Entropy Optimization and Thermal Behavior of a Porous System With Considering Hybrid Nanofluid

The aim of this research work is to study the performance hybrid eclectically conducting nanofluid (MWCNT-Fe 3 O 4 ) with entropy optimization impacts using CVFEM approach. 3D and contour plots are two types outcomes that extend discrepancy analyzed variables. Newtonian liquid presumed as a testing fluid, non-Darcy model employed simulate permeable domain. geometry has adiabatic walls one wavy hot wall unvarying flux, other kept at constant temperature. impact Brownian motion in considered. irreversibility effect also taken into account. This acts against system reduces efficiency system. To solve final equations higher accuracy, we utilized method CVFEM. validation results obtained through clearly graphically presented available literature. outputs simulation showed there an inverse relation between permeability Bejan Number, boundary layer thickness augments intensification Lorentz force. These variations form streamline, isotherm, various have been reported Ra=103 id="m2">Ra=105 for different values Da, Ha, id="m3">ϕ.