An experimental study of the void fraction distribution in adiabatic water-air two-phase flows in an inclined tube.
Author(s) : SPINDLER K., HAHNE E.
Type of article: Article
Summary
A fibre optical probe is used to measure the radial distribution of void fraction and bubble frequency of adiabatic water-air flow in an inclined tube. Three typical void fractions distribution can be established for vertical two-phase flow: sliding bubble flow, coring bubble flow, and an intermediate type. The flow pattern transition can be seen in the change of equivalent bubble diameters.
Details
- Original title: An experimental study of the void fraction distribution in adiabatic water-air two-phase flows in an inclined tube.
- Record ID : 2000-1756
- Languages: English
- Source: Int. J. therm. Sci. - Rev. gén. Therm. - vol. 38 - n. 4
- Publication date: 1999/04
Links
See other articles in this issue (2)
See the source
Indexing
-
Themes:
Heat transfer;
Two-phase flow - Keywords: Two-phase flow; Bubble; Measurement; Inclined tube; Air; Mixture; Water
-
Upward bubbly flow in a small-diameter vertical...
- Author(s) : KASHINSKY O. N., GORELIK R. S., RANDIN V. V.
- Date : 1995/06
- Languages : English
- Source: Russ. J. eng. Thermophys. - vol. 5 - n. 2
View record
-
Adiabatic two-phase flow in narrow channels bet...
- Author(s) : ALI M. I., SADATOMI M., KAWAJI M.
- Date : 1993
- Languages : English
- Source: Can. J. chem. Eng. - vol. 71 - n. 5
View record
-
Two-phase flow regimes in narrow rectangular ve...
- Author(s) : WILMARTH T., ISHII M.
- Date : 1994/08
- Languages : English
- Source: International Journal of Heat and Mass Transfer - vol. 37 - n. 12
View record
-
Flow and heat transfer characteristics in a two...
- Author(s) : IMURA H., TAKESHITA K., HORIE Y., NODA K. I.
- Date : 1994
- Languages : Japanese
- Source: Trans. JAR - vol. 11 - n. 2
View record
-
Thermal characteristics of double-tube two-phas...
- Author(s) : FUKUDA K., NAKAGAWA K., OKABE K., HASEGAWA S., KONDOH T., TAMURA S.
- Date : 1992
- Languages : English
- Source: Heat Transf., Jap. Res. - vol. 21 - n. 2
View record