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Hydrodynamic Anisotropy Effects on Radiation-Mixed Convection Interaction in a Vertical Porous Channel
Résumé :
The effects of hydrodynamic anisotropy on the mixed-convection in a vertical porous channel heated on its plates with a thermal radiation are investigated analytically for fully developed flow regime. The porous medium is anisotropic in permeability whose principal axes are oriented in a direction that is oblique to the gravity. The generalized Brinkman-extended Darcy model which allows the no-slip boundary-condition on solid wall is used in the formulation of the problem. The flow reversal, the thermal radiation influence for natural, and forced convection are considered in the limiting cases for low and high porosity media. It was found that the anisotropic permeability
ratio, the orientation angle of the principal axes of permeability and the radiation parameter affected significantly the flow regime and the heat transfer.
Publiée dans : Applied Mathematics
Date de publication : Thursday 14 January 2016 à 00:00
ISBN électronique : 2152-7393
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AKOWANOU Christian Djidjoho
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- Université de provenance : UNSTIM
- Travaille dans l'Entité : INSPEI
- Email : djidjohoako@yahoo.fr
- Téléphone : 97692697
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DEGAN Gérard
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- Université de provenance : UNSTIM
- Travaille dans l'Entité : RECTORAT
- Email : ger_degan@yahoo.Ffr
- Téléphone : 22995955251
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FAGBEMI , Latif
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- Université de provenance : UNSTIM
- Travaille dans l'Entité : ENSET
- Email : hounaris@yahoo.fr
- Téléphone : 97328255
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ZINSALO Joel
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- Université de provenance : UNSTIM
- Travaille dans l'Entité : UAC
- Email : zinsalojoel@yahoo.fr
- Téléphone : 22995842387
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AKOWANOU Christian Djidjoho
Plus d'infos...
- Université de provenance : UNSTIM
- Travaille dans l'Entité : INSPEI
- Email : christianakowanou@gmail.com
- Téléphone : 22994414990
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