A numerical approach to the modeling of Thompson and Troian slip on magnetized flow of <i>Al</i>₂<i>O</i>₃–<i>PAO</i> nanolubricant over an inclined rotating disk

In automotive fluids, hydraulic, gear, and bearing oils, as well in applications operating extremely high or cold temperatures, PAO is widely employed. present work, we have made an attempt to develop a mathematical model discuss the flow of magnetized [Formula: see text] nanolubricant over inclined rotating disk Darcy-Forchheimer porous medium with Thompson Troian slip at boundary. The effects mixed convection, nonlinear heat radiation, viscous dissipation, Joule heating, non-uniform source/sink are also included modeling. We solved proposed numerically help MATLAB built-in bvp-4c method after metamorphosing PDEs ODEs. enhancing values inertial parameter velocity decrease tangential radial velocities nanolubricant. temperature enhance significantly by strengthening magnetic field, whereas get retarded. parameters play vital role controlling transmission phenomenon. increasing Eckert number, radiation parameter, generation tend increase value Nusselt number. number drops rising Biot sink parameters.