The use of geopolymers for energy conversion is revised in this work, focusing on the
conductive properties, Seebeck and piezoelectric effects. The effect of semi-conductive …

The stream of research on alkali-activated materials (AAMs) has expanded rapidly during
the last decades owing to the potential as a viable alternative to cement-based materials. In …

This study investigates the effect of silica and alumina contents on setting, phase
development, and physical properties of high calcium fly ash (ASTM Class C) geopolymers …

The effects of sodium hydroxide (NaOH) concentration on setting time, compressive strength
and electrical properties at the frequencies of 100 Hz–10 MHz of high calcium fly ash …

Fly ash-based geopolymers are currently being considered as a viable replacement to
ordinary Portland cement (OPC) due to multifold benefits such as cost efficiency, chemical …

This paper aimed to investigate the effect of MWCNTs on properties of slag geopolymeric
mortar. Geopolymeric matrices containing different MWCNTs additions (0.0, 0.1, 0.2, 0.3 and …

The incorporation of carbon fillers into geopolymers enhances conductivity, forming intricate
networks for integrated energy conversion in construction materials. This study employs a …

In this research, the effect of recycled materials powder on the properties of pumice-based
geopolymer paste was studied. Two waste materials viz., ground recycled concrete (RC) …

The superior microwave absorption of cementitious composites is beneficial for reducing
buildings' microwave pollution. This study prepared cementitious composites and …

The reduction of graphene oxide during the processing of fly ash-based geopolymers offers
a completely new way of developing low-cost multifunctional materials with significantly …