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The work aims to analyze hybrid nanofluid flow over a rotating cylinder, focusing on melting effects and thermal transport mechanisms.

Computational Study of Melting Effects on Hybrid Nanofluid Flow Over a Rotating Cylinder with Solar Energy Applications

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The work aims to analyze hybrid nanofluid flow over a rotating cylinder, focusing on melting effects and thermal transport mechanisms.
Examine hybrid nanofluid flow with melting phenomenon and velocity slip.
Investigate thermal and mass transportation with convection and radiation effects.
Convert governing PDEs to a system of ODEs and solve numerically using MATLAB's bvp4c method.
Analyze key parameters such as magnetic fields and nanoparticle geometry.
Increased thermal transportation is observed with higher thermal radiation levels.
Greater melting factors and velocity slip parameters correlate with decreased Reynolds numbers.
The curvature parameter enhances the velocity profile values, improving fluid transport characteristics.

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Computational study investigates hybrid nanofluid flow and melting effects in solar energy systems, indicating potential efficiency improvements.

Abid et al. (2026) studied this question.

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Computational study investigates hybrid nanofluid flow and melting effects in solar energy systems, indicating potential efficiency improvements.