Widely employed for enhancing heat transfer in various devices, nanofluids are still
seriously challenged by contradictory conclusions on their effectiveness under different …

We investigate the hybrid nanofluid convection transportation within a permeable medium in
appearance of an externally applied magnetic force by modeling it through control volume …

In the current study, magnetohydrodynamics mixed convective flow of Ag–MgO/water hybrid
nanofluid in a triangular shaped partitioned cavity involving a porous layer is numerically …

With the rapid increasing heat fluxes released from micro electronic devices, thermal
management of electric components faces huge challenge. High working temperature …

In this paper, an experimental study is performed to characterize the effect of constant and
alternative magnetic fields on pressure drop and heat transfer coefficient for a ferrofluid in …

In this paper, a solar air collector duct equipped with baffles on a back plate was numerically
investigated. The Reynolds number (Re) was varied from 5000 to 20,000, the angle baffle …

In this paper, the corrected thermodynamic model of the heat exchanger is proposed, the
application of the Entransy Loss Theory in the helically coiled tube heat exchanger is …

Researchers in the biomedical field have focused more on the application of
magnetohydrodynamics (MHD) in recent years. This concept has various uses, such as …

The effects of short length (SL) and full length (FL) swirl generators on heat transfer and flow
fields in a solar air heater tube have been investigated experimentally. Thermal energy …

The convective heat transfer rate and friction factor analysis are determined with the help of
a double helically coiled tube heat exchanger by handling multiwall carbon nanotube …