Add to ORKGSummary The dynamic behaviour of the vortex structures occurring in a cavity, in interaction with an upstream wall flow, drives the fluid confinement inside the cavity. This presentation concerns the coupling between the shear instability process and the mechanisms of frequency selection which depend on the size of the cavity. The analysis is based on an experimental exploration of the flow (LDV, PIV) and on direct numerical simulation
A transonic air stream flowing over a rectangular cavity or enclosure is unsteady. At certain flow c...
Experiments have been conducted to investigate the vortex dynamics in a deep open cavity driven by...
The flow over a cavity is characterized by a complex feedback process that leads to large-amplitude,...
We investigate the flow over shallow cavities as a representa tive configuration for modelling small...
We present an alternative perspective on nonharmonic mode coexistence, commonly found in the shear l...
The grazing flow past a cylindrical surface cut-out can develop instabilities that adversely affect ...
© 2017 American Physical Society. We investigate the flow over shallow cavities as a representative ...
Flow past deep wall cavities exhibits strong interaction with the standing wave system in the cavity...
An experimental investigation of flow over an axisymmetric cavity shows that self-sustained, periodi...
NOTE: Text or symbols not renderable in plain ASCII are indicated by [...]. Abstract is included in ...
The three-dimensional wall-bounded open cavity may be considered as a simplified geometry found in i...
A theoretical study of linear global instability of incompressible flow over a rectangular spanwise-...
Despite the amount of research into the cavity flow problem the prediction of the flow patterns, ass...
International audienceA comprehensive study of the two-dimensional incompressible shear-driven flow ...
This paper investigates the interaction between the shear layer over a circular cavity and the flow-...
A transonic air stream flowing over a rectangular cavity or enclosure is unsteady. At certain flow c...
Experiments have been conducted to investigate the vortex dynamics in a deep open cavity driven by...
The flow over a cavity is characterized by a complex feedback process that leads to large-amplitude,...
We investigate the flow over shallow cavities as a representa tive configuration for modelling small...
We present an alternative perspective on nonharmonic mode coexistence, commonly found in the shear l...
The grazing flow past a cylindrical surface cut-out can develop instabilities that adversely affect ...
© 2017 American Physical Society. We investigate the flow over shallow cavities as a representative ...
Flow past deep wall cavities exhibits strong interaction with the standing wave system in the cavity...
An experimental investigation of flow over an axisymmetric cavity shows that self-sustained, periodi...
NOTE: Text or symbols not renderable in plain ASCII are indicated by [...]. Abstract is included in ...
The three-dimensional wall-bounded open cavity may be considered as a simplified geometry found in i...
A theoretical study of linear global instability of incompressible flow over a rectangular spanwise-...
Despite the amount of research into the cavity flow problem the prediction of the flow patterns, ass...
International audienceA comprehensive study of the two-dimensional incompressible shear-driven flow ...
This paper investigates the interaction between the shear layer over a circular cavity and the flow-...
A transonic air stream flowing over a rectangular cavity or enclosure is unsteady. At certain flow c...
Experiments have been conducted to investigate the vortex dynamics in a deep open cavity driven by...
The flow over a cavity is characterized by a complex feedback process that leads to large-amplitude,...