Rheological assessment and characterization of fresh cement pastes play a key role in
designing mixes for a variety of applications, including 3D printing. However, there is …

This study systematically reviews 62 papers on the use of rotational rheometry to assess the
fresh state behavior of Portland cement-based materials. The research highlights the wide …

Fly ash from coal represents the foremost waste product of fossil fuel combustion. These
waste materials are most widely utilised in the cement and concrete industries, but the extent …

The study has investigated the influence of the physical and chemical properties of five types
of fly ash on the performance of high volume blended fly ash cementitious (HFC) materials …

Partially replacing cement with recycled brick powder (RBP) in 3D printing concrete (3DPC)
is an effective way to reduce carbon footprint and resolve the construction and demolition …

Coal gasification coarse slag (GFS) is a byproduct of coal gasification technology, which
contains abundant amorphous aluminosilicate minerals. GFS has low carbon content, and …

Coal gasification fine ash (CGFA) is a large amount of solid waste produced by the coal
chemical industry and has a broad prospect of recycling in building materials. This paper …

The heat of hydration, mechanical properties, pozzolanic activity, and microscopic
characteristics of cement pastes incorporating co-combusted fly ash (CCFA) were …

The water state plays a crucial role in influencing the rheological characteristics of
cementitious materials. This research aims to elucidate the effect of supplementary …

This research evaluates the electrical conductivity, mechanical characteristics, durability,
and environmental viability of electrically conductive concrete (ECC) incorporating zeolitic …