Modeling and validation of a cross flow turbine using free vortex models and an improved 2D lift model

Engineering

• Models 100%
• Validation 100%
• Flow Turbine 100%
• Vortex Model 100%
• Free Vortex 100%
• Turbine 66%
• Performance 33%
• Speed Ratio 33%
• Accuracy 16%
• Numerical Model 16%
• Rotors 16%
• Element Method 16%
• Blade Element 16%
• Foundations 8%
• Installation 8%
• Determines 8%
• Experiments 8%
• Pressure Gradient 8%
• Characteristics 8%
• Design Alternative 8%
• Prediction 8%
• Cavitation 8%
• Environmental Impact 8%
• Environment 8%
• Aerodynamic Load 8%
• Flow Speed 8%
• Vortex 8%
• High Angle 8%
• Angle-of-Attack 8%
• Computational Expense 8%
• Numerical Method 8%
• Limiting Value 8%
• Power Coefficient 8%
• Lower Pressure 8%
• Prior Model 8%
• Ecosystems 8%
• Lifting Line 8%
• Tidal Power 8%
• Hydrodynamic Performance 8%
• Coastal Area 8%
• Hydrofoil 8%
• Induced Velocity 8%
• Free Stream Velocity 8%

Physics

• Model 100%
• Eddy 100%
• Turbine 100%
• Cross Flow 100%
• Ratios 40%
• Performance 33%
• Speed 20%
• Tip Speed 20%
• Pressure Gradient 13%
• Value 13%
• Information 13%
• Area 13%
• Impact 13%
• Wakes 13%
• Numerical Model 13%
• Estimates 6%
• Coefficients 6%
• Mathematical Method 6%
• Environment 6%
• Alternatives 6%
• Independent Variables 6%
• Aerodynamics 6%
• Approximation 6%
• Free Flow 6%
• Shears 6%
• Feeding 6%
• Drag 6%
• Low Pressure 6%
• Angle of Attack 6%
• Fauna 6%
• Fish 6%
• Cavitation Flow 6%
• Hydrofoils 6%
• Hydrodynamics 6%