The term Ferrofluids is used to refer to the coherent colloidal suspension of nanometer size
ferromagnetic particles or their oxides in base fluids such as oil, water etc. Due to decrease …

The flow of a magnetite-H 2 O nanofluid has been considered among two rotating surfaces,
assuming porosity in the upper plate. Furthermore, the lower surface is considered to move …

This paper presents experimental and numerical studies of heat transfer enhancement of
water in an annulus under ultrasonic waves and fluid flow. An experimental setup is …

The significance of non-Newtonian fluids is preferred for nanomaterials due to industrial
demands. Consequently, this research examines the influence of magnetic fields and power …

In this study, numerical simulations were conducted to explore the best possible magnetic
field arrangement that can maximize the heat exchange performance of Fe 3 O 4-water …

Heat transfer and fluid flow of hybrid nanofluid into horizontal rectangular porous channel is
numerically investigated. The Darcy-Brinkman-Forchheimer model is used and the finite …

This work presents a numerical investigation of convective heat transfer and confined
ferrofluid jet flow through a channel under the influence of six magnetic sources placed …

This paper explores the heat transfer characteristics and fluid flow of ferrofluid in a channel
having non-symmetric cavities under the applied magnetic field. Bottom surface of the cavity …

The rotating flow of two fluids having an interface separating the viscous fluid and magnetite-
water ferrofluid is studied. The fluids are non-miscible and streaming in an inclined channel …

In this work, the thermal and hydrodynamic performance of ferromagnetic fluid, which flows
through a copper tube in thermal entrance region, has been studied. The flow in the tube is …