The purpose of the paper was to analyze trends in the formation of alkali-activated materials
(AAMs) produced from alternative starting materials to blast furnace slags and fly ash. The …

The utilization of industrial waste-based geopolymer has emerged as an environmentally
sustainable approach with a low carbon footprint in place of ordinary Portland cement (OPC) …

This study critically reviews lithium slag (LS) as a supplementary cementitious material
(SCM), thereby examining its physiochemical characteristics, mechanical properties, and …

Ordinary Portland cement (OPC) is the most used binder in the world, applied in practically
all phases of the building. The problem is that this binder is highly harmful to the …

Municipal solid waste incineration (MSWI) bottom ash (BA) contains the elemental
composition necessary for cement and concrete production and is a feasible substitute for …

Based on the characteristics of alkali-activated materials (AAMs) in energy saving and
emission reduction, as well as giving full play to the complementary advantages of multi …

Geopolymeric matrices allow for the incorporation of a wide variety of waste materials.
Therefore, this study aimed to evaluate ternary mixtures composed of metakaolin, water …

In this study, the influences of Class C fly ash (FA), steel fiber (STF) and high temperature
are researched on the mechanical and microstructural properties of STF reinforced silica …

It is not easy to simultaneously improve the thermal and mechanical properties of
cementitious materials used in energy pile backfill. To study the effect of the percentage of …

This study explores the influence of the interatomic structure of sodium aluminosilicate
hydrate (NASH) with varying silica contents on the mechanical properties of metakaolin …