The peristaltic motion of a third order fluid due to asymmetric waves propagating on the sidewalls
of a inclined asymmetric channel is discussed. The key features of the problem includes long-
wavelength and low-Reynolds number assumptions. A mathematical analysis has been carried out
to investigate the effect of slip condition, variable viscosity and magnetohydrodynamics (MHD).
Followed by the nondimensionalization of the nonlinear governing equations along with the non-
linear boundary conditions, a perturbation analysis is made. For the validity of the approximate
solution, a numerical solution is obtained using the iterative collocation technique.
کلید واژگان :
Variable viscosity; Slip conditions; Peristaltic flow; Third order fluid; Inclined asym- metric channel.
