The Fan Blade Velocity Field Analysis of Scenery Tower Power Generation Device Based on FLUENT

Shu Jiang Li; Wen Juan Bai; Wei Min Yang

doi:10.4028/www.scientific.net/AMR.512-515.665

Paper Titles

Structural Analysis for the Blades of a Small Horizontal-Axis Wind Turbine
p.648

Study on the Affected Factors of Aerodynamic Performance of Vertical Axis Wind Turbine
p.652

Testbed for a Wind Turbine with Magnetic Bearing
p.657

The Application of Modified Delphi Method in the Topological Optimization Site Selection of Offshore Wind Farm
p.661

The Fan Blade Velocity Field Analysis of Scenery Tower Power Generation Device Based on FLUENT
p.665

Analysis of Wind Turbine Gearbox Based on RomaxWIND Flexible FE Structures
p.669

Application of Air-Cooled Close-Loop Self-Circulation Evaporative Cooling System on Wind Power Generator
p.675

Application of Multiple Level Rules Set in Fault Diagnosis of the Wind Power Generation System
p.679

Applying Transfer Matrix Method in Mode Analysis of Wind Turbine
p.686

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 512-515The Fan Blade Velocity Field Analysis of Scenery...

The Fan Blade Velocity Field Analysis of Scenery Tower Power Generation Device Based on FLUENT

Abstract:

Based on field theory and air dynamics theory, two kinds of different curvature blade rotation of velocity and its distribution area were simulated, through the establishment of the three-dimensional flow model for the scenery tower fan blade generator and the adoption of RNGK-epsilon turbulence model. Then reach a conclusion from comparison: Smaller curvature leaf has a higher wind speed than the bigger one, which is easy to wind energy conversion under the common function of the force in the rotating area.