MHD CONVECTIVE HEAT AND MASS TRANSFER THROUGH AN AXIALLY VARYING PIPE WITH SORET EFFECT

Abstract

We analyse the combined heat and mass transfer of an electrically conducting viscous fluid in a corrugated pipe
in the presence of a constant heat source. A non –uniform temperature is maintained on the boundary. Taking the
slope  of the boundary of the pipe as a perturbation parameter, the equations governing the flow, heat, mass
transfer and magnetic induction have been solved. The velocity, temperature, and concentration have been
evaluated for variations in the different governing parameters. The effect of the various governing parameters
on flow, heat and mass transfer has been exhibited through various profiles of velocity, temperature and
concentration distributions.