Magnetorheological fluids structured under precession fields are thoroughly investigated.
Having complete dynamic triaxial magnetic field control, we are able to study both the …

Combining nuclear magnetic resonance and molecular dynamics simulations, we unravel
the long-time dynamics of a paradigmatic colloid with strong dipole-dipole interactions. In a …

Traditionally, the rheological properties of magnetorheological (MR) fluids are investigated
under uniaxial steady (DC) fields. These basic fields promote the aggregation of …

We have used low-field 1H nuclear-magnetic resonance (NMR) spectroscopy and molecular
dynamics (MD) to investigate the aggregation dynamics of magnetic particles in ionic …

We demonstrate a new route to enhance magnetorheology using precession-like magnetic
fields. This field configuration is generated by the superposition of a 2D rotational field …

An experimental study conducted on the rheological properties of a magnetorheological
fluid based on submicrometric silica-coated magnetite particles dispersed in silicone oil is …

We study a two-dimensional nonvibrating granular system as a model of a
magnetorheological fluid. The system is composed of magnetic steel particles on a …

A study of lateral aggregation, induced by an oscillatory field, in a magnetorheological fluid
based on non-Brownian magnetic particles is presented. We investigate the behavior of …

We study the irreversible aggregation kinetics of superparamagnetic colloidal particles in
two dimensions in the presence of an in-plane magnetic field at low packing fractions …

The dynamical pattern formation of clusters of magnetic particles in a low-concentration
magnetorheological fluid, under the influence of a superposition of two perpendicular …