Flow visualization and LES simulations inside a chevron type plate heat exchanger

Title Flow visualization and LES simulations inside a chevron type plate heat exchanger
Author Peçenek, Erdem, Ertunç, Özgür, Senkal, C.
Publication Date: 2018
Publication Place - Begell House Inc.
Subject CPHE, LES, Turbulence, Visualization
Type Document
Language English
Digital Yes
Manuscript No
Library: Özyeğin University
Library Asset ID 978-156700468-7
Record ID 185219ca-de09-4361-9b98-53b5b1422899
Library Location Mechanical Engineering
Date 2018
Sample Text An up-scaled model of a single channel of CPHE was used under dynamically similar conditions for the experiments. In experiments, pressure drop measurements and flow visualizations were conducted with aluminum flitter and dye. For the numerical study, large eddy simulations are preferred in the turbulent regime which has the best fit with experiments. Also mixing inside the channel is analyzed and reported through numerical simulations. Results of this study exhibit flow structures differ from previous visualization studies with corrugated channels. The numerical results exhibit that LES estimates friction factor at high Reynolds numbers with maximum 5% error. Numerical visualizations are close the experimental visualizations in the study. Lastly mixing study exhibits that there is asymmetric mixing inside the channel.
DOI 10.1615/THMT-18.1270
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Flow visualization and LES simulations inside a chevron type plate heat exchanger

Author Peçenek, Erdem, Ertunç, Özgür, Senkal, C.
Publication Date 2018
Publication Place - Begell House Inc.
Subject CPHE, LES, Turbulence, Visualization
Type Document
Language English
Digital Yes
Manuscript No
Library Özyeğin University
Library Asset ID 978-156700468-7
Record ID 185219ca-de09-4361-9b98-53b5b1422899
Library Location Mechanical Engineering
Date 2018
Sample Text An up-scaled model of a single channel of CPHE was used under dynamically similar conditions for the experiments. In experiments, pressure drop measurements and flow visualizations were conducted with aluminum flitter and dye. For the numerical study, large eddy simulations are preferred in the turbulent regime which has the best fit with experiments. Also mixing inside the channel is analyzed and reported through numerical simulations. Results of this study exhibit flow structures differ from previous visualization studies with corrugated channels. The numerical results exhibit that LES estimates friction factor at high Reynolds numbers with maximum 5% error. Numerical visualizations are close the experimental visualizations in the study. Lastly mixing study exhibits that there is asymmetric mixing inside the channel.
DOI 10.1615/THMT-18.1270
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