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 …

The rheological behavior of cement slurries is important in trying to prevent and eliminate
gas-migration related problems in oil well applications. In this paper, we review the …

Colloidal gels exhibit rich rheological responses under flowing conditions. A clear
understanding of the coupling between the kinetics of the formation/rupture of colloidal …

Solvent‐based recycling is a promising approach for closed‐loop recovery of plastic‐
containing waste. It avoids the energy cost to depolymerize the plastic but still allows to …

Thixotropic behaviors can be predicted by rheological partial differential equations (PDEs) of
cementitious materials. The ability to solve the rheological PDEs of viscous fluids accurately …

Time-dependent yield stress materials abound in nature and in industrial processes.
Examples include clays, light metal alloys, paints and inks, adhesives, gelled waxy crude …

Mine transportation through hydraulic pipelines is increasingly used by various industries
around the world. In Morocco, this has been implemented for the case of phosphate …

Solid-like behaviors of fresh cement pastes are gaining increased attention with the
emergence of 3D concrete printing. It is known that the fresh cement paste exhibits a “two …

During curing of thermosetting polymers, crosslinking results in hardening or stiffening of the
material. In electronics, for example in encapsulating integrated circuits (die bonding) …

The prediction of the time-dependent rheological behavior of concrete is a challenging task
of crucial importance to many applications in the construction industry. In particular, the …