Buoyancy driven flow and slippage constraints influences on Casson hybridity nanofluid of Yamada-Ota and Xue type via rotating cone

Analysis of the extended two-hybrid nanofluid models: The Casson fluid with combination base (Ethylene Glycol) and two different nanoparticles is described in detail by Yamada-Ota Xue (CoFe 2 O 4 Mn-Zn Fe ). This considered to flow a rotating cone system, where tangential vector (x-axis), azimuthal (y-axis) normal are all part coordinate system (z-axis). thermal properties hybrid controlled slipping boundary conditions (velocity temperature components), porous media, buoyancy. To create collection ordinary differential equations (ODEs) from initial mathematical specification, similarity transformations used. Then, using specialized method, namely Galerkin finite element method (GFEM), these ODEs solved numerically. Finally, this research has produced graphical results velocity directions, as well dispersal. Additionally, under effect relevant regulating parameters, values skin friction coefficients, along dimensionless Nusselt number, tabulated. showed that radiation raises field while Darcy-Forchheimer parameter escalates for two-dimensional axes (x y). buoyancy ratio also upsurges frictional coefficient both x- y-components. number decreased managing variables like radiation, porosity, temperature).