Vortex generators are commonly used devices to control the flow over an airfoil or other surface. In this paper the effect of differing placements of vortex generators on a wind turbine airfoil, compared to an airfoil without vortex generators, were simulated using computational fluid dynamics(CFD). It was shown that, in some instances, the application of vortex generators effectively controlled the flow over the airfoil to increase the power produced by the wind turbine. According to the CFD results, the application of vortex generators at an angle increased the lift produced, as well as delaying the separation of the boundary layer
An experimental study was performed to assess the feasibility of passive air jet vortex-generators t...
Wind turbine efficiency typically focuses on the shape, orientation, or stiffness of the turbine bla...
A test program was conducted on the third Mod-2 unit at Goldendale, Washington, to systematically st...
Vortex generators have become a ubiquitous sight on the modern wind turbine blade. These small, pass...
Flow separation is the source of several problems in a wind turbine including load fluctuations, lif...
The blade root flow control is of particular importance to the aerodynamic characteristic of large w...
Vortex generators (VGs) for a small (32 ft diameter) horizontal axis wind turbine, the Carter Model ...
In order to design vortex generators for modern multi-megawatt wind turbines accurately, the 3D beha...
The use of vortex generators (VGs) is a prevailing technology in large modern wind turbines due to i...
Vortex generators (VGs) are effectively used to improve the performance of the wind turbine blades b...
Vortex Generators (VGs) are a passive flow control device with multiple applications, including hori...
Aerodynamics is one of the prime topics in wind turbine research. In aerodynamics, the design of a f...
The use of passive vortex generators (VGs) as a simple and effective way to delay or suppress separa...
The goal of this research was to investigate preliminary test data obtained by Professor Robert E. B...
A computational model was developed at the NASA Glenn Research Center to investigate possible uses o...
An experimental study was performed to assess the feasibility of passive air jet vortex-generators t...
Wind turbine efficiency typically focuses on the shape, orientation, or stiffness of the turbine bla...
A test program was conducted on the third Mod-2 unit at Goldendale, Washington, to systematically st...
Vortex generators have become a ubiquitous sight on the modern wind turbine blade. These small, pass...
Flow separation is the source of several problems in a wind turbine including load fluctuations, lif...
The blade root flow control is of particular importance to the aerodynamic characteristic of large w...
Vortex generators (VGs) for a small (32 ft diameter) horizontal axis wind turbine, the Carter Model ...
In order to design vortex generators for modern multi-megawatt wind turbines accurately, the 3D beha...
The use of vortex generators (VGs) is a prevailing technology in large modern wind turbines due to i...
Vortex generators (VGs) are effectively used to improve the performance of the wind turbine blades b...
Vortex Generators (VGs) are a passive flow control device with multiple applications, including hori...
Aerodynamics is one of the prime topics in wind turbine research. In aerodynamics, the design of a f...
The use of passive vortex generators (VGs) as a simple and effective way to delay or suppress separa...
The goal of this research was to investigate preliminary test data obtained by Professor Robert E. B...
A computational model was developed at the NASA Glenn Research Center to investigate possible uses o...
An experimental study was performed to assess the feasibility of passive air jet vortex-generators t...
Wind turbine efficiency typically focuses on the shape, orientation, or stiffness of the turbine bla...
A test program was conducted on the third Mod-2 unit at Goldendale, Washington, to systematically st...