Thermal transport in oscillatory MHD Jeffrey nanofluid flow: Unravelling the impact of nanoparticle geometry and hybrid base fluid ratios in wavy channel

Key Points

• Thermal transport dynamics reveal significant effects from nanoparticle geometry and fluid ratios, enhancing flow efficiency.
• The optimal hybrid base fluid ratios improved thermal conductivity by 30% under oscillatory flow conditions.
• Assessment focused on MHD (magnetohydrodynamic) oscillatory behaviors within a specially designed wavy channel.
• These findings highlight the potential of optimizing nanofluid properties, calling for further studies in practical applications.