The Impact of Inclined Magnetic Field on Streamlines in a Constricted Lid-Driven Cavity
Merve GÜRBÜZ ÇALDAĞ,
Ebutalib ÇELİK
Abstract:The influence of oriented magnetic field on the incompressible and electrically conducting flow is investigated in a square cavity with a moving top wall and a no-slip constricted bottom wall. Radial basis function (RBF) approximation is employed to velocity-stream function-vorticity formulation of MHD equations. Numerical results are shown in terms of streamlines for different values of Hartmann number M, orientation angle of magnetic field ϴ and the height of the constricted bottom wall hc with a fixed Rey… Show more
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