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Key Points

• The study aims to explore the dynamics of fluid flow and heat transfer in conical Taylor-Couette systems under radial temperature variations.
• Utilized computational fluid dynamics to model conical Taylor-Couette flow
• Assessed the impact of radial temperature differences on flow behavior
• Analyzed variations in heat transfer characteristics under different conditions.
• Identified significant changes in fluid behavior due to temperature differences
• Observed enhanced heat transfer rates in the system
• Provided quantitative data on flow patterns and heat transfer efficiency.