The Alkali-Activated Materials (AAM) are defined as materials obtained through the reaction
between precursors and activators, and are separated into two classes depending on the …

This review undertakes rigorous analysis of much of the copious literature available to the
scientific community on the use of alkali-activated binders (AABs) in construction. The …

Alkali-activated composites (AAC) has real potential as a repair material of defective
concrete structures by virtue of fast setting, high strength, and recyclability. Understanding …

Geopolymer binders can be used as a sustainable alternative to Portland cement. Despite
the extensive research regarding the influence of different parameters on the properties of …

Geopolymers are recommended as an alternative to Portland Cement, which has high CO 2
emissions. Geopolymers are a more environment-friendly construction material produced …

The long-term durability of geopolymer concrete (GPC) exposed to various working
conditions is a critical issue for achieving potential applications in the field. This study …

Class F Fly ash-based geopolymers are prone to various high-temperature phenomena,
such as cracking, spalling, and thermal shrinkage. Here we study the effect of enriching the …

Excessive amounts of solid wastes are generated by the ceramic sanitaryware sector in the
world. Recycling ceramic wastes is one of the crucial solutions to ensure their elimination …

In this study, the reaction mechanism of desert sand-high calcium fly ash-based alkali-
activated mortar under different influencing factors has been investigated. Different …

This study investigates the effect of magnetic water (MW) on the properties of slag-based
geopolymer composites (SGCs) incorporating ceramic tile waste (CTW) from construction …