Dissertation > Excellent graduate degree dissertation topics show

Research of the Blade with a Flap on the Horizontal Axis Wind Turbine

Author: YangMei
Tutor: ZhangLiDa
School: West China University
Course: Fluid Machinery and Engineering
Keywords: Wind turbine Airfoil Wind turbine blade Aerodynamic performance Flap
CLC: TK83
Type: Master's thesis
Year: 2011
Downloads: 58
Quote: 1
Read: Download Dissertation

Abstract


Wind energy is one of the renewable energy , protect the environment and reduce conventional pollution, heavy minerals energy, to achieve sustainable socio-economic development is of strategic importance . Wind turbines convert wind energy into electrical energy , the wind turbine is its core equipment , key components of the wind turbine rotor blades . Therefore, the composition of a wind turbine blade airfoil most directly affect the performance of the wind turbine . In this thesis, a method to increase the flap Wind Turbine wheel airfoil and blade design by Fluent software analysis tools as this design method . The thesis consists of the following four parts : the basic theory of the wind turbine , the basic theory and method of the simulation of the flow field , the blade airfoil two-dimensional analysis , as well as single leaves three - dimensional flow field analysis . The basic theory of the wind turbine section describes the characteristic coefficient of the geometric parameters of the blade airfoil and aerodynamic characteristics of the airfoil aerodynamic performance , and Wind Turbine the wind wheel aerodynamic design of wind turbine blades . The simulation of the flow field of basic theories and methods section gives the basic equations of computational fluid dynamics , turbulence models , mesh and control equations discrete . The the blade airfoil two-dimensional analysis and the single blade three-dimensional flow field analysis section gives the specific method of calculation , the interception of a part of the process of image analysis , and based on the results given , flaps for airfoil and blade design feasible sex .

Related Dissertations

  1. Numerical Study of the Effect with Straight and Bowed Stator in Different Axial Gaps,TH45
  2. Grid-Side Converter Control and Wind Turbine Emulator in Direct Drive Wind Power System,TM46
  3. The Application of Five Falp Z-plasty with the Fasciocutaneous Scar Skin Flap in Reconstructing Webbed Cicatricial Contracture Deformity of Axilla,R622
  4. Study on the Territory of Blood Supply of One and Two Perforating Artery from the Same Rotation Pedicle in the Pig Flap,R622
  5. Full scrotum Ⅲ ° burn different repair methods on pig spermatogenic cells Bcl-2, Survivin protein expression,R644
  6. Research on Control of Direct Driving Type WTG Grid Converter Based on DSP,TM46
  7. Research of Morphing Fin Stabilizer and Its Application in Underwater Vehicles,U664.72
  8. Numerical Modeling and Design of a Multi-bladed Savonius Vertical Axis Wind Turbine,TK83
  9. Wind turbine noise prediction,TB535
  10. Wind turbine bearing testing machine key technology research,TH87
  11. Based on Blind separation of large wind turbine mechanical fault signal feature extraction,TK83
  12. Wind power wind simulation system development,TM614
  13. Wind turbine tower Optimization Design System Development,TM614
  14. Wind turbine drive train configuration and layout optimization structure,TM315
  15. Including wind farm grid voltage stability studies,TM712
  16. Wind turbine low voltage ride through characteristics and test methods of control strategies,TM315
  17. Large wind turbine pitch control independent technology research,TM315
  18. Small Wind Turbine Blade Design and Simulation Analysis,TM315
  19. Low Reynolds number airfoil aerodynamic shape optimization and its application,V221
  20. Based on a UAV wing ABAQUS finite element analysis and design of local structure,V224
  21. Strength Research and Design Optimiazation for Ply Stucture of Wind Turbine Blade,TM315

CLC: > Industrial Technology > Energy and Power Engineering > Wind energy, wind machine > Wind machinery and equipment
© 2012 www.DissertationTopic.Net  Mobile