以班达克为主要骨料进行稳定性试验

Mohamad Aqif, M. Haque, W. Ahmad
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摘要

本研究旨在确定以班达克为主要材料的稳定性试验特性。稳定性值特征方面的基础研究包括密度(Density)、流动(Flow)、混合料中空隙(VIM)、矿物集料中空隙(VMA)、填空沥青(VFB)和马歇尔商(MQ)。本研究采用不同沥青含量变量组成的实验测试方法,分别为5%、5.5%、6%、6.5%和7%。每个变体由测试对象的三个样本组成。这项研究是在日惹大学工程学院建筑材料实验室进行的。实施阶段包括AC 60/70检验、骨料检验(细骨料和粗骨料)检验、填料检验、制造混合试样和各种特性的稳定性试验。研究结果表明:混合料的稳定性、密度、流量、空隙率、空隙矿物骨料、空隙填充沥青和马歇尔商的平均值分别为1156.44 kg、2.33 gr/cc、3.07 mm、5.20%、13.92%、60.10%和377.28 kg/mm。最后,由于研究性能数据符合接受印尼国家标准的要求,Bantak骨料可以作为热沥青混合料的替代品。其丰富的可用性使Bantak成为开发Merapi材料的解决方案,这对环境影响非常有影响,并改善了采石场地区居民的经济。
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The characteristics of stability test using Bantak as the main aggregate
This study aims to determine the characteristics of the stability test using Bantak as the main material. Fundamental studies in terms of the characteristics of Stability values include Density (Density), Flow (melting), VIM (Void in Mix), VMA (Void in Mineral Aggregate), VFB (Void Filled Bitumen), and Marshall Quotient (MQ). This study uses an experimental test method consisting of different bitumen content variants, respectively, 5%, 5.5%, 6%, 6.5%, and 7%. Each variant consists of three samples of the test object. The research was carried out at the building materials laboratory, Faculty of Engineering, Universitas Negeri Yogyakarta. The implementation stages include inspection of AC 60/70, an inspection of aggregates (fine aggregate and coarse aggregate), an inspection of fillers, and manufacturing mixed specimens and stability tests with various characteristics. The results of the research showed that the average value of stability, density, flow, void in the mix, void mineral aggregate, void filled bitumen, and Marshall quotient was 1156.44 kg, 2.33 gr/cc, 3.07 mm, 5.20 %, 13.92% 60.10% and 377.28 kg/mm. Finally, Bantak aggregate can be used as an alternative in the manufacture of hot asphalt mixtures because the research performance data meet the requirements for accepting Indonesian national standards. Its abundant availability makes Bantak a solution in exploiting Merapi material, which is very influential on the environmental impact and improves residents' economy in the quarry area. 
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