In this study, the accuracy of three methods to simulate the thermal diffusivity profile in
oblique stenosis artery with hybrid nanofluid and the influence of volume fraction and heat …

The physiological system loses heat energy through the bloodstream to nearby cells. Such
energy loss can lead to a quick death, anemia, severe hypothermia and high or low blood …

Magnetic drug targeting has been studied numerically under the effect of an externally
applied permanent magnetic field in aneurysm vessel at Reynolds number of 200. Magnets …

Photocatalytic oxidation is a promising technology to degrade volatile organic compounds.
The performance of photocatalytic reactors is affected by the hydrodynamics, radiation …

Purpose In the present paper, the magnetic drug targeting using drug coated Fe 3 O 4
nanoparticles to the stenosis region of the vessel was investigated. The problem was solved …

CPUs are widely used in many industries. These components require electrical energy for
processing and generating heat due to their electrical resistance. On the other hand, they …

In this paper, hydrodynamic and thermal behaviors of a magnetic nanofluid (H 2 O (l)-Fe 3 O
4) in the turbulent regime (Ra> 10 6) are conducted. The velocity field is affected by the …

In this paper, pumping of water-based magnetic nanofluid of Fe 3 O 4 by the Kelvin force
due to the non-uniform magnetic field inside the microchannel with hydrophobic walls is …

This study examines the transport of magnetized drug particles (MPs) in drug-eluting stents
(DESs). The governing equations for multi-species transport in a two-domain consisting of a …

This paper concerns with the peristaltic flow of a particle–fluid suspension (as blood model)
through asymmetric two-dimensional channel with slip conditions. The problem formulation …