Monday, June 18, 2007
Today wanna to bring to you a good article (i think) related to Heat Exchanger...
Effectively Design Shell-and Tube Heat Exchanger
This article explains the basics of exchanger thermal design, covering topics such as: Shell and Tube Heat Exchanger (STHE) components; classification of STHEs according to construction and according to service; data needed for thermal design; tube side design; shell side design, including tube layout, baffling, and shell side pressure drop; and mean temperature difference. The basic equations for tube side and shell side heat transfer and pressure drop are well known; here we focus on the application of these correlations for the optimum design of heat exchangers. A follow up article on advanced topics in shell-and-tube heat exchanger design, such as allocation of shell side and tube side fluids, use of multiple shells, over design, and fouling, is scheduled to appear in the next issue.
Effectively Design Shell-and Tube Heat Exchanger
This article explains the basics of exchanger thermal design, covering topics such as: Shell and Tube Heat Exchanger (STHE) components; classification of STHEs according to construction and according to service; data needed for thermal design; tube side design; shell side design, including tube layout, baffling, and shell side pressure drop; and mean temperature difference. The basic equations for tube side and shell side heat transfer and pressure drop are well known; here we focus on the application of these correlations for the optimum design of heat exchangers. A follow up article on advanced topics in shell-and-tube heat exchanger design, such as allocation of shell side and tube side fluids, use of multiple shells, over design, and fouling, is scheduled to appear in the next issue.
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Labels: Design, Heat Exchanger, Shell-and-Tube Heat exchanger
posted by Webworm, 6:31 PM
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