Fluid Flow and Heat Transfer Analysis of Quadratic Free Convection in a Nanofluid Filled Porous Cavity

The involvement of non-linear convection effects in a natural convective fluid flow and heat transfer along with the magnetic field porous cavity is studied numerically. Cu-water filled higher temperature at left wall lower right wall. governing equations are organized to achieve required by using two-dimensional energy, continuity momentum. Vorticity-stream function based dimensionless solved finite difference techniques. results discussed for various parameters such as Darcy number, parameter, Hartmann Rayleigh number solid volume fraction nanoparticles. An augment streamline velocity observed increasing parameter number. has lesser effect on numbers. Diminished intensity reduction noted an increase strength applied irrespective parameter.