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Gas transfer in a bubbly wake flow
A. Karn
,
J. S. Gulliver
, G. M. Monson
, C. Ellis
, R. E.A. Arndt
,
J. Hong
Civil, Environmental, and Geo- Engineering
St. Anthony Falls Laboratory
Aerospace Engineering and Mechanics
Mechanical Engineering
Research output
:
Contribution to journal
›
Conference article
›
peer-review
3
Scopus citations
Overview
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Keyphrases
Gas Transfer
100%
Wake Flow
100%
Bubbly Wake
100%
Bubble Size
75%
Hydrofoil
50%
Flow Condition
25%
Mean Velocity
25%
Water Gas
25%
Film Coefficient
25%
Liquid Film
25%
Weighted Mean
25%
Shadowgraphy
25%
Sauter Mean Diameter
25%
Turbulent Velocity
25%
Hydro Turbine
25%
High Angle of Attack
25%
Scale Coefficient
25%
Liquid Velocity
25%
Gas Transfer Models
25%
Low Gas Flow Rate
25%
Gas-water Two-phase Flow
25%
Engineering
Wake Flow
100%
Bubble Size
100%
Hydrofoil
66%
Flow Condition
33%
Film Coefficient
33%
Angle-of-Attack
33%
Reference Case
33%
Gas Flowrate
33%
Water Turbine
33%
Turbulent Velocity
33%
Liquid Velocity
33%
Scaling Coefficient
33%
Liquid Film
33%