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Utilization of steel slag and fly ash in soil stabilization and their effect to California bearing ratio(CBR)value.(Case study: Kp.Kadusentar road Medong village Mekarjaya Subdistrict Pandeglang District)

机译:利用钢渣和粉煤灰在土壤稳定中的影响及其对加州轴承比(CBR)价值的影响。(案例研究:KP.Kadusentar Road Menong Village Mekarjaya Subdistrict Pandeglang District)

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摘要

Road construction is not always on good subgrade,there is possibility being built on subgrade which has low soil bearing capacity which could cause damages such as holes and bumps on the pavement road.One of the parameters to determine soil bearing capacity is Californian Bearing Ratio(CBR)value.This study aims to determine the effect of steel slag and fly ash to soil CBR value and its effect on soil physical properties.Soil samples were taken from Kadusentar Village of Pandeglang District Banten.The method of soil stabilization used percentage variation admixture of 20% fly ash mixed with 0%,10%,20% and 30% of steel slag from soil total weight.The analysis results showed that original soil samples can be classified as non-organic clay soil with high plasticity.The CBR laboratory test result showed that variation of 20% fly ash and 20% steel slag with 7 days ripening give the optimum value of CBR increased from 3.524% became 26.14%.The highest CBR value of this mixture can be categorized as good classification of subgrade.Plasticity index value decreased became 4.57% which can be categorized as lowplasticity.
机译:道路施工并不总是在良好的路基上,有可能建立在路基上,具有低土壤承载力的能力,这可能导致人行道道路上的孔和凸起等损坏。确定土壤承载力的参数是加州轴承比率( CBR)价值。本研究旨在确定钢渣和粉煤灰对土壤CBR值的影响及其对土壤物理性质的影响。从潘登镇潘登村采集样品。土壤稳定百分比变异混合物方法20%的粉煤灰与土壤总重量的0%,10%,20%和30%的钢渣混合。分析结果表明,原始土壤样品可归类为具有高可塑性的非有机粘土土壤.CBR实验室试验结果表明,20%粉煤灰和20%钢渣的变化,成熟的7天,CBR的最佳值从3.524%增加到26.14%。该混合物的最高CBR值可以是分类作为良好的基质分类。广泛指数值下降到4.57%,可以被分类为薄壁。

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