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Stabilization of Expansive Soil: A Review
Black cotton soil (BCS) as an expansive soil (ES) is the most problematic soil which may cause severe risk to the safety of structures that are built...
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Chromium stabilization by polysulfide supported nZVI@biochar in contaminated soil: Cr bioavailability and stabilization mechanism
Chromium (Cr) contamination in soil is one of the most severe environmental issues, which poses significant health hazards to humans. In this study,...
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Soil Stabilization Using Agro-industrial Waste
Stabilization of soil is essential to create strong foundations for infrastructure. Studies are being conducted to evaluate the efficacy of existing...
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Characterization of Soil–Jarosite Mixes for Geopolymer-Based Soil Stabilization
In this study, an attempt is made to evaluate the compaction characteristics of soil–jarosite (SJ) mixes with an objective to check the feasibility...
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Utilization of Recycled Concrete Sand in Soil Stabilization
In this research, the efficacy of recycled concrete sand (RCS), a by-product of demolished concrete structures, as an alternative to traditional lime...
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Enhancing Soil Stabilization with Multi-walled Carbon Nanotubes
Soil stabilization, widely used to enhance soil engineering properties, typically involves replacing weak soils incapable of supporting structural...
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Laboratory Investigation of Soil Stabilization Using Terrazyme and Cement
The process of enhancing soil engineering properties is known as soil stabilization. The problematic soils can be improved by adding bio-enzymes and...
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Stabilization of Soil Using Polyurethane Resin Injection Technology
The use of ground improvement technology, specifically soil injection using polyurethane resin, has gained significant attention in the construction...
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Influence of Cementitious Stabilization of Subgrade Soil on the Distresses of Flexible Pavement Sections
The current study analyzed a total of 28 flexible pavement sections for evaluating influence of cementitious stabilization of soil on pavement...
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Alkali Activated Soil Stabilization as a Sustainable Pathway for the Development of Resilient Geotechnical Infrastructure
Improving resilience of geotechnical infrastructure such as embankments, earth retaining structures, slopes, flood protection structures, earthen...
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Utilization of Waste Material for Stabilization of Lateritic Soil
The waste materials from the manufacturing process were employed for the purpose of enhancing the strength of lateritic soil grade E, which exhibited...
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Sustainable Usage of Calcium Carbide Residue for Soil Stabilization: A Review
Calcium carbide residue (CCR) is a waste by-product of the acetylene gas manufacturing industry. Because of its zero-recovery value, the current...
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Effects of Bio-enzyme in Soil Stabilization
The bioaugmentation approach of soil strength enhancement is one of the most efficient and sustainable methods for enhancing soil engineering...
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Experimental Study on Solidification/Stabilization of Phenol-Contaminated Soil by Geopolymer
Sodium hydroxide-excited slag curing was used to stabilize phenol-contaminated soils with different contamination levels. Unconfined compressive...
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Efficacy of Cross-Linking of Biopolymers in Soil—Stabilization
Soil stabilization relying on sustainable methods like BPST (biopolymer-based soil treatment) has been gaining attention in the recent past. These...
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Quantitative evaluation of soil stabilization using RCA and GGBS: a statistical perspective
The primary objective of this research was to explore the potential utilization of waste materials, specifically recycled concrete aggregate (RCA)...
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Comparative Study of Different Stabilizers for Peat Soil Stabilization: A Review
With the increase in population, there is a dearth of land suitable for infrastructure development. Due to poor engineering properties, many areas of...
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Using Waste PET Shreds for Soil Stabilization: Efficiency and Durability Assessment
Encountering weak fine-grained soil presents a significant challenge during highway construction. The conventional approach to address this challenge...
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Nanoscale mechanism on lime stabilization of expansive soil
Expansive soil is blamed for many engineering problems such as foundation damages, subgrade heave, and road surface bulking. Lime is one of the most...
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Effect of Soil–Cement Stabilization of the Subgrade on the Response of a Ballasted Railway Track
Soft subgrade presents considerable design issues for railway projects due to its high compressibility and low shear wave velocity. Hence, it is...
