Alkali-activated concrete (AAC) is recognised as a novel sustainable construction material to
substitute Portland cement concrete with superior thermal and mechanical performance …

Geopolymers, combining some characteristics of organic polymers, cements and ceramics
for its special poly-condensed network structure, have received extensive attention of the …

Infrastructure is the basic human need in this modern world; however, the development of
infrastructure is also associated with some detrimental impacts to the global environment …

The traditional concrete is one of the most energy-intensive construction materials
responsible for about 10% of global anthropogenic carbon dioxide emissions. Efforts are …

This paper presents experimental results on the bond behavior between geopolymer
concrete and rebar. Pull-out tests on geopolymer concrete specimens embedded with plain …

Due to the significant benefit of carbon footprint reduction with the use of cement-less
geopolymer concrete, researches had shifted their focus towards the study of the behaviour …

This research focused on developing thermally-stable materials based on alkali-activation of
slag, fly ash, and metakaolin compared to portland cement mixtures by using a hierarchical …

Geopolymer concrete (GPC) is a potentially sustainable building material having acceptable
fresh, mechanical, and durable characteristics still, it has not attained global acceptance due …

This research investigates the bond performance of metakaolin based geopolymer concrete
(GPC). Pullout tests were conducted for steel and GFRP bars embedded in plain and fiber …

As an environmentally friendly material, alkali-activated fly ash-slag (AAFS) is considered as
a promising alternative cement because of its excellent mechanical properties and thermal …