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[HTML][HTML] Synergistic effects of magnetic fields and Y-obstacles on a nanofluid-based split lid-driven thermal system
This study investigates the complex hydrothermal behavior in a novel split-driven square
cavity filled with CuO-water nanofluid and featuring a Y-shaped obstacle. The research …
cavity filled with CuO-water nanofluid and featuring a Y-shaped obstacle. The research …
Magnetohydrodynamic convection in a heat-generating ferrofluid within a corrugated cavity containing a rotating cylinder
This study introduces a novel approach by combining magnetohydrodynamic flow with Joule
heating effects to investigate the conjugate mixed convective flow of ferrofluid in a non …
heating effects to investigate the conjugate mixed convective flow of ferrofluid in a non …
Effect of im**ing jet cooling and thermal radiation on magnetohydrodynamic mixed convection and entropy generation in a semicircular porous channel
Purpose This study aims to examine magnetohydrodynamic mixed convective phenomena
and entropy generation within a semicircular porous channel, incorporating im**ing jet …
and entropy generation within a semicircular porous channel, incorporating im**ing jet …
Enhancing thermal performance in porous semicircular channels through segmented heating and Cu-Al2O3/Water hybrid nanofluid under MHD-Radiative effects
Thermal management in curved geometries presents unique challenges due to complex
heat transfer mechanisms. The present study investigates the heat and fluid flow features of …
heat transfer mechanisms. The present study investigates the heat and fluid flow features of …
Numerical study of the free convection of a hybrid nano-fluid filling a three-dimensional cavity exposed to a horizontal magnetic field
This work presents a numerical study of the effect of a horizontal magnetic field on free
convection inside a three-dimensional enclosure filled with a hybrid nanofluid. The transport …
convection inside a three-dimensional enclosure filled with a hybrid nanofluid. The transport …
Free Convective Heat Transfer of Nanofluid Flow in an Elliptic Annulus
The work presents a free convective thermal transport phenomenon in a ring-shaped
annulus formed between two confocal elliptical surfaces in the presence of Al2O3/water …
annulus formed between two confocal elliptical surfaces in the presence of Al2O3/water …
Convective Heat Transfer in a Series of Polygonal Thermal Systems Using Common and Nanofluids
This research aims to comprehensively analyze the convective heat transfer in various
polygonal-shaped geometries, ranging from 4-sided to 7-sided, employing common fluids …
polygonal-shaped geometries, ranging from 4-sided to 7-sided, employing common fluids …
Effect of Micromixer Size on Performance of Electroosmotic Micromixers
This work implements a unique concept for mixing two distinct concentration fluids in a
microchannel via electrokinetic phenomena like electroosmotic flow. To assess the mixing …
microchannel via electrokinetic phenomena like electroosmotic flow. To assess the mixing …
Magnetohydrodynamic Convective Heat Transport in Pentagonal Thermal Annuli
This research comprehensively analyzes the role of magnetic fields in convective heat
transport in pentagonal thermal annuli by placing a concentric heated pentagon of unit …
transport in pentagonal thermal annuli by placing a concentric heated pentagon of unit …
of Nanofluid Flow in an Elliptic Annulus
The work presents a free convective thermal transport phenomenon in a ring-shaped
annulus formed between two confocal elliptical surfaces in the presence of Al2O3/water …
annulus formed between two confocal elliptical surfaces in the presence of Al2O3/water …