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Unsteady Electromagnetic Free Convection Micropolar Fluid Flow through a Porous Medium along a Vertical Porous Plate

Unsteady electromagnetic free convection flows of two-dimensional micropolar 
fluid through in a porous medium parallel to a vertical porous plate have been investigated 
numerically. Similarity analysis has been used to transform the governing equations 
into its non-dimensional form by using the explicit finite difference method to 
obtain numerical solutions. Estimated results have been gained for various values 
of Prandtl number, Grashof number, material parameters, micropolar parameter, electric 
conductivity, electric permeability, thermal relaxation time and the permeability 
of the porous medium. The effects of pertinent parameters on the velocity, electric induction, magnetic induction, 
microrotation and temperature distributions have been investigated briefly and illustrated graphically.