An overview of present understanding of microstructure in flowing suspensions is provided.
An emphasis is placed on how the microstructure leads to observable bulk flow phenomena …

A method is proposed for computing the low-Reynolds-number hydrodynamic forces on
particles comprising a suspension confined by two parallel, no-slip walls. This is constructed …

We use X-ray imaging to study viscous resuspension. In a Taylor-Couette geometry, we
shear an initially settled layer of spherical glass particles immersed in a Newtonian fluid and …

It was first demonstrated experimentally by H. Giesekus in 1965 that the second normal
stress difference in polymers can induce a secondary flow within the cross-section of a non …

In this work we provide numerical validation of the particle migration during flow of
concentrated suspension in asymmetric T-junction bifurcation channel observed in a recent …

We have performed numerical simulations to investigate the phenomenon of axial pattern
formation exhibited by a non-neutrally buoyant concentrated suspension. Continuum …

We investigate the mixing and segregation of mono-and bidispersed microsphere
suspensions in microchannel flows. These flows are common in biological …

Hydrodynamic and near-particle interactions in sheared suspensions are communicated
through suspension microstructure to produce a wide variety of rheological behaviors. To …

It is well known that when a suspension of noncolloidal, neutrally buoyant rigid particles is
drawn into an empty tube, the inward shear-induced migration of the particles results in a …

A model of laminar flow of a highly concentrated suspension is proposed. The model
includes the equation of motion for the mixture as a whole and the transport equation for the …