Urban Wind Turbines: A Feasibility Study

Keyphrases

• Wind Speed 100%
• Urban Wind Turbine 100%
• Building Integrated 100%
• CFD Modeling 66%
• Noise Vibration 66%
• Roof-mounted 66%
• Energy Yield 66%
• Wind Regime 66%
• Bespoke 33%
• Detrimental Effects 33%
• Wind Power 33%
• Vibration Data 33%
• Vibration Level 33%
• Urban Problems 33%
• Surrounding Environment 33%
• CO2 Emissions 33%
• Noise Control 33%
• Natural Frequency 33%
• Acoustic Testing 33%
• Noise Level 33%
• Large Building 33%
• Noise Survey 33%
• Vibration Control 33%
• Efficient Buildings 33%
• Close Proximity 33%
• Optimization Control 33%
• Architectural Design 33%
• Acoustic Environment 33%
• Wind Profile 33%
• Noisy Data 33%
• Rooftop 33%
• Installation Cost 33%
• Return on Investment 33%
• Analysis Procedure 33%
• Yield Potential 33%
• Assessment Procedures 33%
• Atmospheric Data 33%
• Vibration Transmission 33%
• Building Integrated Wind Turbine 33%
• CFD Analysis 33%
• Wind Data 33%
• Gust 33%
• Residential Hall 33%
• Noise Modeling 33%
• Noise Regime 33%
• Anemometry 33%
• Planning Assessment 33%
• Turbine Selection 33%
• Turbine Housing 33%
• Vibration Evaluation 33%
• Urban Site 33%
• Hub Height 33%
• Speed Range 33%
• Local Noise 33%
• Profiling Method 33%
• Turbine Optimization 33%
• Rooftop Wind Turbine 33%
• Tower-line System 33%
• Operating Range 33%

Engineering

• Computational Fluid Dynamics 100%
• Feasibility Study 100%
• Compressed Air Motors 100%
• Energy Yield 50%
• Engineering 25%
• Vibration Control 25%
• Detrimental Effect 25%
• Wind Power 25%
• Surrounding Environment 25%
• Installation Cost 25%
• Efficient Building 25%
• Close Proximity 25%
• Building-Integrated Wind Turbine 25%
• Operating Range 25%
• Architectural Design 25%
• Resonant Frequency 25%