The Effect of Wall'S Porous Liner on MHD Couette Flow of Carreau Fluid in an Inclined Channel under the Convective Conditions

Present work discusses the effects of channel wall thickness on MHD flow employing permeability effect on porous wall liner.Couette steady Carreau fluid flow in a parallel inclined plate's channel at an inclination λ to the horizontal.We also examined how tilted magnetic fields affect channel flow with slope angle β.We employ slip boundary conditions.Convective boundary conditions affect heat transmission.An incompressible Carreau fluid's governing system equations are in Cartesian coordinates.Low Reynolds number and negligible inertial effects progress the problem formulation.Similarity of nondimensional quantities converts flow controlling equations into conventional differentiation equations.Series solutions for axial velocity are obtained analytically by regular perturbation technique method (RPTM) when Weissenberg number is small, while the energy equation is solved numerically by "Explicit Euler" method with size step of (0.1).Plotting graphs shows the effects of Hartmann number, Darcy number, channel and magnetic field inclination angles, and others on velocity and temperature distributions by using Mathematica program software.