The primary objective of this study was to assess the benefits of incorporating higher NMP
content as a cement substitute in mortar and concrete mixtures. Our aim was to quantify and …

This research described the effect of the mortar volume ratio on the mechanical behavior of
Class CI fly ash-based geopolymer concrete. The absolute volume ratio parameters were …

This study is a continuation of the published research studies relevant to self-compacting
geopolymer mortar (SCGM) prototype using fly ash. The aim of this study was to investigate …

The performance of reinforced concrete elements is affected by its corrosion resistance.
Chloride attacks on reinforced concrete elements in a marine environment is caused by …

This research described the effect of the mortar volume ratio on the mechanical behavior of
Class CI fly ash-based geopolymer concrete. The absolute volume ratio parameters were …

One of the environmentally friendly concrete as an alternative to cement concrete in the
future is geopolymer concrete which used a cement substitute in the form of fly ash. To …

Portland cement is one of the principal sources of anthropomorphic CO2 emissions. It is
estimated that cement production contributes up to 10% of greenhouse gas emissions and …

This study examined the effect of borax pentahydrate on alkali-activated very high-calcium
fly ash (VHCF)-based geopolymer concrete. The VHCF obtained from the Pangkalan Susu …

This paper aims to determine the workability and compressive strength of geopolymer using
silica sand as a fine aggregate. Eight different mixtures were mixed with different ratios of …

Geopolymer cement, using fly ash (FA), presents a viable alternative to Portland cement.
However, FA-based geopolymers often lack reactivity and strength, necessitating …