Assessing the subsurface geological conditions beneath a structure is crucial, as soils
inherently tend to lose intergranular strength when subjected to static or dynamic loads …

The swelling and collapse behaviors of expansive soils cause significant damage to light
infrastructures such as pavements. This study investigates the swell-collapse behavior of …

The partial replacement of conventional natural coarse aggregate (NCA) with artificial light
weight aggregate (LWA) manufactured from local clay and solid waste to develop a …

The current study examines the effective use of bottom ash, which is mixed with lime and
sodium hexametaphosphate (SHMP), to stabilize the expansive soil in order to make a …

Soil stabilization is a well-known technique to improve the mechanical properties of soils in
road and railway construction by adding a grading corrector and/or hydraulic binders in the …

In recent years, the construction industry has shifted toward sustainability, replacing
traditional binders with eco-friendly alternatives. One such alternative is vinyl acetate …

Insufficient understanding of the stress-strain behavior of pavements built over backfilled
trenches, particularly with recycled aggregates, often leads to over-design or over …

Significant amounts of waste glass are deposited each year, which poses a significant
environmental problem globally. Utilizing waste glass for soil improvement has emerged as …

The growing number of end-of-life (EoL) photovoltaic (PV) panels as waste materials is
forcing many countries to face the challenge of addressing this issue. The presented …

This research investigates the potential of using nanoparticles, Poly Aluminum Silicate and
Poly Calcium Silicate, and industrial by-products, Recycled Glass Powder (RGP) and …