Navier slip and suction/injection effects on oscillatory flow of nanofluid with fluid-particle interaction in a channel

In this paper, the slip and porosity effects on channel walls are studied for oscillatory flow of heat-absorbing/generating dusty nanofluid flowing through a porous medium. The is vertical exposed to transverse magnetic field thermal radiation. base fluid water with silver as nanoparticles. basic equations problem, which appeared be dimensional, remodelled in dimension-less form help non-dimensional variables. obtained solved analytically using variable separable method. graphs presented show impact these parameters fields, skin friction, heat transmission rate discussed detail. Results reveal that velocities particles suction greater than case injection. velocity upsurges improved values parameter.