SOUAD Benkherbache
بن خرباش سعاد
souad.benkherbache@univ-msila.dz
06 62 000000
- Departement of MECHANICAL ENGINEERING
- Faculty of Technology
- Grade MCA
About Me
Habilitation. in Université Mohamed boudiaf de M'sila
Research Domains
Logiciels de CFD (Fluent et Gambit) Mécanique des fluides Transfer de chaleur Energies renouvelables
LocationMsila, Msila
Msila, ALGERIA
Code RFIDE- 2023
- 2023
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master
Benremache Mohamed
Conception et réalisation d'un séchoir solaire destiné aux produits agroalimentaires
- 2022
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master
Chelali Riadh , Nouibat Brahim
SIMULATION NUMERIQUES D’UN CHAUFFE-EAU SOLAIRE A AILETTES
- 2022
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Licence
Abidat Souheib , Bouzidi Abdelbassit
Calcul du bilan thermique dans un distillateur solaire
- 2021
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master
El Bagor Khawla , Graine Manal
TRANSFERT DE CHALEUR DE L'ECOULEMENT D'UN NANOFLUIDE DANS LE TUBE D'UN PANNEAU PHOTOVOLTAÏQUE HYBRIDE
- 2021
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master
OUADADI, Noreddine , MORECHTA, Mohamed Lamine
ETUDE NUMERIQUE DE LA CONVECTION NATURELLE DANS UNE CAVITE REMPLIE DE NANOFLUIDE D'UN PANNEAU SOLAIRE
- 2021
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master
Redjem Bilal , LahcieneHachem
SIMULATION NUMERIQUE D’UN PANNEAU PHOTOVOLTAIQUE A EAU OU AIR
- 2021
- 2020
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master
BRIKI Saad Saoud , MEKEFES Abdelbasset
ETUDE NUMERIQUE DE L'EFFET DES NANOPARTICULES SUR LE TRANSFERT DE CHALEUR DANS UNE CAVITE REMPLIE DE NANOFLUIDE
- 2020
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Licence
Belabas Abd el hafid , Habi abdelhamid
Simulation Numérique Du Transfert De Chaleur Dans Un élargissement brusque
- 2020
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Licence
Kabouya IlyasAboubakr
Simulation numérique du transfertde chaleur entre deux plaques parallèles
- 2020
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Licence
ZIANE Belkacem , CHOUKI Seid
Recherche Bibliographique sur les transferts de chaleur de l'écoulement des nanofluides dans les espaces confinés
- 2019
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master
GHADBANE Abdelouahab
Etude numérique de l’écoulement avec transfert de chaleur d’un nanofluide dans un échangeur de chaleur
- 2019
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Licence
Elbaggoure khawla- , Lajnef Saliha
Etude de l’influence des nano particules sur les propriétés thermo physique du nano fluide
- 2018
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master
CHOUIREB HOSSAM EDDINE
Simulation numérique de la convection mixte dans un dissipateur de chaleur radial (pour application des diodes électro luminescente, LED)
- 2015
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master
DILMI OUARDA
Influence du nombre de Prandtl sur la Convection Naturelle dans une Conduite Annulaire avec Génération de Chaleur
- 2015
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master
DILMI OUARDA
Influence du nombre de Prandtl sur la Convection Naturelle dans une Conduite Annulaire avec Génération de Chaleur
- 2013
- 2013
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master
Simulation Numérique de la Convection Naturelle dans une Conduite avec Génération de Chaleur Localisée
Simulation Numérique de la Convection Naturelle dans une Conduite avec Génération de Chaleur Localisée
- 2013
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master
BACHIRI Benaceur
Simulation Numérique de la Convection Naturelle de l'écoulement dans une Conduite munie d'ailettes
- 2012
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master
ABAHRI Messaoud
