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Numerical Analysis of the Influence of buoyancy ratio and Dufour Parameter on Thermosolutal Convection in a Square Salt Gradient Solar Pond

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Fluid Dynamics & Materials Processing 2022年第5期18卷 1319-1329页

作者： Yassmine Rghif Belkacem Zeghmati Fatima Bahraoui Team of Heat Transfer and Energetic(UAE/U10FST) Faculty of Sciences and Techniques of TangierAbdelmalek Essaâdi UniversityTangier90040Morocco Mathematics and Physics Laboratory(LAMPS) Perpignan Via Domicia UniversityPerpignan66860France

Revise the abstract as follows:This work aims to investigate numerically the influence of the buoyancy ratio and the Dufour parameter on thermosolutal convection in a square Salt Gradient Solar Pond(SGSP).The absorption of solar radiation by the saline water,the heat losses and the wind effects via the SGSP free surface are *** mathematical model is based on the Navier-Stokes equations used in synergy with the thermal energy *** equations are solved using the finite volume method and the Gauss ***-pressure coupling is implemented through the SIMPLE *** of the SGSP are performed for three values of buoyancy ratio(N=1,2 and 10),three values of Dufour parameter(Df?0,0.2 and 0.8)and some sample meteorological data(Tangier,Morocco).Results show that the highest dimensionless temperature of the storage zone is found for N=*** the same zone and for the same value of N,the dimensionless salt concentration decreases very slightly versus time(unlike for N=1 or 2).Moreover,increasing Df from 0 to 0.8 causes a decrease in the dimensionless temperature of the SGSP storage zone and this decrease is more pronounced for N=1 and N=2.

关键词： buoyancy ratio Dufour effect numerical investigation salt gradient solar pond thermosolutal convection

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Numerical Study of Double Diffusive Convection in Partially Heated Vertical Open Ended Cylindrical Annulus

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Advances in Applied Mathematics and Mechanics 2010年第6期2卷 763-783页

作者： Mani Sankar Department of Mathematics East Point College of Engineering and TechnologyBangalore-560049India

A numerical investigation of laminar natural double diffusive convection in an open ended vertical cylindrical annulus with unheated entry and unheated exit is *** boundary conditions of uniform wall temperature/uniform wall concentration(UWT/UWC)and uniform heat flux/uniform mass flux(UHF/UMF)are *** of dimensionless induced volume rate Q,average Nusselt number Nu and Sherwood number Sh are obtained for air flow under various buoyancy ratio N,Grashof numbers due to heat and mass transfer GrT and GrM,Schmidt number Sc and combinations of unheated entry,heated section and unheated exit *** the flow under consideration is a boundary layer type,the governing partial differential equations was discretized to a linear system of equations by the use of an implicit finite difference *** nonlinear convective terms are approximated by second upwind difference method for the numerical *** numerical results reveal that the presence of unheated entry and unheated exit severely affects the heat and mass transfer *** numerical solutions are found to approach asymptotically the closed form solutions for fully developed ***,the present numerical results are validated with the existing solutions for pure thermal convection and are found to be in good agreement.

关键词： Discrete heating cylindrical annulus upwind difference doubles diffusive convection buoyancy ratio

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