This study reviews the fundamental mechanisms of biological soil improvement methods—
microbially induced calcium carbonate precipitation (MICP) and biopolymer treatment (BPT) …

This paper builds on exploring the applications of biomediated pathways to solve
geotechnical challenges. First, the state of the art of biological remediation strategies …

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 impact of delayed compaction on the geoengineering properties of pond ash (PA)
treated with geopolymer, Portland cement, and hydrated lime is presented in this paper. The …

In geotechnical engineering, it is frequently benefited from clays as an impermeable liner in
landfills, as a clay core providing impermeability in earth dams. However, geotechnical …

With an increasing need for civil infrastructures owing to increasing populations and growing
concerns on climate change, the need for sustainable construction material has become …

The soil permeability plays an important role in durability of channels because it controls the
rate of entry of moisture that may contain aggressive chemicals and the movement of water …

Civil engineering infrastructures are commonly constructed on weak soil (eg, poor drainage
and low bearing capacity) and there need various reinforcement methods to efficiently …

abstract Fine-grained clayey soils are prone to substantial volume changes during
desiccation in response to the dynamics of their moisture regime, and are of critical …