Effects of slip condition in the channel flow of nanofluid

This research highlights the magnetohydrodynamic (MHD) effects on the flow of viscous nanofluid in a channel with velocity, thermal and concentration slips. The whole system is considered in the rotating frame of reference. Mathematical model is based on the physical laws explaining the phenomena of heat and mass transfer. The Brownian motion effects are analyzed. Analytic solution is obtained in the form of series. Graphical description is given for the convergence of analytic solutions and flow behavior of physical parameters on the velocity, temperature and the concentration of nanoparticles.