There is a burgeoning interest in the development, characterisation and implementation of
alternatives to cement and other cementitious binders in civil engineering frameworks (ie …

Peat is a problematic or weak soil derived from fossilized organic material. The
characteristics of peat like low shear strength (3–16 kPa), high water holding capacity (up to …

This study evaluated the efficacy of enzyme induced calcite precipitation (EICP) in restricting
the mobility of heavy metals in soils. EICP is an environmentally friendly method that has …

Peat soils are highly heterogeneous and considered problematic because they have a high
moisture content and low shear strength. It requires stabilization to enhance its engineering …

Using alkali-activated materials to treat waste materials is becoming more prevalent in
geotechnical engineering. Adding these materials into soil particles as a cementitious …

This research evaluates the performance of two low-and high-plasticity clays as the sole
precursors to develop alkaline activation at ambient temperature. NaOH solutions with …

The feasibility of using palm oil fuel ash (POFA) as a precursor for alkali activation reactions,
in combination with glass fibers as a discrete reinforcement, has been investigated. The …

Biogeotechnology is a subfield of geotechnical engineering that utilizes microbial
approaches to improve the engineering parameters of soil. The use of biological processes …

This study focused on effects of intrinsic sulfate in gypseous soil on its collapsibility potential
when stabilized with fly ash geopolymer binder. Accordingly, compression and collapsibility …

This study assesses the laboratory investigation to evaluate the feasibility of using alkaline
activation technique for engineering improvement of soils. The originality of this paper stems …