Dusty memory fluid through a horizontal channel with energy transfer

An unsteady motion of dusty memory fluid (governed by Walters liquid model B’) in horizontal channel with energy transfer has been carried out analytically. Both the channel walls are maintained at same fluidic temperature and concentration. The fluid flow inside the channel is guided by periodical pressure gradient. Viscosity helps to generate heat inside the system through energy dissipation. Dust particle’s motion is governed by Saffman model. Governing equations of motion are solved analytically using perturbation technique. The influence of various flow parameters on Sherwood number, Nusselt number and shearing stress are discussed with the aid of tables.