3D numerical simulation of shell and multipass tube heat exchanger / Mohsen Abd-Essabour Belacel 

Public ISBD Titre : 3D numerical simulation of shell and multipass tube heat exchanger : parametric study Type de document : document multimédia Auteurs : Mohsen Abd-Essabour Belacel, Auteur ; Mohamed Ammar Benlarbi, Auteur ; Lakhdar Hachani, Directeur de thèse Editeur : Laghouat : Université Amar Telidji - Département de génie mécanique Année de publication : 2023 Importance : 65 p. Accompagnement : 1 disque optique numérique (CD-ROM) Note générale : Option : Energetics (Énergétique) Langues : Anglais Mots-clés : Heat exchanger  Shell and multipass tube  CFD software (ANSYS) Résumé : This work is mainly based on a full 3D predictive numerical simulation in a stationary regime using Ansys/Fluent CFD software to investigate the heat transfer performances of shell and multipass tube heat exchangers. The focus was on a comparative study between four different cases by changing the heat transfer fluids (oil and water) and their arrangement in terms of flow direction at the inlet and outlet (i.e., same or opposite directions). To accomplish this, we’ve examined the temperature distribution and fluid flow patterns within the heat exchanger and assessed its efficiency by estimating the heat transfer rate and energy consumption. Finally, we’ve discussed the ideal configuration in terms of thermal efficiency. note de thèses : Mémoire de master en génie mécanique 3D numerical simulation of shell and multipass tube heat exchanger : parametric study [document multimédia] / Mohsen Abd-Essabour Belacel, Auteur ; Mohamed Ammar Benlarbi, Auteur ; Lakhdar Hachani, Directeur de thèse . - Laghouat : Université Amar Telidji - Département de génie mécanique, 2023 . - 65 p. + 1 disque optique numérique (CD-ROM). Option : Energetics (Énergétique) Langues : Anglais Mots-clés : Heat exchanger  Shell and multipass tube  CFD software (ANSYS) Résumé : This work is mainly based on a full 3D predictive numerical simulation in a stationary regime using Ansys/Fluent CFD software to investigate the heat transfer performances of shell and multipass tube heat exchangers. The focus was on a comparative study between four different cases by changing the heat transfer fluids (oil and water) and their arrangement in terms of flow direction at the inlet and outlet (i.e., same or opposite directions). To accomplish this, we’ve examined the temperature distribution and fluid flow patterns within the heat exchanger and assessed its efficiency by estimating the heat transfer rate and energy consumption. Finally, we’ve discussed the ideal configuration in terms of thermal efficiency. note de thèses : Mémoire de master en génie mécanique

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