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Modeling Total Dissolved Gas Concentration Downstream of Spillways
A. L. Urban
,
J. S. Gulliver
, D. W. Johnson
Civil, Environmental, and Geo- Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
54
Scopus citations
Overview
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Keyphrases
Spillway
100%
Dissolved Gas Concentration
100%
Total Dissolved Gas
100%
Water Surface
33%
Physical Processes
33%
Surface Transfer
33%
Air Entrainment
16%
Bubble Coalescence
16%
Hydraulic Conditions
16%
Operating Conditions
16%
Sensitivity Analysis
16%
Surface Roughness
16%
Gas Transfer
16%
Turbulent Condition
16%
Minor Differences
16%
Oxygen Concentration
16%
Flow Alteration
16%
Plunge Point
16%
Stilling Basin
16%
High Discharge
16%
Spillway Discharge
16%
Dissolved Concentration
16%
Bubble Profile
16%
Gas Prediction
16%
Bubble Breakup
16%
Tailwater Depth
16%
Localized Turbulence
16%
Anadromous Fish
16%
Gas Model
16%
Fish Migration
16%
Low Discharge
16%
Geometric Configuration
16%
Bubble Transfer
16%
Earth and Planetary Sciences
Dissolved Gas
100%
Spillway
100%
Physical Process
33%
Coalescing
16%
Surface Roughness
16%
Chemical Engineering
Bubble Coalescence
100%