Vortex bursting is studied by means of visualization. The physical behavior of the phenomenon is emphasized, and its similarity with boundary layer separation or wake bursting becomes apparent. The essential influence of an increasing pressure gradient on the initiation, the position and the type of bursting is clearly confirmed. The evolution of the phenomena as a function of several parameters is analyzed in the case of delta wings, alone or installed on aircraft models, and compared with the results of similar wind tunnel or flight tests
A study of the flow around delta wings has been carried out in a series of experiments in the Unive...
The effectiveness of steady and pulsed blowing as a method of controlling delta wing vortices during...
A numerical study of the flow topologies over the 60° delta wing of the AGARD-B model at Mach 0 · 80...
Eleven semi-span wing models were tested in the 1/8-scale model of the Langley V/STOL tunnel to qual...
An investigation was conducted in the Langley 1/8-scale V/STOL model tunnel on a semispan delta wing...
It has been demonstrated that leading edge vortices (LEVs) formed by airflow past an elevated delta ...
Experimental x-wire measurements of the flowfield above a 70 and 75 deg flat plate delta wing were p...
The behavior of vortex-flow, accompanied with breakdown, formed above sharp-edged delta wings, was s...
Experimental pressure-differential measurements made at 10% chord of an airfoil-vortex interaction a...
Simplified models of the vortex distribution over cylindrical surfaces are developed. The effect of ...
The vortex dominated aerodynamic characteristics of a generic 65 degree cropped delta wing model wer...
An experimental investigation on vortex breakdown on delta wings at high angles of attack is present...
An experimental study was conducted in the Virginia Tech Stability Wind Tunnel to determine surface ...
The flow structure on the upper side of a delta wing is extremely complex. At moderate angle of atta...
To gain understanding of the physical and structural events in the turbulent bursting process, an ef...
A study of the flow around delta wings has been carried out in a series of experiments in the Unive...
The effectiveness of steady and pulsed blowing as a method of controlling delta wing vortices during...
A numerical study of the flow topologies over the 60° delta wing of the AGARD-B model at Mach 0 · 80...
Eleven semi-span wing models were tested in the 1/8-scale model of the Langley V/STOL tunnel to qual...
An investigation was conducted in the Langley 1/8-scale V/STOL model tunnel on a semispan delta wing...
It has been demonstrated that leading edge vortices (LEVs) formed by airflow past an elevated delta ...
Experimental x-wire measurements of the flowfield above a 70 and 75 deg flat plate delta wing were p...
The behavior of vortex-flow, accompanied with breakdown, formed above sharp-edged delta wings, was s...
Experimental pressure-differential measurements made at 10% chord of an airfoil-vortex interaction a...
Simplified models of the vortex distribution over cylindrical surfaces are developed. The effect of ...
The vortex dominated aerodynamic characteristics of a generic 65 degree cropped delta wing model wer...
An experimental investigation on vortex breakdown on delta wings at high angles of attack is present...
An experimental study was conducted in the Virginia Tech Stability Wind Tunnel to determine surface ...
The flow structure on the upper side of a delta wing is extremely complex. At moderate angle of atta...
To gain understanding of the physical and structural events in the turbulent bursting process, an ef...
A study of the flow around delta wings has been carried out in a series of experiments in the Unive...
The effectiveness of steady and pulsed blowing as a method of controlling delta wing vortices during...
A numerical study of the flow topologies over the 60° delta wing of the AGARD-B model at Mach 0 · 80...