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Strength Characteristic of Chenab Soil Stabilization with Bagasse Ash and Cementfor Road Work

机译:道路工程用蔗渣和水泥稳定Chenab土的强度特性。

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In this paper an attempt has been made to improve the strength properties of Chenab river soil from Akhnoor area (Jammu&Kashmir, India) to be used as sub-gradeby using bagasse ash admixtures with cement. The CBR value of virgin Chenab soilis found to be 3.15 %. Other samples were remoulded by addition of additives in varying percentages of 7.5%, 15.0% and 22.5 % of bagasse ash with either 3 % or 6 % of cement content by dry weight of the soil at Optimum Moisture Content (OMC) and Maximum Dry Density (MDD). Different soil combinations were made by varying percentages of bagasse ash and cement to evaluate the California Bearing ratio (CBR) with different period of curing i.e. on the same day (immediately after bagasse ash and cement mix with soil) and after 7 or 28 days of curing. It is observed that addition of varying percentages of 7.5%, 15.0% and 22.5 % of bagasse ash along with either 3 % or 6 % of cement content by dry weight showed a remarkable improvement in the California bearing ratio.....
机译:本文尝试通过使用蔗渣与水泥的掺合料来改善Akhnoor地区(印度占木与克什米尔邦)的Chenab河土壤的强度特性,以用作路基。发现原始的Chenab土壤的CBR值为3.15%。在最佳水分含量(OMC)和最大干密度下,通过添加7.5%,15.0%和22.5%的蔗渣灰分占水泥干重的3%或6%的不同百分比,对其他样品进行重塑。 (MDD)。通过改变蔗渣灰分和水泥的百分比来进行不同的土壤组合,以评估不同固化时间段(即在同一天(立即将蔗渣灰分和水泥与土壤混合后)以及搅拌7或28天后)的加利福尼亚承载比(CBR)。养护。可以看出,添加7.5%,15.0%和22.5%的不同百分比的蔗渣灰分以及3%或6%的水泥含量(以干重计)显示了加利福尼亚轴承比的显着改善。

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