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首页> 外文期刊>International Journal of Science and Qualitative Analysis >Renolith Appraisal on Lateritic Soils Along Oshogbo-Iwo Road in Southwest Nigeria
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Renolith Appraisal on Lateritic Soils Along Oshogbo-Iwo Road in Southwest Nigeria

机译:尼日利亚西南部Oshogbo-Iwo公路沿线红壤的雷诺石评价

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Soil stabilization using Renolith has proven to be an economical method of improving the properties of soil. Soil samples were collected from four different locations along Osogbo-Iwo Road, Osun State in Nigeria. Portland cement and Renolith were used for stabilization. The Atterberg test carried out before stabilization shows that the Liquid Limit of the four (4) samples ranged between 29% and 47.5%, Plastic Limit between 18.81% and 35.98% while the Plasticity Index between 6.99% and 19.27%. Three varied mix proportions i.e., (Cement was kept constant at 5% while the Renolith was varied by 4%, 10% cement constant, Renolith varied by 6% and 15% cement constant, Renolith varied by 8%) of stabilizers were used to treat the samples. This was done by weight of the soil samples, to determine the effectiveness of using Renolith and also to determine the optimum concentration of cement-Renolith for stabilization. The tests carried out on the samples were Natural Moisture content, particle size analysis, hydrometer, Atterberg, California Bearing Ratio (CBR) and compressive strength. After stabilization, the properties of the soil were greatly improved as there was an increase in the CBR value of the samples up to 39.65% from 1.6%. the use of 5% cement and 4% Renolith by weight of soil sample has been recommended as effective to improve the soil to a sub-base material.
机译:使用雷诺石的土壤稳定化方法已被证明是改善土壤特性的经济方法。从尼日利亚奥孙州Osogbo-Iwo路的四个不同地点收集土壤样品。波特兰水泥和雷诺石用于稳定。在稳定化之前进行的Atterberg测试表明,四(4)个样品的液体极限在29%和47.5%之间,可塑性极限在18.81%和35.98%之间,而可塑性指数在6.99%和19.27%之间。使用三种不同的混合比例稳定剂(水泥保持在5%不变,雷诺石保持4%变化,水泥保持10%不变,雷诺石改变6%和15%水泥保持不​​变,雷诺石改变8%)。处理样品。这是通过土壤样品的重量来完成的,以确定使用雷诺石的有效性,并确定水泥-雷诺石水泥的最佳稳定浓度。对样品进行的测试是自然水分含量,粒度分析,比重计,阿特伯格,加利福尼亚轴承比(CBR)和抗压强度。稳定后,土壤的特性得到了极大的改善,因为样品的CBR值从1.6%增加到了39.65%。已建议使用按土壤样品重量计5%的水泥和4%的Renolith,以有效地将土壤改良为次基料。

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