Abstract:
Dans l'ensemble, ce mémoire offre une approche complète pour comprendre, concevoir et
analyser les échangeurs de chaleur tubulaires à coque. Il fournit des connaissances
approfondies sur les aspects théoriques, les méthodes de calcul, les simulations et les résultats
obtenus, contribuant ainsi à l'amélioration des performances et de l'efficacité de ces
équipements cruciaux dans l'industrie des échanges thermiques.
This thesis provides a comprehensive approach to understanding, designing, and
analyzing shell and tube heat exchangers. With a focus on theoretical aspects, calculation
methods, simulations, and obtained results, this research aims to enhance the performance and
efficiency of these critical components in the thermal exchange industry. Through in-depth
analysis, it offers profound insights, enabling professionals to better comprehend heat transfer
mechanisms and optimize the design of shell and tube heat exchangers. The obtained results
contribute to advancing industrial practices in thermal management, offering valuable
perspectives for improving energy performance and reducing operational costs associated
with these pivotal equipment. This thesis serves as an essential resource for researchers,
engineers, and industry practitioners, empowering them with a comprehensive understanding
and advanced methodologies to optimize shell and tube heat exchangers across various
applications industrial..
