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

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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.

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Observational analysis reveals enhanced heat and mass transfer in Casson nanofluids, suggesting improved efficiency in specific flow conditions.

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Maiti et al. (2026) studied this question.

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