The effect of slip condition on heat transfer of MHD oscillatory third orderfluid flow in a channel filled with porous medium

Abstract

The combined effect of a transverse magnetic field and radiative heat transfer to
unsteady flow of a conducting optically third order fluid through a channel filled with
saturated porous medium and non-uniform walls temperature is investigated.It is
assumed that the no-slip condition between the wall and the fluid remains no longer
valid. The third order fluid equations of continuity momentum and energy are obtained.
Analytical solutions for problem are established.The effect of wall slip on velocity field
is presented by figures. The basic properties of the flow are studied.