Heat and mass transfer in MHD Bio-convective radiative flow of Casson nanofluids over plate, wedge and stagnation-point geometries

Key Points

• Enhanced heat transfer occurs in Casson nanofluids due to MHD effects and bio-convection, improving efficiency in relevant applications.
• The study notes that using wedge and stagnation-point geometries significantly impacts heat and mass transfer rates observed in simulations.
• Analysis includes variation in flow characteristics with respect to both geometries and fluid properties, yielding important insights into fluid behavior.
• Results highlight the importance of understanding bio-convective flows in optimizing heat transfer systems, aiding in future engineering applications.