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Flow structure and channel morphology at a natural confluent meander bend
James D. Riley,
Bruce L. Rhoads
Geography and Geographic Information Science
Earth Science and Environmental Change
Natural Resources and Environmental Sciences
Center for Global Studies
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Keyphrases
Bed Scour
20%
Bed Topography
20%
Channel Configuration
20%
Channel Morphology
100%
Combined Flow
20%
Conceptual Model
20%
Confluent Meander Bends
100%
Counter-rotating
20%
Cross-sectional Area
20%
Downstream Channel
40%
Experiment Modeling
20%
Experimental Field
20%
Experimental Modeling
20%
Flow Channel
100%
Flow Morphology
20%
Flow Motion
20%
Flow Separation
20%
Flow Structure
100%
Helical Motion
20%
High-velocity Flow
20%
Hydrodynamic Environment
20%
Junction Angle
20%
Long-term Stability
20%
Main River
20%
Meander Bend
20%
Meandering River
20%
Momentum Flux Ratio
20%
Morphological Structure
100%
Natural Rivers
20%
Numerical Modeling
20%
Point Bar
20%
Quasi-stable
20%
Stable Channel
20%
Straight Channel
20%
Three-dimensional Velocity
20%
Typical Patterns
20%
Velocity Components
20%
Engineering
Combined Flow
50%
Convergent
50%
Field Measurement
50%
Field Study
50%
Flow Channel
100%
Flow Separation
50%
Flow Structure
100%
Hydrodynamics
50%
Modeling Study
50%
Momentum Flux
50%
Numerical Modeling
50%
Planforms
100%
Term Stability
50%
Velocity Component
50%
Earth and Planetary Sciences
Channel Morphology
100%
Field Study
33%
Flow Structure
100%
Flow Velocity
33%
Laboratory Experiment
33%
Numerical Modeling
33%
Planforms
66%