Alkali-activated materials (AAM) are known to be environmentally friendly alternatives to
cement-based materials because they can potentially reduce greenhouse gas emissions …

The present study explores the possibility of replacing blast furnace slag (BFS) with coal fly
ash (FA) to produce alkali-activated material (AAM) concrete with hybrid precursors. With an …

To mitigate autogenous shrinkage that may cause early-age cracking of alkali-activated fly
ash-slag (AAFS) concrete, internal curing using superabsorbent polymers (SAP) is …

Although the application of blast furnace slag and fly ash-based alkali-activated concrete
(BFS/FA-AAC) has both economic and environmental benefits, it is limited by the lack of a …

This paper investigates the influence of a plasticizing admixture on the pore structure
refinement of alkali-activated concrete and paste mixtures and the consequently enhanced …

Nowadays, geopolymers, which are more environmentally friendly than cement due to the
high energy requirements and high carbon dioxide (CO2) emissions of cement production …

This study investigates the drying shrinkage and the shrinkage-induced stress of
alkaliactivated blast furnace slag and fly ash concrete (AC) in comparison with ordinary …

Manufacturing of commercialized silicate is a highly polluting source in geopolymer
production. To reduce these emissions, rice husk ash has been considered as an option for …

Alkali-activated materials based on industrial by-products such as fly ash (FA) or blast
furnace slag (BFS) have shown promising potential to replace Ordinary Portland Cement …

This master thesis presents the effects of fly ash on the properties of alkali activated slag
concrete, commonly referred as Geopolymer concrete (GPC). Cement manufacturer are …