2021Daffodil International University Journal of Science and TechnologyOpen access

Characterization of High Plastic Clay Under Varying Proportion Ordinary Portland Cement for Soil-cement Stabilization

Mardia Mumtaz, Kurosh Shahriar, Saurav Barua

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Abstract

The study investigates the influence of varying proportion of Ordinary Portland Cement (OPC) in high plastic clay soil while soil-cement stabilization of road embankment. Since, high plastic clay is unsuitable as subbase material of road embankment, our study provided as a guideline for the mixing ratios of OPC in soil-cement stabilization in this regard. Unconfined compressive strength (UCS) of soil samples were increased significantly with the addition of OPC to the soil. Optimum moisture content increased with higher percentage of cement added to soil. Besides, UCS of soil-cement mixture were improved with the increase of curing period. On contrary, increasing %OPC in soil-cement stabilization is costly. The test results recommended that the addition of 10% cement was sufficient enough to gain adequate UCS within 1- day curing.

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The study investigates the influence of varying proportion of Ordinary Portland Cement (OPC) in high plastic clay soil while soil-cement stabilization of road embankment. Since, high plastic clay is unsuitable as subbase material of road embankment, our study provided as a guideline for the mixing ratios of OPC in soil-cement stabilization in this regard. Unconfined compressive strength (UCS) of soil samples were increased significantly with the addition of OPC to the soil. Optimum moisture content increased with higher percentage of cement added to soil. Besides, UCS of soil-cement mixture were improved with the increase of curing period. On contrary, increasing %OPC in soil-cement stabilization is costly. The test results recommended that the addition of 10% cement was sufficient enough to gain adequate UCS within 1- day curing.

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Available abstract

The study investigates the influence of varying proportion of Ordinary Portland Cement (OPC) in high plastic clay soil while soil-cement stabilization of road embankment. Since, high plastic clay is unsuitable as subbase material of road embankment, our study provided as a guideline for the mixing ratios of OPC in soil-cement stabilization in this regard. Unconfined compressive strength (UCS) of soil samples were increased significantly with the addition of OPC to the soil. Optimum moisture content increased with higher percentage of cement added to soil. Besides, UCS of soil-cement mixture were improved with the increase of curing period. On contrary, increasing %OPC in soil-cement stabilization is costly. The test results recommended that the addition of 10% cement was sufficient enough to gain adequate UCS within 1- day curing.

Key concepts: Portland cement, Cement, Soil cement, Environmental science, Geotechnical engineering, Materials science, Geology, Metallurgy

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