Numerical Study and Comparison of Two-dimensional Ferrofluid Flow in Semi-porous Channel under Magnetic Field

In this article, the equations governing constant ferromagnetic current are investigated. The Lorentz force restrains ferrofluid flow in a semi-porous valve. Analyzes were performed on three sub-particle fluids: kerosene and blood, water magnetite. Modeling Cartesian coordinate system using relevant was A slight thinning should be considered lower part of channel. This research has used two Akbari-Ganji methods (AGM) finite element method (FEM) to solve equations. Nonlinear differential solved above methods. model, effect changing Hartmann number Reynolds velocity derivatives shear stress fluid As increases, decreases both directions. changes different slip parameters, which shows opposite behavior for Also, insignificant volume fraction nanoparticles its results solving with compared HAM. obtained AGM FEM their comparison previous researches have led complete agreement, efficiency techniques research.