Hydrothermal and entropy analysis of micro-polar NEPCM with exothermic reactions and magnetic fields

Hydrothermal and entropy analysis of micro-polar NEPCM with exothermic reactions and magnetic fields

<p>Efficient thermal energy storage systems in solar collectors require enhanced heat transfer mechanisms. This study examines convective heat transfer in a partially porous evacuated tube solar collector manifold using phase change materials, magnetic fields, and porous media. The investigati...

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Bibliographic Details
Main Author: Ahmed M. Hassan (8893106) (author)
Other Authors: Mohammed Azeez Alomari (20482592) (author), Hawkar Qsim Birdawod (20602424) (author), Farah Q.A. Alyousuf (20602427) (author), Faris Alqurashi (20482595) (author), Mujtaba A. Flayyih (20482598) (author), Abdellatif M. Sadeq (16931841) (author)
Published: 2025
Subjects:
Engineering
Electrical engineering
Fluid mechanics and thermal engineering
Phase change material
Frank-kameneteskii
Double-diffusive
Entropy
Solar collector
Nano-encapsulated
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