Unsteady Falkner-Skan flow of Hybrid Nanofluid over a Nonlinear Moving Wedge

The efficient heat transfer performance of hybrid nanofluid making the fluid crucial in many industrial applications like exchangers, nuclear reactors, automotive cooling systems, and most manufacturing processes. This study aims to uncover properties an unsteady Falkner-Skan flows over a nonlinear moving wedge with convective boundary condition. water-based that is considered this research composite nanoparticles copper (Cu) alumina (Al2O3). governing partial differential equations are transformed into set ordinary by applying suitable similarity variables. Then, numerically solved utilizing Keller-Box method. effects various pertinent parameters such as parameter, parameter angle on examined graphically presented. has enhanced velocity profile fluid. However, opposite tendency observed temperature profiles for increment parameter.