Despite the variety of available stabilization methods for the expansive soil, a rapid
stabilization and remediation solution for this class of the problematic soil is still needed …

Ground improvement will be critically important in the present and future geotechnical
practice for designing the structures in weak soil. This paper presents a review of the recent …

So far, a limited number of studies have been published on utilisation of crushed stone
waste, cement, lime and pozzolan as stabilisers for soil stabilisation. The research conducts …

The reversible shrink–swell behavior of expansive soil imposes a serious challenge that
threatens the overlying structures' safety and durability. Traditional chemical additives such …

Over the last decades, numerical modelling has gained practical importance in geotechnical
engineering as a valuable tool for predicting geotechnical problems. An accurate prediction …

Soil stabilisation is one type of ground improvement technique regarded as effective in
minimising foundation problems associated with marine clay (MC). In this paper, in-depth …

In civil engineering, many geotechnical and forensic projects employ polyurethane (PU) for
ground improvement, and the results have shown to be effective in terms of time and cost …

Weak soils in marine environments present unique challenges for engineering endeavours
due to its inherent characteristics and the dynamic nature of aquatic systems. In recent times …

The performance of marine clay (MC) treated with embedded polyurethane (PU) piles under
vertical load is assessed through three-dimensional finite element (FE) simulations. The …

Crucial mechanical-chemical (MC) interactions occur during the cement hydration process
in cement marine clay; however, the role of such an important element of the resulting …