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The flow an  heat transfer on the unstea y laminar mixe  convection boun ary layer in a micropolar flui  past a vertical we ge have been stu ie  taking into account the effect of magnetic fiel . We assume that the free stream velocity an  surface temperature oscillate in magnitu e but not in the  irection of the oncoming flow velocity. The governing equations have been solve  numerically by using the straight forwar  finite  ifference metho . The amplitu es of skin friction an  couple stress are foun  to be significantly  epen ent on the Richar sons number, Ri , the magnetic parameter, M , an  the vortex viscosity parameter, K . We observe that the amplitu es of skin friction an  couple stress increases owing to an increase of the Richar sons number, Ri , while these become lower for the higher value of the magnetic parameter, M , an  the vortex viscosity parameter, K . Also the results  emonstrate that the effects of the parameters on the amplitu es of heat transfer are rather weak. Dhaka Univ. J. Sci. 64(1): 65-70, 2016 (January)

MHD Mixed Convection Flow of a Micropolar Fluid Past a Wedge Fixed in a Fluctuating Free Stream and Surface Temperature