MHD Free Convection Fluid Flow Through Parallel Plates with Hall Current in a Rotating System

An attempt has been made to study the influence of inclined magnetic field with hall current of a viscous incompressible electrically conducting free convection fluid flow through the parallel plates in a rotating system. The channel is rotating with uniform angular velocity about an axis normal to the plates. For numerical solution, the problems have been transferred into dimensionless form and then the explicit finite difference technique has been used. The stability conditions and convergence criteria of the explicit finite difference scheme are established for finding the restriction of the values of various parameters to get more accuracy. The effects of Rotation parameter, Hall parameter, Magnetic parameterand Angle of inclination on primary and secondary velocities have been shown in graphical representations. Finally the effects of these parameters have been analyzed by the figures of local shear stress and average current density at the moving plates of channel.