A numerical investigation of hydromagnetic mixed convective heat transfer and fluid flow in a
porous rectangular enclosure filled with water and kerosene-based ferro-nanofluids is …

Magnetic nanofluids also are known as ferrofluids behave differently under magnetic field
effect in comparison to non-magnetic nanofluids. The inclusion of magnetic forces term into …

The current research aims to numerically investigate the effect of a three-dimensional
magnetic field generated by four electromagnets on the convective heat transfer of F e 3 O …

The combined effect of external magnetic field and surface modification on boiling heat
transfer of ferrofluids was investigated in this study. Experiments were performed on …

Thermomagnetic convection is a controlling phenomenon for heat-transfer in ferrofluids. It
depends upon the magnetic field gradients, variation in magnetic susceptibility, particle …

Thermomagnetic convection is based on the use of external magnetic fields to better control
heat transfer fluxes in ferrofluids, finding important applications in engineering and many …

The present work is an effort to find a feasible design proposal which can ensure the
continuous flow and self-sustained heat transfer within a circular annulus, solely because of …

This paper investigates the accuracy of the magnetic force models which are conventionally
used for simulation of ferrofluid flow and heat transfer. Three different correlations provided …

The effect of the strength of the self-induced magnetic field around a current carrying wire on
thermomagnetic convection cooling in ferrofluid is experimentally and numerically …

In this study, a new lattice Boltzmann scheme is developed for the two-phase CuO–H 2 O
nanomagnetic fluid (ferrofluid) under a non-uniform variable magnetic field. It introduces the …