Effects of Slip and Inclined Magnetic Field on the Flow of Immiscible Fluids (Couple Stress Fluid and Jeffrey Fluid) in a Porous Channel

In this paper, we study the flow of two immiscible fluids namely, couple stress fluid and Jeffrey in a porous channel. Instead classical no-slip conditions on boundaries, used slip boundary conditions, which are more realistic meaningful. addition, inclined magnetic field effects flow. The flowing adjacent to each other region I II, respectively, horizontal nondimensionalized governing equations solved analytically by using at lower upper boundaries interface fluid-fluid interface. analytical expressions for velocity components both regions obtained closed form. parameter, Hartmann number, angle inclination, Darcy number investigated. absence slip, parameters, limiting cases discussed.