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The present analysis is made to investigate the effects of heat source and thermal diffusion on an unsteady free convection flow along a porous vertical plate in a rotating system. The plate is subjected to constant heat and mass flux also. The problem is solved analytically and expressions for velocity. Energy and temperature profiles, skin friction and Nusselt number are obtained. The effects of different parameter entered in the problem are discussed on the primary and secondary velocities, temperature and concentration distributions, primary and secondary skin frictions and Nusselt number with the help of tables and graphs.

iosr journal of mathematics

Effects Of Heat Source And Thermal Diffusion On An Unsteady Free Convection Flow Along A Porous Plate With Constant Heat And Mass Flux In A Rotating System Under Slip Boundary Condition