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Author:   Jin Chen ,  Quan Wang ,  China Science Publishing & Media Ltd. ,  China Science Publishing & Media Ltd.
Publisher:   De Gruyter
Imprint:   De Gruyter
Volume:   3
Weight:   0.873kg
ISBN:  

9783110344219

ISBN 10:   3110344211
Pages:   392
Publication Date:   04 December 2017
Audience:   Professional and scholarly ,  Professional & Vocational ,  Professional & Vocational
Format:   Hardback
Publisher's Status:   Active
Availability:   In stock  
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Table of Contents

Preface Key to Symbols Chapter 1 Overview of wind engineering • Introduction • Wind Turbine Airfoil Design Theory • Aerodynamic Shape Design of Blade • Composite Material Structural Design of Blade • Aero-elastic Study of Wind Turbine Blade Chapter 2 Aerodynamic Characteristic of Wind Turbine Airfoils • Introduction • Basic Theory of Wind Turbine Airfoils • Aerodynamic Characteristic of Airfoils • Stall Properties of Airfoils • Roughness Properties of Airfoils • Influence Between Geometry Parameter and Aerodynamic Characteristic • Influence Between Roughness and Aerodynamic Characteristic • Influence Between Reynolds Number and Aerodynamic Characteristic • Method of Predicting Airfoil Aerodynamic Performance Chapter 3 Integral Theory of Wind Turbine Airfoils • Introduction • Transformed Theory of Airfoil Profiles • Integral Expression of Airfoils Profiles • Airfoil Profiles Analysis Using Integral Expression • Widely Used Properties for Airfoil Integral Profiles • Control Equation of Shape Function • Parametric Integral Convergence Characteristic of Airfoils Chapter 4 Parametric Design Theory of Wind Turbine Airfoil Profiles • Introduction • Demand of Wind Turbine Airfoil Design • Single Objective Optimization Design of Airfoil Profiles • Multi-objective Optimization Design of Airfoil Profiles • Optimal Design for Airfoils with Medium Thickness • Design of Wind Turbine Airfoils Based on Noise Theory • Design of Wind Turbine Airfoils Based on Maximum Power Coefficient • Improvement of Airfoil Design Using Smooth Curvature Technique • Design of Wind Turbine Airfoil Series with High Aerodynamic Performance • Conclusion Chapter 5 Wind Tunnel Test of New Wind Turbine Airfoils • Introduction • Model Design and Manufacture of New Airfoils • Experimental Equipment and Method • The Results of Wind Tunnel Experiments • Conclusion Chapter 6 Aerodynamic Theory of Wind Turbine Blade • Introduction • Aerodynamic Theory of Wind Turbine Blade • Blade Tip Corrected Model of Wind Rotor • Aerodynamic Theory Based on Shen’s Tip Loss Corrected Model • Validation of Corrected Model Using Experimental Data • Conclusion Chapter 7 Integral Expression of Wind Turbine Blade Shape • Introduction • Integral Method for 3D Blade Surface Shape • Integral Model of ART-2B Blade • Conclusion Chapter 8 Shape Optimization Design of Wind Turbine Blade • Introduction • Sensitivity Analysis of Key Parameters for Wind Turbine • Optimization Model Based on Total Cost of Energy • Optimization Design for A 2-MW Wind Turbine Blade • Conclusion Chapter 9 Structural Optimal Design of Composite Material Wind Turbine Blade • Introduction • Mechanics Theory of Composite Material • Structural Design of Composite Material Wind Turbine Blade • Parametric Finite Element Model of Wind Turbine Blade • A New Fluid Structure Interaction Method for Composite Material Blade • Optimal Results of Composite Material Blade • Conclusion Chapter 10 Aerodynamic/Eero-elastic Analysis for Wind Turbine Blade • Introduction • Dynamic Structural Model • Coordinate Transform • Wind Load Model • Validation of Aerodynamic/Aero-elastic Code • Example Analysis • Conclusion Chapter 11 Aero-elastic Stable Analysis for Wind Turbine Blade Section • Introduction • Static Aero-elastic Analysis of Wind Turbine Blade Section • Problem of Classic Flutter of Wind Turbine Blade • Problem of Dynamic Stall Aero-elasticity of Wind Turbine Blade • Conclusion Reference Acknowledgements Index

Reviews

Renewable Energy, Wind Engineering, Aerodynamics

Author Information

Jin Chen, Chongqing University, Chongqi, China; Quan Wang, Hubei University of Technology, Wuhan, China.

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