In this paper, a critical review on the rheological properties of fresh concrete, its recent
advancements, and future prospects are discussed. Among the rheological properties, shear …

Rheology is an effective tool that describes concrete workability, flowability, predictive
stability and pumpability. A comprehensive review of recently published rheological …

Coal gasification slag (GS) is a potential pozzolanic industrial waste discharged during coal
gasification. The study aimed to investigate the effect of finely ground GS powder on the …

Binary systems composed of Portland cement (PC) and calcium sulfoaluminate (CSA)
cement have stood out for applications requiring high early strengths. Nevertheless, the …

Implementation of biomass based power plants is substantially increased worldwide, and
hence large quantity of agro-waste ashes is disposed as waste. The reuse of agro-waste …

The effects of ultrafine slag on the hydration heat, fluidity, rheological properties and setting
time of Portland cement paste were investigated. The exothermic rate and total hydration …

Understanding the effects of nanoparticles (NPs) on rheological performance of cement
pastes is of great importance to predict the hardened properties of concrete with NPs. In this …

The rheological properties and stability of cement‐based materials determine the
technological properties of concrete mixtures and significantly influence concrete properties …

In this study, the usability of colemanite wastes (CW), in mortar mixtures, was examined in
terms of compressive strength, while at the same time it was aimed to evaluate the effects of …

Workability could be a serious drawback for fresh alkali activated fly ash (AAFA) due to its
high viscosity caused by alkaline activators. However, the reported optimum …