LAUSR

Computational modeling was employed to scrutinize the nanomaterial influence of flow patterns and thermal treatment within a porous region. Incorporating non-Darcy approach for porous region and inserting terms of Lorentz forces result the final equations which have been simulated via CVFEM. It should be note that homogeneous model with respect of former empirical correlations was involved for nanofluid modeling. Results revealed that temperature increment can be observed with impose of magnetic force while reverse trend occurs with rise of permeability. Diminution of convective flow occurs due to rise of Ha and results in lower Nu ave . Isotherms become more distorted as permeability augments but less distortion appears with rise of Ha.