Studies on Shell and Tube Heat Exchanger Analysis: A Review

Heat exchanger (HX), a device used for transferring energy in the form of heat among two or more fluids of varying temperatures that are in contact thermally with each other. Most adopted heat transfer devices in industries are Shell and Tube Heat Exchangers (S&T HXs) therefore they are most co...

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Main Author: Yatna Bhagat
Format: Article
Language:English
Published: Journal of advanced mechanical sciences 2023-06-01
Series:Journal of Advanced Mechanical Sciences
Subjects:
Online Access:http://research.jamsjournal.com/index.php/jamsjournal/article/view/39
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author Yatna Bhagat
author_facet Yatna Bhagat
author_sort Yatna Bhagat
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description Heat exchanger (HX), a device used for transferring energy in the form of heat among two or more fluids of varying temperatures that are in contact thermally with each other. Most adopted heat transfer devices in industries are Shell and Tube Heat Exchangers (S&T HXs) therefore they are most common in many industrial applications such as HVAC, air treatment, refrigeration, and space heating and are also used in power plants, chemical plants, and Process Industries. This paper presents an analysis of research on shell and tube type HX, various correlations of its performance analysis, and improving heat transfer by changing various parameters, such as the effect of the diameter of the Shell, length of the tube, pitch, tube passage, baffle clearance, baffle cut, on the heat transfer coefficient (htc), loss of pressure on the side of the shell with the triangular, square pitch.
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spelling doaj.art-dc265970a6394ae290b087685178a58f2023-08-26T05:42:55ZengJournal of advanced mechanical sciencesJournal of Advanced Mechanical Sciences2583-37902023-06-0122Studies on Shell and Tube Heat Exchanger Analysis: A ReviewYatna Bhagat0Mechanical Department, Thermal Power Engineering, NIT Tiruchirappalli, Tamil Nadu, India. Heat exchanger (HX), a device used for transferring energy in the form of heat among two or more fluids of varying temperatures that are in contact thermally with each other. Most adopted heat transfer devices in industries are Shell and Tube Heat Exchangers (S&T HXs) therefore they are most common in many industrial applications such as HVAC, air treatment, refrigeration, and space heating and are also used in power plants, chemical plants, and Process Industries. This paper presents an analysis of research on shell and tube type HX, various correlations of its performance analysis, and improving heat transfer by changing various parameters, such as the effect of the diameter of the Shell, length of the tube, pitch, tube passage, baffle clearance, baffle cut, on the heat transfer coefficient (htc), loss of pressure on the side of the shell with the triangular, square pitch. http://research.jamsjournal.com/index.php/jamsjournal/article/view/39Baffle spacingHeat exchangerPressure lossShell diameter
spellingShingle Yatna Bhagat
Studies on Shell and Tube Heat Exchanger Analysis: A Review
Journal of Advanced Mechanical Sciences
Baffle spacing
Heat exchanger
Pressure loss
Shell diameter
title Studies on Shell and Tube Heat Exchanger Analysis: A Review
title_full Studies on Shell and Tube Heat Exchanger Analysis: A Review
title_fullStr Studies on Shell and Tube Heat Exchanger Analysis: A Review
title_full_unstemmed Studies on Shell and Tube Heat Exchanger Analysis: A Review
title_short Studies on Shell and Tube Heat Exchanger Analysis: A Review
title_sort studies on shell and tube heat exchanger analysis a review
topic Baffle spacing
Heat exchanger
Pressure loss
Shell diameter
url http://research.jamsjournal.com/index.php/jamsjournal/article/view/39
work_keys_str_mv AT yatnabhagat studiesonshellandtubeheatexchangeranalysisareview