Homotopy simulation of oscillatory powell–eyring nanofluid under rotating MHD Forces with Hall–ion slip and thermophoretic deposition

Key Points

• Oscillatory flow behavior is altered significantly under magnetohydrodynamic forces, enhancing thermal management.
• Key metrics reveal increased efficiency in heat transfer processes, particularly under Hall–ion slip conditions.
• Assessment using homotopy simulation explores complex fluid dynamics in nanofluids and their properties.
• These findings highlight the potential for optimizing nanofluid applications in engineering and technology.