Aerodynamic and aeroacoustic evaluation of slat and slot separation control on a small-scale HAWT: A computational study

Keyphrases

• Aerodynamics 100%
• Aeroacoustics 100%
• Slat 100%
• Computational Study 100%
• Small Horizontal Axis Wind Turbine 100%
• Separation Control 100%
• Control Method 50%
• Slot Allocation 50%
• Sound Pressure Level 25%
• Environmental Impact 25%
• Benchmark Model 25%
• Effective Solutions 25%
• Rotor 25%
• Clean Energy 25%
• Maximum Power 25%
• Flow Separation 25%
• Renewable Resources 25%
• Noise Control 25%
• Power Noise 25%
• Power Output 25%
• Aerodynamic Efficiency 25%
• Energy Gain 25%
• Wind Energy System 25%
• Power Gain 25%
• Inflow Conditions 25%
• Control Requirements 25%
• Innovative Technologies 25%
• SST Turbulence Model 25%
• High Wind Speed 25%
• Balanced Performance 25%
• Output Increase 25%
• Gain Control 25%
• S809 25%
• Multiple Inflows 25%
• Moving Reference Frame 25%
• Passive Flow Separation Control 25%
• Control Slot 25%
• Sliding Mesh 25%
• Urban Energy Demand 25%
• Mesh Motion 25%
• Promising Solution 25%
• Aeroacoustic Analysis 25%
• Noise Gain 25%
• Small-scale Wind Energy 25%

Engineering

• Aerodynamics 100%
• Separation Control 100%
• Horizontal Axis Wind Turbine 100%
• Flow Separation 66%
• Reference Frame 33%
• Sound Pressure Level 33%
• Rotors 33%
• Wind Power 33%
• Renewable Resource 33%
• Energy Systems 33%
• Effective Solution 33%
• Energy Demand 33%
• Aerodynamic Efficiency 33%
• Clean Energy 33%
• Power Output 33%
• Energy Gain 33%
• Power Gain 33%
• High Wind Speed 33%
• Noise Gain 33%
• Sliding Mesh 33%
• Blade Span 33%
• Mesh Motion 33%