The use of geopolymer-based concrete has many advantages over conventional cement
concrete. Geopolymer, which derives its basic ingredients from industrial waste, has …

Industrial wastes and by-products have been explored for many years as green construction
materials. The use of some industrial wastes and by-products including ground granulated …

The use of fibres in concrete has attracted the interest of many researchers to improve the
tensile properties of geopolymer concrete. While adding natural fibres has gained popularity …

This study investigated the durability of geopolymer mortar made from ground ferronickel
slag (GFNS) with fly ash (FA) after immersion in 5% sodium sulphate solution for 1.5 years …

The use of waste materials in concrete production is important because of the recycling of
these materials. In this context, the use of both geopolymer binder and recycled concrete …

Geopolymer is a new type of inorganic cementitious material developed in recent years,
facilitating the reuse of industrial solid waste resources. It also significantly reduces energy …

Today, due to the increasing demand in the building sector, the interest of researchers in
sustainable building materials is increasing. Geopolymer concretes especially come to the …

One candidate for a novel binder is alkaline hybrid cement, which has more than 70%
supplemental cementitious materials (SCMs) and a trace amount of an alkali activator but …

As an emerging alternative to the conventional ordinary Portland cement (OPC) binder, it is
imperative to maximise the efficiency of clinker-free and low carbon geopolymer composites …

Ferrochrome slag (FCS) is a by-product of ferrochrome industries and is produced during
the extraction of ferrochrome from chromite ore. The chemical composition of FCS comprises …