ShareRefrigerant vaporization inside enhanced tubes: a heat transfer model.
Author(s) : CAVALLINI A., DEL COL D., DORETTI L., LONGO G. A., ROSSETTO L.
Summary
The proposed model takes into account the nucleate boiling and the forced convection contributions and the effect of the heat transfer surface geometry. The model has also been extended to zeotropic mixtures taking into account Thome (1994) correction for pool boiling and Bell and Ghaly (1973) correction for interphase mass and heat transfer. Results are compared with available data for R407C and R32/R134a mixtures. Agreement between experimental and calculated values is good.
Details
- Original title: Refrigerant vaporization inside enhanced tubes: a heat transfer model.
- Record ID : 2000-0128
- Languages: English
- Source: Heat transfer in condensation and evaporation: application to industrial and environmental processes. Preprints of the EUROTHERM Seminar 62.
- Publication date: 1998/11/17
- Document available for consultation in the library of the IIR headquarters only.
Links
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Indexing
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Using a cross-grooved inner surface for enhance...
- Author(s) : UCHIDA M., ITOH M., SIKAZONO N., et al.
- Date : 1999
- Languages : Japanese
- Source: Transactions of the Japan Society of Refrigerating and Air Conditioning Engineers - vol. 16 - n. 2
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Prediction of convective boiling characteristic...
- Author(s) : SAMI S. M., DESJARDINS D. E.
- Date : 2000/04
- Languages : English
- Source: Applied Thermal Engineering - vol. 20 - n. 6
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Flow-boiling heat transfer to refrigerants and ...
- Author(s) : YOSHIDA S., MORI H., HONG H.
- Date : 1993/12/06
- Languages : English
- Source: Proceedings of international seminar on heat transfer, thermophysical properties and cycle performance of alternative refrigerants.
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Heat transfer characteristics of ternary blends...
- Author(s) : SAMI S. M., TULEJ P. J., SONG B.
- Date : 1994
- Languages : English
- Source: Int. Commun. Heat Mass Transf. - vol. 21 - n. 4
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A new heat transfer coefficient correlation for...
- Author(s) : MEHENDALE S. S.
- Date : 2018/02
- Languages : English
- Source: International Journal of Refrigeration - Revue Internationale du Froid - vol. 86
- Formats : PDF
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