Numerical Report on Thermal Behaviour of Magnetic Hybrid Nanofluid Over a Stretched Surface with Brownian Motion and Thermophoresis Effects

Phonons are the main heat carriers in solids and Nickel based and Manganese based ferrite nano particles have very strong phonon crystal structures which makes them more effective for heat transfer applications. This current article explores the heat transfer in Nickel-zinc Ferrite (Ni-Zn〖Fe〗_2 O_4) , Manganese-zinc Ferrite (Mn-Zn〖Fe〗_2 O_4) nanoparticles with base fluid as Ethylene glycol (C_2 H_6 O_2).Mathematical model is solved by using shooting method and key factors friction at the surface and heat transfer is calculated and analysed with the help momentum, energy and concentration profiles. It is observed that for higher magnetic field strength velocity profile diminishes and friction coefficient decreases. Porosity parameter increases the temperature distribution.