| Abstract: |
| This research article is about the investigation of buoyancy developed MHD slip flow, heat and mass transfer in an electrical conducting and chemical reactive fluid. In the present work it is considered that the flow past over a porous surface which behaves oscillation and translation motion, immersed in the porous medium of variable permeability
(time dependent) with heat source. Since the plate is porous there will be suction at the surface. We assumed unsteady suction velocity, variable temperature and concentration at the surface. The phenomena is
modeled in the form of partial differential equation of flow, heat transfer and mass transfer. These PDEs
are first transform into a system of ODEs by using some suitable transforms. The resultant system of ODEs
are then solve by using standard technique for solving second order differential equations. Further more we
have discussed the effect of various physical parameters with the help of graphs on the flow, heat and mass
transfer. |
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