使用本地巴布亚纸板骨料对交流- wc持久稳定值的影响

B. Bahtiar
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摘要

从岩石中提取的粗集料通常用作满足适用规范的道路路面材料。本研究使用的岩石骨料来自Jayapura市的聚合区,这种类型广泛存在于巴布亚北部的各个地区。进行这项研究是为了确定当地巴布亚珊瑚聚集体对AC-WC Laston值的影响。按照《2018年公路通用规范》;即,添加的填充材料必须干燥,无团块,并根据SNI ASTM C136: 2012进行筛分测试。试验结果得出珊瑚使用的特征值如下:沥青含量4.5%时密度值最高,5.5%和6.5%时密度值最低。所得VMA值不稳定,但所有沥青含量均符合比纳玛加规范2010修订III,即最小VMA值为15%,最高VIM值为3-5%,VFA值呈增加趋势,但沥青含量分别为5.5%和6.5%时,VFA值呈下降趋势。对AC-WC层珊瑚材料进行Marshall试验,强度高5495.89 kg,密度为1.74 gr/cm3, VMA为24.42%,VIM为15.83%,VFA为0.01%,流量为10.00 mm, MQ为348.03 mm/kg。AC-WC层的最佳沥青含量(KAO)为5.5%。
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The Effect of the Use of Local Papua Coard Aggregate on AC-WC Laston Stability Value
Coarse aggregates derived from rock are commonly used as road pavement materials that meet the applicable specifications. This study uses rock aggregates originating from the polymeric area of Jayapura City, and this type is widely found in various areas of northern Papua. The study was conducted to determine the effect of local Papuan coral aggregates on the AC-WC Laston value. According to the 2018 General Specifications of Highways; namely, the added filler material must be dry and free from clumps and when tested by sieving according to SNI ASTM C136: 2012. The test results obtained characteristic values on the use of coral as follows: The highest density value at 4.5% asphalt content and the lowest 5.5% and 6.5%. The VMA value obtained is unstable, but all asphalt content meets Bina Marga Specifications 2010 Revision III, namely with a minimum VMA value of 15%, the highest VIM value of 3-5%, VFA values tend to increase but experience a decrease in asphalt content of 5.5% and 6.5%. The results of the Marshall test on coral material in the AC-WC layer are the high strength value 5495.89 kg, density: 1.74 gr/cm3, VMA: 24.42%, VIM: 15.83 %, VFA: 0.01%, flow: 10.00 mm, and MQ of 348.03 mm/kg. The value of Optimum Asphalt Content (KAO) used as AC-WC layer is 5.5%.
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