Masbahrin Masbahrin, La ode Muh. Magribi, La Ode Musa Rachmat
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摘要

公路是支撑地区经济发展的重要基础设施。WakatobiRegency的路面建设使用了从帕卢市和安汶市进口的材料。在Wakatobi,实际上有相当多的当地材料,如石灰石或石灰石,但它们不能得到最佳利用。本研究的目的是确定科马拉石灰石的特性和从新田中PLTU提取的底灰的特性,以及两种材料之间的理想混合成分如何结合。研究结果表明,以破碎石55% +45%底灰、50%破碎石+ 50%底灰和45%破碎石+ 55%底灰组成的石灰石/石灰石为试验材料,得到粗骨料密度= 141%,细骨料(底灰)重量型为14,磨蚀率为95%,磨蚀率为25,磨蚀率为30%,以破碎石55% +45%底灰组成的Komala石灰石和Nii Tanasa底灰的理想混合料性能。基于CBR的γ - dmax。61,76 %符合规格。同时,50%碎石+底灰50%和45%碎石+ 55%底灰的配比不符合2010年bina Marga规范。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pencampuran Batu Kapur Dan Bottom Ash Sebagai Lapis Pondasi Kelas B Perkerasan Jalan Kabupaten Wakatobi
Higway is an important infrastructure facility to support economicdevelopment in a region. The pavement construction of WakatobiRegency is known to use materials imported form Palu City andAmbon City. In Wakatobi, there are actually quite a lot of localmaterials, such as send and limestone or limeston, but they cannotbe used optimally. The puepose of this study wa to determine the characteristics ofKomala limeston and the characteristics of bottom ash taken fromthe Nii Tanasa PLTU and how the ideal mixture composition betweenthe two materials combined. The results showed that the characteristics of limestone/ limestonewith the composition with the composition of broken stone 55% +45% boottom ash, 50% broken stone + boottom ash 50% and 45%broken stone + 55% boottom ash obtained coarse agregate density =1,491%, weight type of fine agregate (boottom ash) = 14,95% witheach abrasion = 25,30% for testing the performance of an idealmixture of Komala limeston and Nii Tanasa boottom ash with acomposition of 55% broken stone + 45% boottom ash, CBR on γdMax. 61,76 % have met the specifications. Meanwhile thecomposition of 50% crushed stone + boottom ash 50% and 45%broken stone + 55% boottom ash does not meet the specifications ofBina Marga 2010.
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