An investigation of the instability frequency was undertaken. Measurements revealed that the hot wire probe induces and sustains stable upstream oscillation of the free shear layer. The characteristics of the free shear layer tone are found to be different from the slit jet wedge edgetone phenomenon. The shear tone induced by a plane wedge in a plane free shear layer was then examined in order to further document the phenomenon. The eigenvalues and eigenfunctions of the tone fundamental show agreement with the spatial stability theory. A comprehensive summary of the results is also included
An experimental study is carried out addressing the flowfield and radiated noise from the interactio...
The effects of varying freestream core turbulence on the evolution of a circular jet with and withou...
The velocity and mixing field of two turbulent jets configurations have been experimentally characte...
The acoustical excitation of shear layers is investigated. Acoustical excitation causes the so-calle...
Motivated by the problem of jet–flap interaction noise, we study the tonal dynamics that occurs when...
The behavior of a sound in a jet was investigated. It is verified that the far-field acoustic power ...
none4For many years investigations have been conducted to understand the flow instabilities that lea...
The structure of the turbulence in the mixing region for the first few diameters downstream from the...
A model is proposed for the change in turbulent structure of a round jet in the presence of an acous...
The evolution of the large scale structures and the mean field were investigated in axisymmetric and...
The large-scale coherent structures in the near field of circular free jets have been experimentally...
Solutions to the linearized equations of motion are used to study sound radiation by convected distu...
Whether a solid trailing edge is required to produce efficient coupling between sound and instabilit...
A pair of microphones (separated axially by 5.08 cm and laterally by 1.3 cm) are placed on either si...
Typescript (photocopy).An acoustically excited (St = 0.50), Mach 0.15, axisymmetric free jet operati...
An experimental study is carried out addressing the flowfield and radiated noise from the interactio...
The effects of varying freestream core turbulence on the evolution of a circular jet with and withou...
The velocity and mixing field of two turbulent jets configurations have been experimentally characte...
The acoustical excitation of shear layers is investigated. Acoustical excitation causes the so-calle...
Motivated by the problem of jet–flap interaction noise, we study the tonal dynamics that occurs when...
The behavior of a sound in a jet was investigated. It is verified that the far-field acoustic power ...
none4For many years investigations have been conducted to understand the flow instabilities that lea...
The structure of the turbulence in the mixing region for the first few diameters downstream from the...
A model is proposed for the change in turbulent structure of a round jet in the presence of an acous...
The evolution of the large scale structures and the mean field were investigated in axisymmetric and...
The large-scale coherent structures in the near field of circular free jets have been experimentally...
Solutions to the linearized equations of motion are used to study sound radiation by convected distu...
Whether a solid trailing edge is required to produce efficient coupling between sound and instabilit...
A pair of microphones (separated axially by 5.08 cm and laterally by 1.3 cm) are placed on either si...
Typescript (photocopy).An acoustically excited (St = 0.50), Mach 0.15, axisymmetric free jet operati...
An experimental study is carried out addressing the flowfield and radiated noise from the interactio...
The effects of varying freestream core turbulence on the evolution of a circular jet with and withou...
The velocity and mixing field of two turbulent jets configurations have been experimentally characte...