Add to ORKGComputer studies were conducted to analyze the potential gains associated with utilizing new airfoils for large wind turbine rotor blades. Attempts to include 3-dimensional stalling effects were inconclusive. It is recommended that blade pressure measurements be made to clarify the nature of blade stalling. It is also recommended that new laminar flow airfoils be used as rotor blade sections
Flatback airfoils are airfoils with a blunt trailing edge. They are currently commonly used in the i...
Aerodynamic results for a study on windpower generation are reported. Windmill power output is prese...
Flatback airfoils are airfoils with a blunt trailing edge. They are currently commonly used in the i...
Simplification of the aerodynamic control of large horizontal axis wind turbines (HAWTs) has been i...
This paper reviews design procedures for wind-axis turbine rotors. An on-design routine for rotor ...
The primary goal of this work is to reflect the effectiveness of the aerodynamic characteristics of ...
In the public domain.. Prepared for NASA-Lewis Research Center Grant No. NSG-3277. Date of General ...
The flow characteristics and the lift and drag behavior of a thick trailing-edged airfoil that was p...
Wind power counts for roughly 3 % of the global electricity production. In the chase to produce gree...
This study investigates the impacts of dierent airfoil shapes on the 3D augmentation and power prod...
An experimental program to measure the aerodynamic performance of a NACA 64-621 airfoil with a trunc...
The design of wind turbines requires a deep insight into their complex aerodynamics, such as dynamic...
A cursory review is presented of some of the recent work that has been done in turbine aerodynamic r...
Flatback airfoils are airfoils with a blunt trailing edge. They are currently commonly used in the i...
The usage of wind turbines as an alternative source of energy is increasing globally. The improvem...
Flatback airfoils are airfoils with a blunt trailing edge. They are currently commonly used in the i...
Aerodynamic results for a study on windpower generation are reported. Windmill power output is prese...
Flatback airfoils are airfoils with a blunt trailing edge. They are currently commonly used in the i...
Simplification of the aerodynamic control of large horizontal axis wind turbines (HAWTs) has been i...
This paper reviews design procedures for wind-axis turbine rotors. An on-design routine for rotor ...
The primary goal of this work is to reflect the effectiveness of the aerodynamic characteristics of ...
In the public domain.. Prepared for NASA-Lewis Research Center Grant No. NSG-3277. Date of General ...
The flow characteristics and the lift and drag behavior of a thick trailing-edged airfoil that was p...
Wind power counts for roughly 3 % of the global electricity production. In the chase to produce gree...
This study investigates the impacts of dierent airfoil shapes on the 3D augmentation and power prod...
An experimental program to measure the aerodynamic performance of a NACA 64-621 airfoil with a trunc...
The design of wind turbines requires a deep insight into their complex aerodynamics, such as dynamic...
A cursory review is presented of some of the recent work that has been done in turbine aerodynamic r...
Flatback airfoils are airfoils with a blunt trailing edge. They are currently commonly used in the i...
The usage of wind turbines as an alternative source of energy is increasing globally. The improvem...
Flatback airfoils are airfoils with a blunt trailing edge. They are currently commonly used in the i...
Aerodynamic results for a study on windpower generation are reported. Windmill power output is prese...
Flatback airfoils are airfoils with a blunt trailing edge. They are currently commonly used in the i...