Biomagnetic flow over a flat plate embedded by a magnetic dipole in a porous media

The present study used a simplified axisymmetric biomagnetic fluid dynamics and porous mediamodel which includes FHD (Ferrohydrodynamics), porosity and inertia effects saturated by magnetic dipole to study the influences of the leading parameters on various flow variables along a flat plate.The gove...

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Main Authors: Ferdows Mohammad, Sadia Anjum Jumana
Format: Article
Language:English
Published: University of Zielona Góra 2023-12-01
Series:International Journal of Applied Mechanics and Engineering
Subjects:
Online Access:https://www.ijame-poland.com/Biomagnetic-flow-over-a-flat-plate-embedded-by-a-magnetic-dipole-in-a-porous-media,174522,0,2.html
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author Ferdows Mohammad
Sadia Anjum Jumana
author_facet Ferdows Mohammad
Sadia Anjum Jumana
author_sort Ferdows Mohammad
collection DOAJ
description The present study used a simplified axisymmetric biomagnetic fluid dynamics and porous mediamodel which includes FHD (Ferrohydrodynamics), porosity and inertia effects saturated by magnetic dipole to study the influences of the leading parameters on various flow variables along a flat plate.The governing equations are simplified and solved by finite difference approach. We clarify how the ferromagnetic interaction parameter, B and porosity,ε assumptions contribute in the bio-background of the problem of interest. Moreover, from the results of the flow profiles, accelerating and decelerating phenomena are noticed for B, and ε interaction.
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spelling doaj.art-f1e0638b27a6409994c4fa0047f1a6e42023-12-19T07:32:15ZengUniversity of Zielona GóraInternational Journal of Applied Mechanics and Engineering1734-44922353-90032023-12-01284697810.59441/ijame/174522174522Biomagnetic flow over a flat plate embedded by a magnetic dipole in a porous mediaFerdows Mohammad0https://orcid.org/0000-0002-8696-9116Sadia Anjum Jumana1Applied Mathematics, University of DhakaApplied Mathematics, university of DhakaThe present study used a simplified axisymmetric biomagnetic fluid dynamics and porous mediamodel which includes FHD (Ferrohydrodynamics), porosity and inertia effects saturated by magnetic dipole to study the influences of the leading parameters on various flow variables along a flat plate.The governing equations are simplified and solved by finite difference approach. We clarify how the ferromagnetic interaction parameter, B and porosity,ε assumptions contribute in the bio-background of the problem of interest. Moreover, from the results of the flow profiles, accelerating and decelerating phenomena are noticed for B, and ε interaction.https://www.ijame-poland.com/Biomagnetic-flow-over-a-flat-plate-embedded-by-a-magnetic-dipole-in-a-porous-media,174522,0,2.htmlporous mediumboundary layerbiomagnetic fluiddipole
spellingShingle Ferdows Mohammad
Sadia Anjum Jumana
Biomagnetic flow over a flat plate embedded by a magnetic dipole in a porous media
International Journal of Applied Mechanics and Engineering
porous medium
boundary layer
biomagnetic fluid
dipole
title Biomagnetic flow over a flat plate embedded by a magnetic dipole in a porous media
title_full Biomagnetic flow over a flat plate embedded by a magnetic dipole in a porous media
title_fullStr Biomagnetic flow over a flat plate embedded by a magnetic dipole in a porous media
title_full_unstemmed Biomagnetic flow over a flat plate embedded by a magnetic dipole in a porous media
title_short Biomagnetic flow over a flat plate embedded by a magnetic dipole in a porous media
title_sort biomagnetic flow over a flat plate embedded by a magnetic dipole in a porous media
topic porous medium
boundary layer
biomagnetic fluid
dipole
url https://www.ijame-poland.com/Biomagnetic-flow-over-a-flat-plate-embedded-by-a-magnetic-dipole-in-a-porous-media,174522,0,2.html
work_keys_str_mv AT ferdowsmohammad biomagneticflowoveraflatplateembeddedbyamagneticdipoleinaporousmedia
AT sadiaanjumjumana biomagneticflowoveraflatplateembeddedbyamagneticdipoleinaporousmedia