Experimental study of a counter-flow jet in onera’s S1MA wind tunnel by 3D background oriented Schlieren

Francois Nicolas; David Donjat; Francis Micheli; Guy Le Besnerais; Aurelien Plyer; Philippe Cornic; Frédéric Champagnat; Yannick Michou

Experimental study of a counter-flow jet in onera’s S1MA wind tunnel by 3D background oriented Schlieren

Authors

Nicolas, Francois
Donjat, David
Micheli, Francis
Le Besnerais, Guy
Plyer, Aurelien
Cornic, Philippe
Champagnat, Frédéric
Michou, Yannick

Publication Date

Jun 26, 2018

Source

HAL-UPMC

Keywords

Counter Flow Jet
High Speed Flows
Flow Visualization
Density Measurement
Background Oriented Schlieren
Wind Tunnel
Jet A Contre-Courant
Soufflerie
Visualisation Des Ecoulements
Mesure De Masse Volumique
Supersonique
[Spi.Meca.Mefl]Engineering Sciences [Physics]/Mechanics [Physics.Med-Ph]/Fluids Mechanics [Physics.C

Language

English

License

Unknown

External links

Full record on hal.archives-ouvertes.fr
Full record on hal.archives-ouvertes.fr
Full record on hal.archives-ouvertes.fr

Abstract

This paper describes an application of 3D density reconstruction from a limited number of Background Oriented Schlieren (BOS) images in a large high speed wind tunnel. The tested flow is a counter-flowing hot jet facing the transonic main flow. Ray deviation maps captured by 12 synchronized cameras are combined to reconstruct the three dimensional density field of the jet, in the line of the direct 3D BOS technique proposed by ONERA.

Abstract