Mathematical Analysis of Two Phase Saturated Nanofluid Influenced by Magnetic Field Gradient

Nanofluids are composed of nano-sized particles dispersed in a carrier liquid. The present investigation’s aim is to examine theoretically the magneto-thermomechanical coupling phenomena heated nanofluid on stretched surface presence magnetic dipole impact. Fourier’s law heat conduction used evaluate transmission rate fluids ethylene glycol and water along with suspended nanoparticles cobalt–chromium–tungsten–nickel alloy magnetite ferrite. A set partial differential equations transformed into non-linear ordinary via similarity approach. computation performed Matlab by employing shooting technique. effect interaction velocity temperature boundary layer profiles attendant skin friction transfer analyzed. maximum minimum thermal energy rates computed for H2O-Fe3O4 C2H6O2-CoCr20W15Ni nanofluids. Finally, study’s results compared previously available data found be good agreement.