At ONERA Fauga-Mauzac center, a new air-breathing propulsion test setup, Prométhée-LACOM, has been recently developed. In this paper, both non-reacting and reacting two-phase flows were investigated. In reacting two-phase flow, simultaneous OH-PLIF and Mie scattering imaging were implemented in order to characterize the flame structure. The different behaviours observed in this study seem to support the existence of spray combustion regimes. Moreover, statistical analysis were performed on the spatial distribution of droplets and indicated that the centre-to-centre inter-droplet distance (nearest neighbour) could be described by means of a Log-Normal distribution
[EN] A detailed study on the spray local flow and flame structure has been performed by means of PIV...
The main objective of this thesis is to study experimentally the behaviour of the two-phase flow pre...
In liquid-fueled combustion, the interaction of spray droplets with surrounding turbulent air flow i...
At ONERA Fauga-Mauzac center, a new air-breathing propulsion test setup, Prométhée-LACOM, has been r...
De nos jours, la combustion d'hydrocarbures est largement répandue dans de nombreuses applications, ...
In aero-engines, fuel is injected as a liquid which involves two-phase flow combustion. Consequently...
International audiencePartly due to stringent restrictions on pollutant emissions, aeronautical engi...
The combustion of liquid fuels in a hot and low-oxygen environment is commonly encountered in a rang...
This paper presents a study of spray jets and flames where the liquid fuel loading in the carrier ai...
Development and mixing of Diesel sprays are long known to be key factors for combustion and pollutan...
This thesis presents an extensive study of turbulent air-blasted sprays aimed at advancing the curre...
The next generation of commercial aircraft will include turbofan engines with performance significan...
This contribution reports on results of fuel spray caracterization experiments in the primary zone o...
The spatial distribution of spray plays a key role in liquid fuel combustion, which dictates the loc...
A new experimental setup PROMETHEE has been built to study spray combustion. The design corresponds ...
[EN] A detailed study on the spray local flow and flame structure has been performed by means of PIV...
The main objective of this thesis is to study experimentally the behaviour of the two-phase flow pre...
In liquid-fueled combustion, the interaction of spray droplets with surrounding turbulent air flow i...
At ONERA Fauga-Mauzac center, a new air-breathing propulsion test setup, Prométhée-LACOM, has been r...
De nos jours, la combustion d'hydrocarbures est largement répandue dans de nombreuses applications, ...
In aero-engines, fuel is injected as a liquid which involves two-phase flow combustion. Consequently...
International audiencePartly due to stringent restrictions on pollutant emissions, aeronautical engi...
The combustion of liquid fuels in a hot and low-oxygen environment is commonly encountered in a rang...
This paper presents a study of spray jets and flames where the liquid fuel loading in the carrier ai...
Development and mixing of Diesel sprays are long known to be key factors for combustion and pollutan...
This thesis presents an extensive study of turbulent air-blasted sprays aimed at advancing the curre...
The next generation of commercial aircraft will include turbofan engines with performance significan...
This contribution reports on results of fuel spray caracterization experiments in the primary zone o...
The spatial distribution of spray plays a key role in liquid fuel combustion, which dictates the loc...
A new experimental setup PROMETHEE has been built to study spray combustion. The design corresponds ...
[EN] A detailed study on the spray local flow and flame structure has been performed by means of PIV...
The main objective of this thesis is to study experimentally the behaviour of the two-phase flow pre...
In liquid-fueled combustion, the interaction of spray droplets with surrounding turbulent air flow i...