Melting Heat Transition in a Spinning Flow of Silver-Magnesium Oxide/Engine Oil Hybrid Nanofluid Using Parametric Estimation

This study reports the three-dimensional (3D) flow of Ag-MgO hybrid nanofluid (HNF) over a spinning disc flexible thickness in presence modified Fourier law. The HNF is contained silver and magnetic nanoparticulate base fluid engine oil. energy transition has been examined involvement melting heat propagation. highly nonlinear system partial differential equations (PDEs) processed by adopting proper similarity conversions to attain coupled ODE system. obtained modeled numerically solved employing Parametric Continuation Method (PCM). nature various constraints, as opposed velocities, energy, mass transmission, portrayed described. In comparison simple flow, nanoliquid flow’s velocity conduction are observed have significant influence. As result, functionality significantly superior that conventional nanofluid. positive variation power-law exponent n Reynold number id="M2"> Re enhances velocity. effect both coefficient thermal relaxation term reduces temperature.