能。关键词:GBFS,沥青混合料,AC-WC,中骨料。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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