Glass fiber and liquid-modified polyvinyl alcohol polymer (SH Polymer) are used to reinforce
granite residual soil. In this paper, scanning electron microscopy (SEM) tests and drop …

Purpose More than 2 billion tons of construction waste soil are generated every year in
China, leading to waste and degradation of land resources. This study aims to develop a …

As a kind of highly weathered special soil in South China, granite residual soils (GRS)
feature high strength and high void ratio in a dry environment, so they tend to disintegrate in …

This research investigated the feasibility of using a geopolymer based on recycled glass
powder (RGP) to improve the mechanical behavior of clay soils. The chemical elements of …

Granite residual soil (GRS) contains a large amount of kaolinite, which is highly hydrophilic
and thus easily disintegrated by water. These characteristics may cause severe landslides …

Due to the environmental issues associated with the production of binders such as cement
and lime, finding alternative materials or binders for geotechnical applications is crucial …

Fly ash–steel slag based geopolymer was studied with the aim of recycling solid wastes,
and developing a sustainable alternative to Portland cement. This paper studies the effects …

Glass waste in soil stabilization is a promising use as a precursor of forming geopolymers
and avoid its discard in landfills as well as decreasing the consumption of traditional binders …

In this study, a strain-hardening geopolymer mortar, based on waste liquid-crystal display
(LCD) glass and ground granulated blast furnace slag (GGBFS), was first developed by …

Geopolymer has been of great research interest as a material for sustainable development.
As ordinary Portland cement, however, geopolymer exhibits brittle behavior with low tensile …