Magneto-hybrid nanofluid (〖Al〗_2 O_3 / Cu-Oil) flow in a porous square enclosure with Cattaneo-Christov heat flow model-sensitivity analysis

The rheological behaviour of nanofluids is an important specification that has a substantial impact on the system performance. effect inclined magnetic field mixed convection in square cavity through porous medium been numerically investigated current paper. Various levels thermal conductivity have maintained each wall throughout system. Additionally, Cattaneo-Christov heat flow model influenced energy equation. conservation equations for primary, secondary, and mass momentum, energy, nanoparticles with boundary conditions are dimensionless coupled to proper scaling transformations. To address nonlinear value problem, finite-difference computing methodology known as Harlow-Welch Marker Cell (MAC) method used. fundamental goal this research look at base fluids aforementioned effects. influence factors physical framework such Richardson number (Ri), Hartmann (Ha), Darcy (Da), Reynolds (Re), Prandtl (Pr) graphically. MATLAB software used obtain streamlined isothermal contours. findings indicate enhancement average Nusselt increase parameters. Furthermore, presence raises low values number. analyzed three stages number, it also found convection, holds better results. obtained outcomes compared well-known existing validate present work.