Influence of air entrainment on the liquid flow field caused by a plunging jet
Influence of air entrainment on the liquid flow field caused by a plunging jet
Krepper, E.; Alt, S.; Renger, S.
During a jet gaseous bubbles are entrained. These bubbles influence the liquid flow field. The liquid flow field transports fibers in a sump geometry. Dependent on the flow situation different flow characteristics might occur. In the paper results of CFD calculations are presented and compared to experiments.
Keywords: plunging jet; two phase flow; gas entrainment; fiber transport
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Contribution to proceedings
Jahrestagung Kerntechnik 2009, 12.-14.05.2009, Dresden, Germany
Proceedings of the Annual Meeting of Nuclear Technology (CD-ROM), paper No. 220 -
Lecture (Conference)
Jahrestagung Kerntechnik 2009, 12.-14.05.2009, Dresden, Germany
Permalink: https://www.hzdr.de/publications/Publ-12043
Publ.-Id: 12043