Non-Fourier Approach to Analyze Ternary Nanofluid Flow on Curved Porous Surface

What is it about?

Ternary nanofluids exhibit exceptional thermal and rheological properties making them prime focus of research in science and engineering domains. This unique study on behaviour of ternary nanofluids on curved surface is particularly important due to its practical applications in advanced heat exchangers, aerodynamic systems and biomedical arenas involving complex geometries. Understanding of flow and heat transfer dynamics on complex surfaces leads to optimization of thermal management in compact systems.

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