Numerical Investigation of Ferrofluid Flow at Lower Stagnation Point over a Solid Sphere using Keller-Box Method

In this paper, ferrofluid flow at lower stagnation point on solid sphere is investigated theoretically by considering mixed convection boundary layer flow. The surface exposed to the magnetic field and thermal radiation taking into account constant wall temperature conditions. discovery of existing near while flowing leads development phenomenology called magnetohydrodynamic. magnetite (Fe3O4) acts as nanoparticles dispersant suspended in water contained are assumed Newtonian fluid behave single-phase studied. These assumptions give physical insight behaviour be analysed discussed. Keller-box method applied solve transformed partial differential equations numerically. numerical results found viscosity measured from volume fraction main element provided trend velocity Besides, proven influence change