The simple operation of one-part geopolymer has shown promising practicability for future in-
situ construction similar to ordinary Portland cement. Intending to meet the demand of …

The major downsides of cement manufacturing are the high CO2 emissions and high energy
usage. Geopolymers, which are fabricated by activation of blends of fly ash (FA) and ground …

In this paper, the thermal performance of ground-granulated blast furnace slag (GGBFS)
geopolymers is investigated. The geopolymers were prepared with sodium-based alkali …

Geopolymer is an environment-friendly binder, which has gained significant interest
amongst the research community in last few decades. Previous studies show that low …

One-part geopolymers are environmental-friendly construction materials and more
convenient for operating in situ in comparison to conventional two-part geopolymers. A …

Application of high-volume slag based geopolymer mortar is often confined to usage in
controlled environments due to its limited flexibility in controlling the setting time. The main …

Geopolymers cured at ambient temperature are of high interest since they provide promising
environmentally friendly alternative to cement. This paper discusses the effect of the initial …

To improve the commercial viability of geopolymers, there is a need to develop one-part
geopolymer mixes. In this research, 100% fly ash or a mixture of fly ash and slag was …

Conventional geopolymers are proven to be eco-friendly compared to Portland cement-
based concrete (PC). However, the used alkali activator, ie sodium silicate is associated with …

Geopolymer has earned a significant position in the construction industry. A number of
researchers have attempted to use it as a concrete-repairing material. To enrich the …