Simulation Numérique d'un Ecoulement Combustible Dans un Tube Cylindrique
- 18-06-2020
- 20-04-2017
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Doctorat en sciences
Simulation numérique de la convection dans des tubes coaxiaux - 20-06-2005
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Magister
Simulation numérique de l'écoulement compressible sur une marche descendante - 01-07-1990
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Ingéniorat
Etude et réalisation d'un dispositif de dépot de couches minces - 1966-01-26 00:00:00
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SOUAD Benkherbache birthday
- 2024-03-21
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2024-03-21
A New Study on the Effect of the PartialWake Generated in a Wind Farm
In this article, we present an investigative study on the often-overlooked partial wake phenomenon in previous studies concerning wind farm configurations. A partial wake occurs when a portion of the actuator disk of a downstream wind turbine is affected by the wake of another upstream turbine. This phenomenon occurs in addition to the full wake, where the entire upstream turbine is affected by the wake of the frontal turbine, also leading to a decrease in wind speed and consequently a reduction in power production. The proposed study is based on measuring the power generated by the area swept by the wake of an array of turbines in a wind farm. To accomplish this, we integrate the linear wake model of Jensen, the specifications of the ENERCON E2 wind turbine, and the wind farm data into Matlab-developed software (version 18) to perform the calculations. In a concrete application, this proposed method is validated by reproducing the previous works that neglected the partial wake in wind farm configurations. The simulation results obtained are analyzed, compared, and discussed under similar operational conditions.
Citation
noureddine MENASRI , SAID Zergane , Chouki FARSI , SALAH Amroune , Souad BENKHERBACHE , , (2024-03-21), A New Study on the Effect of the PartialWake Generated in a Wind Farm, energies, Vol:17, Issue:, pages:12, MDPI
Default case...
- 2023
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2023
NUMERICAL SOLUTION ON MIXED CONVECTION FLOW OF NANOFLUID AROUND A FINNED ANGULAR SECTOR OF HEAT SINK
The aim of this study is to investigate mixed convection flow of nanofluid around a three-dimensional (3D) finned angular sector of heat sink by means of numerical simulations. The finite-volume method is used to solve the governing equations of mass, momentum, and energy conservation. The Brownian motion of the nanoparticles in the base fluid is explicitly taken into account in the thermal conductivity model (Patel model). A parametric study is carried out to examine the effects of several key parameters on the rate of heat transfer; the angular sector apex angle, the volume fraction of suspended nanoparticles (0 ≤ φ ≤ 0.09), the Richardson number (Ri = Gr/Re2), and the size of the nanoparticles diameter (5, 20, 60, and 100 nm). It is shown that for a fixed low Richardson number Ri, the rate of heat transfer increases with the volume fraction of the nanoparticles, as forced convection mechanism is dominated. The heat-transfer enhancement is obtained for the nanofluid water/TiO2 rather than the water/Cu at higher nanoparticles volume concentration and highest Richardson number. Moreover, the Maxwell thermal conductivity model resulted in a maximum enhancement in the case of nanofluid water/TiO2 than that of water/Cu, whereas the nanofluid water/ Cu gives better heat-transfer enhancement at small particles than that of water/TiO2. It is observed too that the nanoparticles' diameter does not have a significant effect on the temperature field.
