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Bioconvective Casson fluid flow over a slender needle under magnetic dipole influence: Coupled thermal and chemical transport analysis DI D. Iranian FM F. Mebarek-Oudina Saveetha University DK Dr. S. Prasanna Karthik
See all Key Points Bioconvective casson fluid flow reveals enhanced thermal and chemical transport effects, The study notes that magnetic dipole influence results in notable flow characteristics, Analysis of the coupled thermal and chemical transport mechanisms uses simulation techniques, The findings may enable improved designs in bioconvection-related applications, highlighting interactions.
Iranian et al. (Thu,) studied this question.
Bioconvective Casson fluid flow over a slender needle under magnetic dipole influence: Coupled thermal and chemical transport analysis | Synapse
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