Behaviour of Casson fluid on three-dimensional Nanofluid flow past a porous stretching sheet: Magnetic field, Nanofluid flow and Multiple slip effects

Key Points

• The aim is to investigate the behavior of Casson fluid in three-dimensional nanofluid flow over a porous stretching sheet under the influence of a magnetic field and multiple slip effects.
• Mathematical modeling of Casson fluid and nanofluid interaction with a porous stretching sheet.
• Analysis of magnetic field effects and slip conditions on fluid dynamics.
• Simulation and numerical techniques applied to solve resulting equations.
• Observed significant effects of magnetic field on flow characteristics.
• Identified enhanced flow rates with varying slip conditions at the sheet surface.
• Demonstrated how nanofluid properties influence heat transfer rates in the system.