Citation
Souad BENKHERBACHE , , (2023), NUMERICAL SOLUTION ON MIXED CONVECTION FLOW OF NANOFLUID AROUND A FINNED ANGULAR SECTOR OF HEAT SINK, Computational Thermal Sciences: An International Journal, Vol:15, Issue:3, pages:23-44, Begellhouse
- 2022
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2022
Heat transfer in annular enclosure filled with nanofluid
This paper presents a numerical investigation of natural convection heat transfer in an annular enclosure filled with nanofluid. The inner cylinder is fitted with longitudinal fins and subjected to volumetric heat generation while the outer cylinder is kept adiabatic. The governing equations of mass, momentum and energy equations for both the fluid and the solid are solved by the finite volume method, using the commercially available CFD software Fluent 6.3.26. The effect of the size of the nanoparticles on the rate of heat transfer is carried out and investigated. The study has been conducted considering two nanofluids of based water with Al2O3 and TiO2 nanoparticles for a solid volume fraction (0≤ ϕ ≤ 0.09) and nanoparticles diameter of (5nm,20nm, and 80nm) at Rayleigh number Ra=12000. Results have shown that adding nanoparticles in the base fluid have produced an increase of the rate of heat transfer. The nanofluid water/Al2O3 gives better heat transfer enhancement at small particles diameter than the nanofluid Water/TiO2
Citation
Souad BENKHERBACHE , ,(2022), Heat transfer in annular enclosure filled with nanofluid,The 2022 International Conference of advanced technology in electronic and electrical Engineering(ICATEEE) November 26-27,2022 University Mohamed Boudiaf of M'sila Algeria,University Mohamed Boudiaf of M'sila Algeria
- 2019
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2019
Effect of Fin Parameters in Cylindrical and Divergent Duct under Natural Convection S.
In this paper, we propose a numerical study of the natural convective heat transfer flow in a three dimensional cylindrical and divergent annular duct. The inner cylinder subjected to a volumetric heat generation is fitted with longitudinal fins. The governing equations of mass, momentum and energy equation for both the fluid and the solid are solved by the finite volume method, using the commercially available CFD software Fluent. The effect of the inclination angle ϕ of the divergent and the fin parameters on the profiles and the contour fields of temperature and velocity as well as the average Nusselt number ratio were investigated for ϕ=0°,15°,23° and 45°and several fins, N=1,2,3 and 4. The Simulations were carried out in the range of Rayleigh numbers (Ra = 100 to Ra=6.3x104). The results reveal that the increasing of the inclination angle of the divergent and the number of fins enhance the heat transfer.
Citation
Souad BENKHERBACHE , Si-Ameur Mohamed, , (2019), Effect of Fin Parameters in Cylindrical and Divergent Duct under Natural Convection S., Journal of Applied Fluid Mechanics, Vol:12, Issue:4, pages:1093-1102, JAFM
- 2019
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2019
Numerical investigation of convective heat transfer of nanofluid in heat exchanger
This work presents the numerical results of the mixed convective heat transfer of a three-dimensional flow around a radial heat sink composed of horizontal circular base fitted with rectangular fins. The governing equations of mass, momentum and energy equation are solved by the finite volume method using the commercially available CFD software Fluent 6.3.26. The circular base of the heat sink is subjected to uniform heat generation, the flow enters through the sides of the heat sink around the fins then the heat is transmitted from the base to the fins afterward the fluid. In this study two fluids are utilized, in the first case, the air for the following Reynolds numbers Re=600,900,1200 and a Grashof number Gr=3.7x106, in the second case a water-based nanofluid for which two types of nanoparticles (Cu and Al2O3) are carried out for Re=25 and a Richardson number Ri=2.7(Ri=Gr/Re2). The effect of the number of the fins of the heat sink as well as the type and the volume fraction of nanoparticles of the nanofluid were investigated. Results have been presented for N=15 and N=20 fins. The effect of the nanoparticles concentrations and the number of fins on the temperature in the heat sink and the Nusselt number has been studied.
