Electro-osmatic flow of Jeffrey fluid in an asymmetric micro-channel under the effect of Magnetic field

Abstract In this article, we have investigated the peristaltic transport of electro-osmotic flow Jeffrey fluid in an asymmetric channel, which walls are modulated by array patches. presence Electrical Debye Layer (EDL), Poisson Boltzmann equation for electrical potential within micro channel is considered. To evaluate potential, Debye-Huckel linearization employed governing equations modeled and reduce small Reynolds number long wavelength approximation solved exact solution. The axial velocity, temperature, pressure gradient, rise stream functions discussed with effects pertinent parameters (Hartmann number, Phase angle, relaxation time parameter) through graphs.