Wind Energy Design provides an understanding of how wind farm design impacts wind turbine performance and offers rigorous design optimization coverage. It explores the blade design features, including aerodynamics, structures, and environmental impact, that yield an efficient rotor.
Wind Energy Design provides an understanding of how wind farm design impacts wind turbine performance and offers rigorous design optimization coverage. It explores the blade design features, including aerodynamics, structures, and environmental impact, that yield an efficient rotor.
Dr. Thomas C. Corke is the Clark Chair Professor of Engineering in the Aerospace and Mechanical Engineering Department at the University of Notre Dame. He is currently the Director of the Hypersonics Systems Initiative at the University, and an Advisor to the Vice-President for Research. Dr. Corke is the Founding Director of the Notre Dame Institute for Flow Physics and Control (FlowPAC), a position he held for 18 years. He was also the third Director of the Notre Dame Hessert Laboratory for Aerospace Research, a position he held for 15 years, and under his direction significantly expanded the number of fluid dynamic research facilities through the addition of the 70,000 sqft White Field Laboratory. Dr. Corke is internationally recognized for his research in the areas of fluid instabilities and transition to turbulence, control of turbulent boundary layers, flow visualization techniques and flow control. He has been developing plasma actuators for more than 30 years and is considered a leading authority on plasma flow control, in which he holds 41 U.S. and International patents. In support of his hypersonic systems research, he has recently completed a large Mach 10 Quiet Wind Tunnel.
Inhaltsangabe
1. Introduction. 2. Atmospheric Boundary Layer and Wind Characteristics. 3. Introduction to Aerodynamics. 4. Aerodynamic Performance of a Wind Turbine Rotor. 5. Horizontal Wind Turbine Rotor Design. 6. Wind Turbine Control. 7. Structural Design. 8. Wind Farms. 9. Wind Turbine Acoustics. 10. Wind Energy Storage. 11. Economics. 12. Design Summary and Trade Study. 13. New Concepts. 14. Capstone Design - Deployable Wind Turbines for Disaster Response Missions. Appendix.
