Geopolymer recycled aggregate concrete (GPRAC) is a new type of green material with
broad application prospects by replacing ordinary Portland cement with geopolymer and …

Coarse aggregate is considered as the most important component, which provides volume
as well as strength to the concrete. It is mainly obtained from natural resources by quarrying …

The use of recycled aggregate concrete can save natural resources and reduce
environmental pollution, which has been widely concerned in recent years. The physical …

Polyvinyl alcohol (PVA) fiber-reinforced geopolymer mortar minimizes the shortcomings of
large drying shrinkage and high brittleness of conventional geopolymer mortar made with …

Using industrial solid waste to substitute cement and recycled concrete aggregate (RA) to
replace natural aggregate (NA) in concrete is seemed as an effective approach to control the …

In this study, a recycled waste ceramic electrical insulator (CM) was used as coarse
aggregate in geopolymer concrete. The properties of concretes containing CM were …

The construction industry is shifting towards environmentally friendly products due to the
rising demand for non-renewable raw materials, their high energy consumption, and, most …

Environmental studies for solutions are among the most important agendas of the scientific
world. Most of the new studies are taking into account environmental effects. However, it is …

In this work, the drying shrinkage behavior of geopolymeric recycled aggregate concrete
(GRAC) was studied with attention devoted to the mass loss, drying shrinkage strain, and …

As a low-carbon sustainable concrete material, geopolymeric recycled aggregate concrete
(GRAC), fabricated with industrial wastes (eg slag) and recycled concrete aggregate (RA) …