Influence of Peristaltic Flow And Brownian Motion Of Jeffery Nanofluid In A Tapered Asymmetric Channel

In this research, the impact of magnetic field peristaltic transport and Brownian movement of Jeffery nanofluid in a tapered symmetric channel is examined under the hypotheses of long wave length and low Reynolds number. The nondimensional nonlinear momentum and concentration equations numerically are solved. Graphically results are utilised to show the force of several coefficients against the axial velocity, temperature profile, and concentration of nanoparticle. The results were compared with other research.