The article summarizes the state of the art in carbon-reinforced geopolymers. It takes into
consideration various types of matrices and types of carbon fibers (CFs). The article shows …

Nucleation effects of seeds in reactive magnesia cement (RMC) systems have been
reported, but this process has never been directly observed. In this study, different types and …

Despite significant advantages, large-scale use of carbon-reinforced concrete has been
hitherto limited due to insufficient thermal resistance and chemical compatibility with …

Many of the construction materials available are known to cause a drastic level of damage to
the environment during their manufacturing stages. Hence, many researchers have …

This study explores the influence of the interatomic structure of sodium aluminosilicate
hydrate (NASH) with varying silica contents on the mechanical properties of metakaolin …

This study proposes a method utilizing nano-SiO 2 modified polyvinyl alcohol fibers to
enhance the interface properties of geopolymer concrete. The surface properties of modified …

Geopolymers exhibit broad application prospects, including construction and radiation
shielding, which require excellent mechanical performances. However, investigations on the …

In situ observation of the dissolution of metakaolin followed by the condensation of
geopolymer was performed by a combination of synchrotron X-ray fluorescence microscopy …

Alkali-activated slag (AAS) is a promising cementitious material that can be used as a low-
carbon alternative to ordinary Portland cement (OPC) in the construction industry. AAS is …

Many of the construction materials available are known to cause a drastic level of damage to
the environment during their manufacturing stages. Hence, many researchers have …