Magnetic Soft Matter is a rapidly evolving discipline with fundamental and practical interest.
This is due to the fact that its physical properties can be easily controlled through external …

As a family of smart functional hybrid materials, magnetic polymer composite particles have
attracted considerable attention owing to their outstanding magnetism, dispersion stability …

We design, fabricate, and test a double-gap bicone magnetorheological (MR) device to
measure steady shear rheological properties of MR fluids under saturating magnetic fields …

The yielding behavior of magnetorheological fluids is revisited through the use of finite
element method calculations on model structures and carefully conducted experiments in a …

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

This article presents a numerical simulation of a plate-plate magnetorheometer using the
finite-element method. In this design of the rheometer, the electromagnetic coil generates a …

The current study presents a magnetic numerical simulation of a plate-plate
magnetorheometer using the finite-element method. In this study, a magnetorheometer with …

The yield stress in magnetorheological (MR) fluids is enhanced through their directed self-
assembly under toggled (unsteady) magnetic fields. Experimental yield stress data are …

Understanding magnetorheology in saturating fields is crucial for success in high torque
applications. In this paper we use numerical computations, analytical developments, and …

As a family of smart functional hybrid materials, magnetic polymer composite particles have
attracted considerable attention owing to their outstanding magnetism, dispersion stability …