This work describes a numerical model to compute the translational and rotational motion of
N spherical magnetic particles settling in a quiescent viscous fluid under creeping flow …

The motion of a spherical bubble in a ferrofluid subjected to an acoustic pressure field and a
magnetic field is examined. The continuous fluid here is a colloidal suspension composed of …

In this work, we perform Langevin dynamics simulations to examine microstructure-
macroscopic related properties of magnetic fluids in an attempt to understand the influence …

The equations governing the motion of N magnetic particles suspended in a viscous fluid at
low Reynolds and finite Stokes numbers are solved by direct numerical simulations for …

The effect of a rotating magnetic field on heat dissipation due to magnetic hyperthermia is
investigated numerically. A robust and validated in-house code based on Langevin …

This paper focuses on the dynamic behavior of a magnetorheological fluid undergoing an
unsteady oscillatory shear under the presence of an applied magnetic field. The problem is …

In this work, Computational Fluid Dynamics (CFD) simulations of a ferrofluid plane Poiseuille
flow under the action of a uniform applied magnetic field are performed. An original …

Neste trabalho é realizado um estudo computacional, por meio de simulações diretas de
partículas usando Dinâmica de Langevin, para examinar propriedades macroscópicas …

This work explores, from a numerical perspective, the role of particle rotational inertia on the
magnetization dynamics of ferrofluids. A robust numerical method is used for this purpose …

Rio de Janeiro, 2016. 104p. MSc. Dissertation—Departamento de Engenharia Mecânica,
Pontifıcia Universidade Católica do Rio de Janeiro. Coating is the main step in the …