Add to ORKGAbstract Active control of the aeroacoustics of flow-induced oscillations in a rectangular cavity is accomplished using a vibrating plate inserted at the downstream edge of the cavity opening. Particle Image Velocimetry measurements phase-locked on pressure signals are carried out and reveal the dynamics of the mixing layer with and without control. A vortex detection criterion is applied to characterize the effect of control on the shedding of small-scale vortical structures.
The results presented in this paper provide an insight into the effect of a cavity array on the turb...
Analysis of an open cavity shear layer when exposed to different leading edge pin configurations was...
© 2018 Elsevier Ltd This paper presents a theoretical study of active control of turbulent boundary ...
This work is concerned with the application of a simple passive control device with the main focus a...
Grazing flow over a deep cavity can result in resonance characterized by a standing wave/vortex feed...
Passive control of the flow over a deep cavity at low subsonic velocity is considered in the present...
Supersonic flow over cavities has been of interest since 1960s because cavities represent the bomb b...
Time resolved two-dimensional particle image velocimetry (2DPIV) experiments have been conducted to ...
Experiments using active control to reduce oscillations in the flow past a rectangular cavity have u...
The effectiveness of active control schemes for the reduction of vortex-driven instabilities is demo...
The Large Eddy Simulation of closed-loop active flow control applied to a 3D cavity excited by a com...
The aeroacoustic environment of an open cavity with length-depth (L/D) ratios of 0.5 and 1.0 was stu...
This report presents results of experiments and numerical simulations studying closed-loop feedback ...
The unsteady flows over a shallow rectangular cavity at Mach 1·5 and 2·5 are modified at the leading...
An experimental investigation of acoustic mode noise suppression was conducted in a cavity using a d...
The results presented in this paper provide an insight into the effect of a cavity array on the turb...
Analysis of an open cavity shear layer when exposed to different leading edge pin configurations was...
© 2018 Elsevier Ltd This paper presents a theoretical study of active control of turbulent boundary ...
This work is concerned with the application of a simple passive control device with the main focus a...
Grazing flow over a deep cavity can result in resonance characterized by a standing wave/vortex feed...
Passive control of the flow over a deep cavity at low subsonic velocity is considered in the present...
Supersonic flow over cavities has been of interest since 1960s because cavities represent the bomb b...
Time resolved two-dimensional particle image velocimetry (2DPIV) experiments have been conducted to ...
Experiments using active control to reduce oscillations in the flow past a rectangular cavity have u...
The effectiveness of active control schemes for the reduction of vortex-driven instabilities is demo...
The Large Eddy Simulation of closed-loop active flow control applied to a 3D cavity excited by a com...
The aeroacoustic environment of an open cavity with length-depth (L/D) ratios of 0.5 and 1.0 was stu...
This report presents results of experiments and numerical simulations studying closed-loop feedback ...
The unsteady flows over a shallow rectangular cavity at Mach 1·5 and 2·5 are modified at the leading...
An experimental investigation of acoustic mode noise suppression was conducted in a cavity using a d...
The results presented in this paper provide an insight into the effect of a cavity array on the turb...
Analysis of an open cavity shear layer when exposed to different leading edge pin configurations was...
© 2018 Elsevier Ltd This paper presents a theoretical study of active control of turbulent boundary ...