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

Thermally active structures such as crude oil pipelines and high-power voltage cables are
usually embedded within local soils for their substructural stability. Based on site …

The current study evaluated the potential of crustacean polysaccharide and protein-based
biopolymers, namely, chitosan and casein, in ameliorating a low organic soil. The inclusion …

Clay soils necessitate enhancement owing to their inadequate strength characteristics in
geoengineering. The utilization of biopolymers is a new bio-stabilization technique for …

The application of biopolymers for sand stabilization has recently gained attention due to
their natural composition, which makes them both environmentally friendly and of …

The current study investigated the efficacy of a protein-based biopolymer called casein for
the modification of the primary and secondary compressibility characteristics and ability to …

Purpose This study aims on a broad review of Concrete's Rheological Properties. The
Concrete is a commonly used engineering material because of its exquisite mechanical …

To avoid engineering diseases induced by negative geotechnical properties of red clay and
to positively reduce adverse impacts on ecological environments caused by employing lots …

Understanding gas adsorption and transport in shale nanopores is crucial for accurately
quantifying gas in place (GIP) and optimizing extraction, as shale gas becomes a key energy …

In this research, a soil reinforcement approach was explored by introducing a polyvinyl
acetate polymer treatment along with sisal fiber material, considering two mean particle …