Understanding self-organization is one of the key tasks for controlling and manipulating the
structure of materials at the micro-and nanoscale. In general, self-organization is driven by …

This paper presents three-dimensional numerical simulations of non-Brownian concentrated
suspensions in a Couette flow at zero Reynolds number using a fictitious domain method …

We review existing mixture models for shear-induced migration (SIM) in flowing viscous,
concentrated particle suspensions via an analysis of the models from the perspective of a …

We performed macroscopic experiments on the motion of a sphere through an array of
obstacles that highlight the deterministic nature of the lateral displacements that lead to …

Based on direct numerical simulations of the coupled motion of particles and fluid, this study
analyzes the collective hydrodynamic and colloidal effects of flowing microparticles during …

The presence of finite-size particles in a channel flow close to the laminar-turbulent
transition is simulated with the Force Coupling Method which allows two-way coupling with …

This paper reports experiments on the shear transient response of concentrated non-
Brownian suspensions. The shear viscosity of the suspensions is measured using a wide …

The shear-induced microstructure in non-Brownian suspensions is studied. The pair
distribution function (PDF) in the shear plane is experimentally determined for particle …

The shear-induced microstructure in a semidilute noncolloidal suspension is studied. A high-
resolution pair distribution function in the plane of shear is experimentally determined. It is …

The dynamics of concentrated suspensions of non-colloidal, monodisperse particles in
plane Poiseuille flows are investigated by fully three-dimensional numerical simulations for …