Investigation of Heat Transfer Improvement of Nanofluid Flows Utilizing Alumina Nanoparticles in Large Annulus Region of Cylinders Using CFD Simulation

Author:

Aldossary Saad,Bukharin Nikolay,Assoum Hassan H.,Sakout Anas,El Hassan Mouhammad

Publisher

Springer Nature Singapore

Reference16 articles.

1. Abdelrazek A, Alawi O, Kazi S, Yusoff N (2021) Thermal performance evaluation for alumina coated MWCNTs composite nanofluid in annular passage of various eccentricities. Powder Technol 391:114–132

2. Aldossary S, Sakout A, El Hassan M (2022) CFD simulations of heat transfer enhancement using Al2O3–air nanofluid flows in the annulus region between two long concentric cylinders. Energy Rep 8:678–686

3. Al-Kouz W, Alshare A, Alkhalidi A, Kiwan S (2016) Two-dimensional analysis of low pressure flows in the annulus region between two concentric cylinders. Springer plus 5:529

4. Al-Kouz W, Kiwan S, Alkhalidi A, Sari M, Alshare A (2018a) Numerical study of heat transfer enhancement for low-pressure flows in a square cavity with two fins attached to the hot wall using Al2O3-air nanofluid. J Mech Eng 64:26–36

5. Al-Kouz W, Al-Waked R, Sari M, Owhaib W, Atieh A (2018b) Numerical study of heat transfer enhancement in the entrance region for low-pressure gaseous laminar pipe flows using Al2O3–air nanofluid. J Mech Eng 10(7):1–11

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