Add to ORKGIn this paper, results are presented of an experimental investigation into the effectiveness of vortex generator jets in controlling secondary flows in two-dimensional S-duct diffu
The effect of blowing vortex generator jets (VGJs) on the performance of a highly-offset (s-duct) di...
The beneficial application of vortex generators to control boundary layers in the sub- and supersoni...
To investigate whether vortex generators can be an effective form of passive flow control an experim...
An experimental investigation was undertaken to measure the effect of various configurations of low-...
Performance enhancement of three-dimensional S-duct diffusers by secondary flow and separation contr...
Rectangular S-duct diffusers are widely used in air-intake system of several military aircrafts. A w...
The flow control in twin air-intakes is necessary to improve the performance characteristics, since ...
The present study demonstrates that the Reduced Navier-Stokes code RNS3D can be used very effectivel...
The ability of vortex generators to reduce the unsteady distortion at the exit plane of an S duct is...
Performance enhancement of three-dimensional S-duct diffusers by separation control using vortex gen...
Flow separation is mostly an undesirable phenomenon and boundary layer control is an important techn...
The ability of vortex generators (VG) to reduce the unsteady distortion at the exit plane of an S-du...
The theoretical and experimental work carried out under the NASA/MOD Joint Aeronautical Program has ...
Aircraft propulsion systems often use Y-shaped subsonic diffusing ducts as twin air-intakes to suppl...
Vortex generator jets have been applied to control a separating, turbulent boundary layer on the suc...
The effect of blowing vortex generator jets (VGJs) on the performance of a highly-offset (s-duct) di...
The beneficial application of vortex generators to control boundary layers in the sub- and supersoni...
To investigate whether vortex generators can be an effective form of passive flow control an experim...
An experimental investigation was undertaken to measure the effect of various configurations of low-...
Performance enhancement of three-dimensional S-duct diffusers by secondary flow and separation contr...
Rectangular S-duct diffusers are widely used in air-intake system of several military aircrafts. A w...
The flow control in twin air-intakes is necessary to improve the performance characteristics, since ...
The present study demonstrates that the Reduced Navier-Stokes code RNS3D can be used very effectivel...
The ability of vortex generators to reduce the unsteady distortion at the exit plane of an S duct is...
Performance enhancement of three-dimensional S-duct diffusers by separation control using vortex gen...
Flow separation is mostly an undesirable phenomenon and boundary layer control is an important techn...
The ability of vortex generators (VG) to reduce the unsteady distortion at the exit plane of an S-du...
The theoretical and experimental work carried out under the NASA/MOD Joint Aeronautical Program has ...
Aircraft propulsion systems often use Y-shaped subsonic diffusing ducts as twin air-intakes to suppl...
Vortex generator jets have been applied to control a separating, turbulent boundary layer on the suc...
The effect of blowing vortex generator jets (VGJs) on the performance of a highly-offset (s-duct) di...
The beneficial application of vortex generators to control boundary layers in the sub- and supersoni...
To investigate whether vortex generators can be an effective form of passive flow control an experim...