BiBliographie des Ensignants Chercheurs de l'Université Nationale des Sciences, Technologies, Ingénierie et Mathématiques
UNSTIM
Feuilleter BEC UNSTIM par
Feuilleter par entité
- FAST-NATI (32)
- ENS-NATI (98)
- ENSBBA (96)
- ENSTP (46)
- ENSET (14)
- INSTI (17)
- INSPEI (6)
- ENSGEP (34)
- ENSGMM (4)
- ECOLE DOCTORALE (1)
- RECTORAT (14)
- UAC (0)
- UP (0)
Feuilleter par Type
Liens utiles
EFFECT OF PERMEABILITY ANISOTROPY ON FORCED CONVECTION THERMAL - HYDRODYNAMICS OF ENTRANCE AND DEVELOPED FLOW REGIMES IN POROUS SATURATED CIRCULAR TUBE
Résumé :
Forced convective flow through anisotropic porous saturated circular tube was analysed to determine the entrance length to the hydrodynamic flow. The porous medium saturated with an incompressible viscous fluid was characterized by anisotropy permeability ratio, inclination angle of the principal axes and Prandtl number. The flow field was a succession of two distinct flow regions, the entrance region followed by fully developed flow regime. The boundary-layer regime prevailing at the thermal entrance region was analysed by integral relations approach, and analytical expressions of the entrance length, wall friction and heat transfer rate were obtained. Limiting cases for flow applicable to low and high porosity media were also observed. The anisotropic properties of the porous medium were significant where permeability ratio was either greater or less than 1
Publiée dans : Journal of Applied Science and Technology
Date de publication : Sunday 10 April 2016 à 00:00
ISBN électronique : 0855-2215
-
AKOWANOU Christian Djidjoho
Plus d'infos...
- Université de provenance : UNSTIM
- Travaille dans l'Entité : INSPEI
- Email : christian@unstim.bj
- Téléphone : 22997692697
-
DEGAN Gérard
Plus d'infos...
- Université de provenance : UNSTIM
- Travaille dans l'Entité : RECTORAT
- Email : ger_degan@yahoo.Ffr
- Téléphone : 22995955251
-
PRODJINONTO Vincent
Plus d'infos...
- Université de provenance : UNSTIM
- Travaille dans l'Entité : UAC
- Email : prodjinontov@yahoo.fr
- Téléphone : 22967369593
-
AKOWANOU Christian Djidjoho
Plus d'infos...
- Université de provenance : UNSTIM
- Travaille dans l'Entité : INSPEI
- Email : christianakowanou@gmail.com
- Téléphone : 22994414990
Quelques publications publications du même auteur
URBAN DYNAMICS AND ANARCHIC OCCUPATION OF PUBLIC SPACE IN THE CITIES OF PORTO-NOVO AND ABOMEY-CALAVI IN SOUTHERN BENIN
La présente recherche vise à appréhender l’état des li
Comparative study of the energy performance of two thermosiphon solar collectors with different water channels: channel in round tubes and channel under flat plate
This theoretical study focuses on the comparison of the per
Thermal conductivity of composites made of wastes of wood and expanded polystyrene
In the present work, a possibility of recycling sediments of
INFLUENCE OF THE SIMULTANEOUS TRANSFER OF HEAT AND MASS ON THE MEASURE OF MATERIALS THERMAL CONDUCTIVITY
The present work gives the current situation of the methods
THERMAL DIFFUSIVITY STUDY ONCLAY FROM BENIN BY “FLASH METHOD”
Knowledge of thermo physical parameters of local materials o
Thermal Insulation Panel Based on Vegetable Typha Domingensis and Starch: Formulation and Physico-chemical Characterization
The chemical characteristics of the typha-starch composite h
Quelques publications du même auteur
- Hydrodynamic Anisotropy Effects on Thermal Radiation-Natural Convection Interaction in a Vertical Rectangular Porous Cavity
- Hydrodynamic Anisotropy Effects on Thermal Radiation-Natural Convection Interaction in a Vertical Rectangular Porous Cavity
- Maximum Density Effects on Natural Convection Over an Isothermal Vertical Plate Embedded in an Anisotropic Porous Medium
- Effect of Anisotropic Permeability on Thermosolutal Convection in a Porous Cavity Saturated by a Non-newtonian Fluid
- Hydrodynamic Anisotropy Effects on Thermal Radiation-Natural Convection Interaction in a Vertical Rectangular Porous Cavity