A computational model was developed at the NASA Glenn Research Center to investigate possible uses of vortex generators (VG's) for improving the performance of turbomachinery. A vortex generator is a small, winglike device that generates vortices at its tip. The vortices mix high-speed core flow with low-speed boundary layer flow and, thus, can be used to delay flow separation. VG's also turn the flow near the walls and, thus, can be used to control flow incidence into a turbomachinery blade row or to control secondary flows
Flow separation is the source of several problems in a wind turbine including load fluctuations, lif...
The performance of the compressor blade is considerably influenced by secondary flow effects, like t...
A model for the analysis of vortex generators in a fully viscous subsonic internal flow is evaluated...
In this work computational models were developed and used to investigate applications of vortex gene...
Flow separation is the source of several problems in a wind turbine including load fluctuations, lif...
An experimental study is conducted to determine the dependence of vortex generator geometry and impi...
Vortex generators are commonly used devices to control the flow over an airfoil or other surface. In...
Vortex generators have become a ubiquitous sight on the modern wind turbine blade. These small, pass...
Vortex generators can be applied to control separation in flows with adverse pressure gradients, suc...
With the interest in jet propulsion at the end of World War II, aerodynamicists were challenged to d...
A unique low-profile vortex generator, termed the Conformal Vortex Generator (CVG), has recently bee...
A source term model for an array of vortex generators was implemented into a non-proprietary Navier-...
Vortex generators (VGs) are effectively used to improve the performance of the wind turbine blades b...
The present study demonstrates that the Reduced Navier-Stokes code RNS3D can be used very effectivel...
The results of an experimental examination of the vortex structures shed from a low profile 'wishbon...
Flow separation is the source of several problems in a wind turbine including load fluctuations, lif...
The performance of the compressor blade is considerably influenced by secondary flow effects, like t...
A model for the analysis of vortex generators in a fully viscous subsonic internal flow is evaluated...
In this work computational models were developed and used to investigate applications of vortex gene...
Flow separation is the source of several problems in a wind turbine including load fluctuations, lif...
An experimental study is conducted to determine the dependence of vortex generator geometry and impi...
Vortex generators are commonly used devices to control the flow over an airfoil or other surface. In...
Vortex generators have become a ubiquitous sight on the modern wind turbine blade. These small, pass...
Vortex generators can be applied to control separation in flows with adverse pressure gradients, suc...
With the interest in jet propulsion at the end of World War II, aerodynamicists were challenged to d...
A unique low-profile vortex generator, termed the Conformal Vortex Generator (CVG), has recently bee...
A source term model for an array of vortex generators was implemented into a non-proprietary Navier-...
Vortex generators (VGs) are effectively used to improve the performance of the wind turbine blades b...
The present study demonstrates that the Reduced Navier-Stokes code RNS3D can be used very effectivel...
The results of an experimental examination of the vortex structures shed from a low profile 'wishbon...
Flow separation is the source of several problems in a wind turbine including load fluctuations, lif...
The performance of the compressor blade is considerably influenced by secondary flow effects, like t...
A model for the analysis of vortex generators in a fully viscous subsonic internal flow is evaluated...