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A form of MHD universal equations of unsteady incompressible fluid flow with variable elctroconductivity on heated moving plate

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Author(s): Boričić Zoran | Nikodijević Dragiša | Milenković Dragica | Stamenković Živojin

Journal: Theoretical and Applied Mechanics
ISSN 1450-5584

Volume: 32;
Issue: 1;
Start page: 65;
Date: 2005;
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Keywords: MHD flow | general similarity method | electro-conductive fluid | flat plate

ABSTRACT
This paper deals with laminar, unsteady flow of viscous, incompressible and electro conductive fluid caused by variable motion of flat plate. Fluid electro conductivity is variable. Velocity of the plate is time function. Plate moves in its own plane and in "still" fluid. Present external magnetic filed is perpendicular to the plate. Plate temperature is a function of longitudinal coordinate and time. Viscous dissipation, Joule heat, Hole and polarization effects are neglected. For obtaining of universal equations system general similarity method is used as well as impulse and energy equation of described problem.
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