Environmental degradation and increased greenhouse gas emissions force communities to
achieve sustainable green building and construction materials. The environmental and …

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 …

The need to cure fly ash-based geopolymer at elevated temperatures has limited the
practicability and sustainability of the composite. Hence, there is an imminent need to find …

In this study, the effect of nano-silica (NS) and silica fume (SF) on workability, setting time,
compressive strength and microstructural properties of fly ash-ground granulated blast …

This study aims to present an overview of the progress of geopolymer composites with
regards to the latest developments on its constituents (binders, activators, and aggregates) …

Last few decades, there has been a substantial advancement of geopolymer (GP) as a
Portland cement substitute. It is vital to investigate potential building uses for geopolymer …

Ferrochrome ash (FCA) is an industrial waste material which when disposed causes
environmental pollution and health hazard. Therefore, in this paper, FCA replaced up to …

There is broad agreement among researchers that the next facing of the construction
material industry is 'geopolymer composites', also called 'green composites. Although …

As a result of global warming, the pursuance of low-carbon, sustainable building materials
has been prioritized. The development of geopolymer/cement-less binders can be …

This paper investigates the novel effect of ultrafine rice husk ash (URHA) on the properties of
alkali-activated concrete. Rice husk ash was obtained as waste from biomass energy …