Non‐Newtonian fluid flow with the influence of induced magnetic field through a curved channel under peristalsis
A. Magesh, P. Tamizharasi, R. Vijayaragavan
Abstract
Abstract In this study, we investigated the influence of the induced magnetic field on the Jeffrey fluid under peristalsis through the curved channel. The governing equations, such as the continuity equation, momentum equation, and magnetic force functions, are formulated. The lengthy equations are shortened by considering the approximations of the tiny Reynolds number and the long wavelength. From the resulting reduced equations, the exact solution is determined. Graphs are used to explain the graphical results of the impact of important parameters of velocity, magnetic force function, current density, induced magnetic field, pressure rise, and stream functions.
Topics & Concepts
Magnetic fieldPeristalsisReynolds numberMechanicsPhysicsStream functionNewtonian fluidFlow (mathematics)Classical mechanicsMomentum (technical analysis)Current (fluid)WavelengthFluid dynamicsMathematicsOpticsChemistryThermodynamicsTurbulenceEconomicsFinanceVortexBiochemistryVorticityQuantum mechanicsNanofluid Flow and Heat TransferFluid Dynamics and Turbulent FlowsHeat Transfer Mechanisms