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Keyphrases
Boussinesq
50%
Channel Flow
50%
Control Network
50%
Drag-reducing
50%
Eddy Viscosity
50%
Flow Control
50%
Fluctuation Effects
50%
High Reynolds number
50%
Linearization
50%
Linearized Model
100%
Mean Velocity
100%
Model-based Approach
100%
Model-based Design
100%
Net Efficiency
50%
Numerical Experiments
50%
Numerical Simulation
100%
Optimal Frequency
50%
Oscillation
100%
Predictive Power
50%
Simulation-free
50%
Skin Friction Reduction
50%
Small Amplitude
50%
Spatial Power Spectrum
50%
Stochastic Forcing
50%
Transverse Wall
100%
Turbulence
50%
Turbulence Modeling
50%
Turbulent Drag
50%
Turbulent Drag Reduction
100%
Turbulent Energy Spectrum
50%
Turbulent Flow
100%
Turbulent Flow Structure
50%
Turbulent Viscosity
50%
Wall Movement
50%
Wall Oscillation
100%
Engineering
Boussinesq's Hypothesis
33%
Channel Flow
33%
Computer Simulation
66%
Drag Reduction
100%
Eddy Viscosity
33%
Energy Spectra
33%
Flow Structure
33%
Fluid Viscosity
33%
High Reynolds Number
33%
Induced Velocity
33%
Net Efficiency
33%
Numerical Experiment
33%
Optimal Frequency
33%
Power Spectra
33%
Skin Friction Drag
33%
Turbulence Modeling
33%
Turbulent Flow
100%
Earth and Planetary Sciences
Channel Flow
33%
Drag Reduction
100%
Eddy Viscosity
33%
Energy Spectra
33%
Flow Structure
33%
Friction Drag
33%
High Reynolds Number
33%
Inflow
33%
Numerical Simulation
66%
Power Spectra
33%
Skin Friction
33%
Turbulent Flow
100%
Physics
Channel Flow
33%
Drag Reduction
100%
Eddy Viscosity
33%
Energy Spectra
33%
Flow Control
33%
Numerical Simulation
66%
Power Spectra
33%
Reynolds Number
33%
Reynolds' Number
33%
Skin Friction Drag
33%
Turbulent Flow
100%
Chemical Engineering
Computer Simulation
100%
Turbulent Drag Reduction
100%
Material Science
Skin Friction Drag
33%
Turbulent Flow
100%