The rheological behaviour of concentrated mineral suspensions can be controlled by
understanding and regulating the net particle-particle interaction force. This paper …

Experimental and theoretical work defining the effect of the surface chemistry and particle
physics on the rheology of metal oxide suspensions is reviewed. The influence of variables …

The results of the yield stress–pH and zeta potential–pH behaviour of pure kaolin and
bentonite slurries, and mixed bentonite–kaolin slurries were evaluated. A high and low Ca …

Compressive rheology, or the behaviour of suspensions in sedimentation and compression
has been widely studied and many theories, using different physical quantities, have …

An investigation of shear yield stress is made on well-characterized alumina suspensions of
different distributed particle sizes at the vicinity of the particle isoelectric point (IEP) across a …

We have investigated theorectically the elastic and yield behaviors of strongly flocculated
colloids by first examining the yield forces between two particles within the framework of …

The shear and compressive properties of aggregated alumina particles are determined as
functions of volume fraction and the strength of the interparticle attraction. Over a range of …

An essential text on practical application, theory and simulation, written by an international
coalition of experts in the field and edited by the authors of Colloidal Suspension Rheology …

The 1.5‐to 3‐mol%‐Y2O3‐stabilized tetragonal ZrO2 (Y‐TZP) and Al2O3/Y‐TZP
nanocomposite ceramics with 1 to 5 wt% of alumina were produced by a colloidal technique …

Kaolinite suspensions are known to have quite fast settling behaviour and Newtonian
character, particularly at low concentrations, due to the non-swelling nature of their …