An Exploratory Approach to Study Electro-Osmotic of Non-Newtonian Bio-Bi-Phase Flow Due to Peristaltic Transport of Particulate Fluid

The present article aims to probe the impacts of electro-magneto-hydrodynamics (EMHD) peristaltic flow in-compressible, dusty, non-Newtonian fluid in a hose predetermined dimension together with homogeneously scattered analogous rigid particles. In presence transversal static magnetic field, Navier-Stokes’s equations are employed design problem for particulate phase. Governing is simplified by approximation long wavelength and zero Reynolds number. analytical solution both velocities (solid-liquid) pressure rise computed using well known computational software Mathematica. Perturbation method extract resulting ordinary differential equations. Impacts different physical parameters, expansion trapped bolus velocity profile increasing Hartmann number displayed explained through graphs. Furthermore, skin friction noticed particle effect electro-osmotic parameter. This study may have greater significance viable applications improve quality micro-fluidic devices.