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 …

Recently, many researchers have reported the effects of non-traditional additives, on soils
geotechnical properties and proven these additives are extensively used to solve the …

Known as a problematic soil in the civil engineering field, a sustainable solution to marine
clay soil strength behaviour is needed. Another major concern in the engineering field is the …

In the geotechnical field, any soft ground area that has construction on it will face a major
challenge. A lot of engineering problems could arise either during or after the construction …

Marine clay usually related with poor soil properties, high settlement and instability that are
not suitable for engineering requirements and low compressive strength. To solve this …

Inadequate characteristics of marine clay often lead to engineered structures being
damaged. There is a need to perform soil improvement prior to any construction activity. This …

The recent need driven by global population growth to build more infrastructures is forcing
authorities to build on any soil type available within their vicinity, including weak soils like …

The versatility of polyurethane (PU) properties has the potential to improve the compressive
strength, shear strength, and buoyancy force in soil improvement applications. The PU …

This systematic literature review investigates the stabilization of marine clay soil using
demolished tile waste. The study adopts the PRISMA (Preferred Reporting Items for …

The presence of marine clay soil in the fundamental establishment has been liable for the
disappointment in a few geotechnical designs. Substance techniques for soil improvement …