A numerical analysis of the transport of modified hybrid nanofluids containing various nanoparticles with mixed convection applications in a vertical cylinder

The hybrid materials are an impressive class of nanofluids with exciting thermal outcomes and present applications in enhancing the heat transfer procedure, solar energy, extrusion processes, different engineering processes. current contribution aims to reflect improved mechanism phenomenon for nanofluids. Aluminum oxide, copper, copper oxide at solid volume fractions used report phenomenon. For base material, water is used. mixed convection also encountered. moving cylinder a stretched uniform velocity causes flow. slip convective boundary constraints observe flow nanofluid expressed via mathematical relations. shape factors nanomaterials presented. Keller box numerical method effective accuracy has been entertained simulation process. parameters model explained graphs.