An improved model for predicting the performance of a finned tube heat exchanger under frosting conditions, with frost thickness variation along the fin.
Author(s) : TSO C. P., CHENG Y. C., LAI A. C. K.
Type of article: Article
Summary
The model presented is able to predict the dynamic behaviour of an air cooler both under non-frost and frost conditions. Comparisons were made based on the frost mass accumulation, pressure drop across coil and energy transfer coefficient, and results were found to agree well with reported experimental results.
Details
- Original title: An improved model for predicting the performance of a finned tube heat exchanger under frosting conditions, with frost thickness variation along the fin.
- Record ID : 2006-1444
- Languages: English
- Source: Applied Thermal Engineering - vol. 26 - n. 1
- Publication date: 2006/01
Links
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Indexing
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Themes:
Other air-conditioning equipment;
Heat transfer;
Mass transfer - Keywords: Frosting; Finned tube; Air cooler; Performance; Modelling; Heat exchanger
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Air-side data interpretation and performance an...
- Author(s) : XIA Y., JACOBI A. M.
- Date : 2006/04
- Languages : English
- Source: International Journal of Heat and Mass Transfer - vol. 48 - n. 25-26
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Unsteady heat and mass transfer during frost fo...
- Author(s) : LENIC K., TRP A., FRANKOVIC B.
- Date : 2006/10/25
- Languages : English
- Source: Energija i okolis 2006. Medunarodni kongres: XX. znanstveni skup o energiji i zastiti ikolisa./ Energy and the environment 2006. International congress: 20th Scientific Conference on Energy and the Environment.
- Formats : PDF
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Theoretical analysis of fin efficiency with fro...
- Author(s) : YU B., FENG Y.
- Date : 2001/09/15
- Languages : English
- Source: CLIMA 2000. 7th REHVA World Congress, Naples 2001 [CD-ROM + Hard-copy abstracts].
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Research of dynamics of hoarfrost formation on ...
- Author(s) : LAGUTIN A. E., SELEZNEV V. A.
- Date : 2005
- Languages : Russian
- Source: Holodil'na Tehnika i TehnologiĆ¢ - n. 4
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Experimental investigation on the performance o...
- Author(s) : DENG D. Q., XU L., XU S. Q.
- Date : 2003/05
- Languages : English
- Source: Applied Thermal Engineering - vol. 23 - n. 7
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