Mixed Convection Magnetic Nanofluid Flow past a Rotating Vertical Porous Cone

Magnetic nanofluids (MNFs) have been the focus of extensive research nowadays owing to their potential usefulness as a transfer medium. This study is concerned with boundary layer flow and heat MNF past rotating vertical cone embedment porosity regime mixed convection. The buoyancy opposing on combined free forced convection being emphasized in this evaluate behavior fluid within region predict point transition. initial formulation model simplified appropriately by employing suitable similarity transformation. package bvp4c MATLAB employed execute numerical solutions. Analysis stability also reported. Due parameter, contributes towards two different alternative solutions, but second solution not stable. A higher local Nusselt number are achieved increasing concentration magnetic nanofluid up 2% enlarging parameter under influence cone. It has established that addition cobalt ferrite nanoparticles (MNPs) proven ability enhancing thermal performance fluid.