Low-carbon building materials are attracting enormous attention due to the massive energy
consumption and carbon emissions from conventional constructions. Existing natural-based …

Internal erosion refers to the mechanism of separation and movement of soil grains owing to
water flow from a porous environment that may cause significant damage to the structures …

Acacia gum (AG), a polysaccharide biopolymer, has been adopted to improve the strength of
three cohesive soils by subjecting them to diverse environmental aging conditions. Being a …

In recent years, there has been a significant focus on improving poor soil with the aim to
modifying its geotechnical properties and addressing its environmental issues. The …

Biopolymers are emerging as sustainable and eco-friendly soil stabilizers, but there is a lack
of studies investigating their long-term effectiveness. Municipal Solid Waste Fines (MSWF) …

In geotechnical engineering, it has been reported that bio-based materials reduce
environmental pollutants such as greenhouse gases and heavy metals. However, due to …

Gelatin, a biopolymer derived from animal proteins, has been selected to stabilize three fine-
grained soils by determining select index and engineering properties. Specimens for …

Electrokinetics has gained importance as a sustainable soil modification and remediation
method for improving problematic sites. The formation of cracks during the electrokinetic …

Coal gangue is a type of rock waste product with dark gray color during coal mining and
washing. The curing agent stabilizes soils by improving their physico-mechanical properties …

Various improvement methods have been proposed to improve the mechanical and physical
characteristics of soil for construction and other similar matters. One of the improvement …