Unsteady Electro-Hydrodynamic Stagnating Point Flow of Hybridized Nanofluid via a Convectively Heated Enlarging (Dwindling) Surface with Velocity Slippage and Heat Generation

In (Al2O3-Cu/H2O) hybridized nanofluid (HYNF) is an unsteady electro-hydrodynamic stagnation point flow. A stretchable (shrinkable) surface that was convectively heated studied in the past. addition to traditional nonslip surface, heat generating (absorbing) and velocity slippage constraints are deliberated this research. An obtained nonlinear scheme resolved by homotopy analysis method. Governing parameters electric field parameters, is, dimensionless including magnetic parameter, Prandtl quantity, factor, Eckert factor. We discuss detail effects of these variables on movement problems thermal transmission characteristics. Increasing values magneto force increased temperature. number lowered For increase temperature recognized. The symmetric form geometry model displayed improved fluid flow same amount both above below streamline, while it decreased pressure level. more source uses HYNF over entire area, supplied plate, but with a sink, opposite effect observed.