Pemanfaatan Abu Limbah Bonggol Jagung Sebagai Filler Aspalt Concrete Wearing Cource ( AC-WC )

Syahril Alzahri, Fery Firnando
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Abstract

This study aims to determine how the results of the effect of the addition of corncob waste additives with a percentage of 2%, 3%, 4%, 5% on asphalt mix Asphalt Concrete - Wearing Course AC-WC with Marshall Test testing. The problems in this study are 1). The potential of natural resources that are not utilised. 2). Lack of public knowledge about the use of corncob waste, so that this research can provide knowledge to the public that corncob waste can be used as an added material for asphalt mixtures. 3). Reduced agricultural land area due to the large accumulation of unmanaged corn stalk waste. The method in this research is the experimental method, which is a method carried out by conducting experimental activities to obtain data. In this study, testing was carried out in stages, consisting of testing aggregates (fine, coarse, and filler) and asphalt and testing the mixture (marshaall test). The results of this study provide the results of the effect of the addition of corncob ash waste with variations of 2% and 3% can be used as an added material for asphalt mixtures because it meets and complies with the 2018 rev 2 bina marga specifications, while the addition of corncob waste with variations of 4% and 5% cannot be used as an added material for asphalt mixtures because the resulting value is not in accordance with the 2018 rev 2 bina marga specifications because the value of VIM does not meet the specifications of the 2018 rev 2 bina marga.
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利用玉米芯废灰作为沥青混凝土耐磨源(AC-WC)的填料
本研究旨在通过马歇尔试验测试,确定添加比例为 2%、3%、4%、5% 的玉米芯废料添加剂对沥青混合料沥青混凝土--耐磨层 AC-WC 的影响结果。本研究中存在的问题有 1).未被利用的自然资源潜力。2).公众对玉米芯废料的使用缺乏了解,因此本研究可向公众提供玉米芯废料可用作沥青混合料添加材料的知识。3).由于大量玉米秆废料堆积无人管理,减少了农业用地面积。本研究的方法是实验法,即通过开展实验活动来获取数据的方法。在这项研究中,测试分阶段进行,包括测试集料(细集料、粗集料和填料)和沥青,以及测试混合料(马歇尔试验)。这项研究的结果提供了玉米芯灰废料添加量变化为 2% 和 3% 的效果,可以用作沥青混合料的添加材料,因为它满足并符合 2018 rev 2 bina marga 规范;而玉米芯灰废料添加量变化为 4% 和 5%,则不能用作沥青混合料的添加材料,因为产生的值不符合 2018 rev 2 bina marga 规范,因为 VIM 值不符合 2018 rev 2 bina marga 规范。
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