The surging demand for sustainable and efficacious approaches of enhancing the ground
has resulted in the investigation of novel waste materials. This study investigates the …

Implementation of industrial wastes such as bottom ash in ground improvement can be cost-
effective and environment-friendly. Ground improvement is an effective method of mitigation …

Many available stabilisers and reinforcements have been used to enhance the mechanical
characteristics of silica sand. So far, many studies have been carried out to understand the …

Geogrid-encased recycled aggregate column (ERAC) undergoes particle breakage during
loading due to aggregates' discreteness and brittleness, significantly affecting the …

The study aims to investigate the properties of kaolinitic clay using silica fume, eggshell ash,
and lime. The experiment employs varying amounts of silica fume (2%, 4%, and 6%) …

So far, many studies have been completed on the traditional soil stabilisation using cement
or lime, however, very limited literatures pay attention to the mechanical behavior of …

The large amount of solid waste generated by industry is a concern for society. A possible
solution is to incorporate these wastes into soils to improve their properties and contribute to …

Stone columns are widely used as a cost-effective solution for enhancing the engineering
behaviour of weak soils. Granular materials such as natural aggregates, which have higher …

The behavior of annulus stone columns in soft clays is significantly influenced by the outer-to-
inner diameter ratio. For this reason, in the present study, a comprehensive experimental …

Kaolinitic soil is a problematic soil that causes poor carrying capacity and excessive
settlement, resulting in significant damage to buildings and foundations. Therefore, soil …