The geotechnical shortcomings observed in infrastructure projects, mainly arising from the
inadequate mechanical properties of weak soils, pose significant challenges that can lead to …

This study is aimed at utilizing industrial waste Fly ash (FA) in combination with cement for
production of environment friendly and economically viable Compressed Stabilized Earth …

A large amount of waste slurry with high water content generated in the construction of slurry
shield and pipe jacking needs to be reduced urgently. Due to high clay content of the waste …

Investigations of stabilized/solidified sediment (S/S sediment) by simulated field-construction
processes (crushing and filling) are fundamental to evaluating the potential reuse as fill …

Utilizing various industrial solid waste to replace cement to prepare mud solidification
materials could achieve energy conservation, carbon reduction and sustainable …

Cement stabilized clay (CSC) from dredged sediment or sludge is receiving increasing
attention for its use as construction material. In this paper, seven CSC mixture samples were …

Utilizing MSC composite materials (M-Metakaolin (MK)), S-Slag, C-Calcium carbide residue
(CCR)), the waste engineering mud produced through the drilling and grouting pile …

Hundreds of millions of tons of dredged sludge are generated by waterway dredging
worldwide every year. Traditional disposal of dredged sludge, such as in-situ stockpiling and …

Biogeomaterials are developed based on microbially induced calcite precipitation (MICP)
technology, which is a recent innovation in civil engineering. Acid pollution, such as large …

This paper discusses the behaviour of field-stabilized bored pile mud and the feasibility of its
application in pavement. The geotechnical properties of field-stabilized mud on different …