Expansive soil dual behavior (swell/shrink) exhibits high compressibility and volumetric
instability against the frequent moisture imbalance, rendering premature failure of …

Geopolymer based soil stabilization is an emerging research field as shown by recent
research studies which indicate strong potential of their wide use for sustainable ground …

This paper reports the strength and durability properties of expansive soil treated with slag-
based geopolymer, hydrated lime, and Portland cement. The slag content in the soil-slag …

Many studies have been carried out on the influence of freeze–thaw cycles on the
mechanical behavior of cement-or lime-stabilized soils. However, very limited studies have …

Expansive soil subgrade exhibits low volumetric stability due to moisture imbalance,
rendering pavement serviceability loss. In the present study, an effort is made to improve the …

A lot of energy is released during the cement manufacturing process, and a large amount of
carbon dioxide (CO2) is discharged into the environment. Presently, researchers are …

The differential settlement and excessive deflection in expansive subgrade soils lead to low
volumetric stability upon moisture imbalance and cause severe damage to highway and …

This paper presents an approach for stabilising high plastic soil (HPS) with fly ash-based
geopolymer and its application in flexible pavement. The mechanical performance of HPS …

Chemical stabilization, along with strengthening and reinforcing the soil with the use of
fibers are among the methods employed for soil improvement. In recent years, the …

Desiccation cracking results in deterioration of soil properties, accelerates infiltration of
water in soil, increases settlement and reduces the strength of soil. Soil stabilization has …