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 …

Magnetically-guided colloidal assembly has proven to be a versatile method for building
hierarchical particle assemblies. This review describes the dipolar interactions that govern …

A particle-level 3D simulation was carried out to explore the difference between the shear
stress and the microstructure of magnetorheological fluid in the present of different …

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

This work reported a simulation study on the optimal diameter (D) and wall thickness (H) of
hollow Fe3O4 microspheres to improve the magnetorheological (MR) effect. Modified …

Systematic molecular dynamics simulations are conducted on magnetorheological (MR)
fluids under steady state, squeeze flows and shear flows. The present study concerns the …

To predict the shear stress of magnetorheological fluids (MRFs) under magnetic field and
shear flows, a meso-microscale shear model is proposed based on the entire course of …

This study uses a numerical simulation method to investigate the lateral assembly
mechanism exhibited by equal-radius circular magnetic particles in magnetorheological …

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

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 …