Volume instability of expansive soils due to moisture fluctuations is often disastrous, causing
severe damages and distortions in the supported structures. It is, therefore, necessary to …

Problematic soils with high compressibility and low shear strength are often treated with
traditional chemical stabilizing additives such as cement and lime to improve their …

As of now, the growing environmental issues, economic concerns, and limited land
resources have forced engineers to stabilize problematic soils for the construction of roads …

An attempt has been made to bring out the influence on strength and volume change
behavior of fabric changes and new cementitious compound formation in a soil upon …

Expansive clays feature high compressibility and large swelling-shrinkage potential, which
may cause significant damage to the infrastructures, including pavements. This study …

A laboratory study was undertaken to evaluate and compare the stabilization effectiveness
of different percentages (0, 2.5, 5, 7.5, 10%) of quick and hydrated lime when applied …

Internal erosional behaviour of a lignosulfonate-treated dispersive soil has been studied
using apparatus designed and built at University of Wollongong. The effectiveness of …

The consolidation of a fine-grained lateritic soil, treated with compound Portland cement
(CEMII/BM 32.5 N) up to 9% by weight of the dry soil and prepared at three different molding …

Non-traditional soil stabilizers are widely used for treating weak materials. These additives
are cost-and time-effective alternatives to more traditional materials such as lime and …

Expansive soils are liable to cause damages to engineering structures and subsequent
yearly repairs worth billions of dollars worldwide. Given the extensive global occurrence of …