Citation
Souad BENKHERBACHE , ,(2019), Numerical investigation of convective heat transfer of nanofluid in heat exchanger,5TH INTERNATIONAL CONFERENCE ON ADVANCES IN MECHANICAL ENGINEERING ISTANBUL 2019, 17-19 DECEMBER 2019,Istanbul, Turquie
- 2018
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2018
MIXED CONVECTIVE HEAT TRANSFER OF FLOW AROUND A RADIAL HEAT SINK
This work presents the numerical results of the mixed convective heat transfer of a three-dimensional flow around a radial heat sink composed of horizontal circular base fitted with rectangular fins. The governing equations of mass, momentum, and energy equation are solved by the finite volume method using the commercially available CFD software Fluent 6.3.26. The circular base of the heat sink is subjected to uniform heat generation, the flow enters through the sides of the heat sink around the fins then the heat is transmitted from the base to the fins afterward the fluid. In this study two fluids are utilized, in the first case, the air for the following Reynolds numbers Re=600,900,1200 and a Grashof number Gr=3.7x106, in the second case a water-based nanofluid for which two types of nanoparticles (Cu and Al2O3) are carried out for Re=25 and a Richardson number Ri=2.7(Ri=Gr/Re2). The effect of the number of the fins of the heat sink as well as the type and the volume fraction of nanoparticles of the nanofluid were investigated. Results have been presented for N=15 and N=20 fins. The effect of the nanoparticles concentrations and the number of fins on the temperature in the heat sink and the Nusselt number has been studied.
Citation
Souad BENKHERBACHE , ,(2018), MIXED CONVECTIVE HEAT TRANSFER OF FLOW AROUND A RADIAL HEAT SINK,4TH INTERNATIONAL CONFERENCE ON ADVA4thCONFERENCE ON ADVANCES IN MECHANICAL ENGINEERING ISTANBUL 2018–ICAME2018,19-21 December 2018,,Istanbul, Turquie
- 2017
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2017
Influence of the heated blocks on the natural convection in 3D cylindrical and divergent annular duct
In this paper, a numerical investigation of natural convection in a three-dimensional cylindrical and divergent annular duct is studied. In the inner cylinder of thin thickness, are mounted a cylindrical blocks which subjected to a volumetric heat generation. The governing equations of mass, momentum and energy equation for both the fluid and the solid are solved by the finite volume method using the commercially available CFD software Fluent. The effect of the number of heated blocks (N = 1, 2, 3 and 5) and the inclination angle of the divergent (φ = 0°, 15°, 23°, and 45°) have been studied. The temperature and velocity contours fields, streamlines also the local Nusselt number have been presented here for Ra = 2.105 and N = 3 while temperature and velocity profiles in the span-wise direction of the flow were plotted for Ra = 1.105 (φ = 0°, 15°, 23°, and 45°) and (N = 1, 2, 3 and 5) also the local and average Nusselt number for those geometries.
Citation
Souad BENKHERBACHE , Mohamed ,Si-Ameur, , (2017), Influence of the heated blocks on the natural convection in 3D cylindrical and divergent annular duct, Int. J. Engineering Systems Modelling and Simulation, Vol:9, Issue:1, pages:20-31, Inderscience
- 2016
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2016
N ATURAL C ONVECTION IN A C YLINDRICAL AND D IVERGENT A NNULAR D UCT F ITTED WITH F INS
The paper deals with a numerical study of natural convective heat transfer flow in a three dimensional cylindrical and divergent annular duct. The inner cylinder is subjected to a volumetric heat generation and fitted with longitudinal fins. The governing equations of mass, momentum and energy equation for both the fluid and the solid are solved by the finite volume method, using the commercially available CFD software Fluent. The effect of the inclination angle ϕ of the divergent and the fins number N on the profiles and contour fields of temperature and velocity as well as the average Nusselt number were investigated for ϕ = 0°, 15°, 23°, and 45°, for a number of fins, N=1, 2 and 3. Simulations were carried out for the Rayleigh numbers Ra = 3.1.104 and 6.2.104, corresponding respectively to the volumetric heat generation, Qv = 5.105and 1.106 W/m3. The results reveal that the increase of the inclination angle and the fins enhance the heat transfer.
Citation
Souad BENKHERBACHE , Si-Ameur Mohamed, , (2016), N ATURAL C ONVECTION IN A C YLINDRICAL AND D IVERGENT A NNULAR D UCT F ITTED WITH F INS, International Journal of Energy, Environment, and Economics, Vol:24, Issue:4, pages:503-518, Nova Science Publishers