Maatki Chemseddinea
, Hakan F. Oztopb,c,*, Lioua Kolsia,d, Abdullah A.A.A. Al-Rashede
, Mohamed Naceur Borjinia
, Nidal Abu-Hamdehc
Frontiers in Heat and Mass Transfer, Vol.8, pp. 1-9, 2017, DOI:10.5098/hmt.8.33
Abstract A computational study has been made for a three dimensional double diffusive convection with molten Pb-Sn by using finite volume method. In this
work, two vertical walls have different temperature and different concentration while remaining walls are adiabatic. Buoyancy ratio, which changes
between N = -0.1 and -10, is the main governing parameter during work. Other parameters are taken as fixed with Pr = 0.02, Le = 7500 and Ra =
5×103
. It is found that changing of buoyancy parameter becomes more effective on heat transfer than that of mass transfer. More >
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