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The effects of g-jitter induced and combined with heat and mass transfer by mixed convection in microgravity situation on MHD flow second grade fluid in porous space is investigated for a particular system. This system consists of two heated vertical parallel infinite flat plates held at constant but different temperatures and concentrations. By using modified Darcy’s law, the equations governing the flow are modelled. These equations are solved analytically for the induced velocity, temperature and concentration distributions. Similar result in the relevant literature relating to Newtonian fluid is also obtained as a special case of the present solution. Finally particular attention is given to the graphical results for the velocity profiles of the oscillating flow in the channel. The analysis on the variations of embedded flow parameters in the solution expressions are presented and discussed.

Effects of G-Jitter Combined with Heat and Mass Transfer by Mixed Convection MHD Flow of a Second Grade Fluid in a Porous Medium