The demand for sustainable ground improvement methods is rising as urban development
expands into areas with challenging soil conditions. Traditional approaches, mostly reliant …

This experimental investigation involves adaptation of constrained simplex mixture design
optimization technique for modeling of the mechanical behavior of soil–saw dust ash (SDA) …

As a result of environmental issues, the use waste residue has gained much attention in the
field of soil re-engineering, this is because of the feasibility of using waste derivatives in soil …

Encountering weak fine-grained soil presents a significant challenge during highway
construction. The conventional approach to address this challenge involves incorporating …

In the present study, a simplex-extreme vertices methodology was applied to investigate the
optimal proportions of recycled aggregates from construction and demolition waste (CDWr) …

This study aims to provide a thorough evaluation for the changes in the microstructure and
evolution of strength of highly reactive clays that were treated with 7% lime over a period of …

Improving resilience of geotechnical infrastructure such as embankments, earth retaining
structures, slopes, flood protection structures, earthen dams and dykes is extremely …

Waste usage in soil stabilization is attracting considerable interest due to its engineering,
environmental, economic, and social benefits. In this context, this study investigates the …

This study focuses on the stabilization of soft soil, which has a low bearing capacity and is
prone to significant deformations and high moisture content. Soft soil is one type of soil with …

Road construction projects require a thorough understanding of soil properties to ensure the
stability and longevity of the infrastructure. This study investigates soil properties along a …