A detailed study of ignition mechanisms in aeronautical burners is presented. Even in global
lean conditions, liquid fuel injection leads to a strong stratification of the mixture and the …

This work is focused on the study of flame stabilization and local extinction of a spray flame
in an atmospheric non-swirled test rig referred to as the CORIA Rouen Spray Burner. This …

This work examines the dynamics of confined bluff body flames in the process of lean
blowoff (LBO) using simultaneous stereo-PIV (particle image velocimetry), OH PLIF (planar …

This paper describes an analysis of the near-lean blow off (LBO) dynamics of spray flames,
including the influence of fuel composition upon these dynamics. It is motivated by the fact …

Previous work on spray flames has shown that different propagation mechanisms may occur
depending on the size and number density of droplets. In this work, the structure and …

A numerical framework used to model dense spray flames is proposed. In this framework,
the liquid fuel (acetone) atomization is solved by a detailed high-resolution VOF simulation …

A spray jet flame is modelled using Large Eddy Simulation (LES) with Doubly Conditional
Moment Closure (DCMC). Since turbulent spray flames may include multiple combustion …

The classical flamelet combustion model assumes that the combustion system consists of
two homogeneous inlet streams for oxidizer and fuel. It usually requires extension and …

Soot formation and oxidation in a turbulent n-heptane jet spray flame are investigated
through simultaneous imaging of quantitative soot volume fraction (fv), flame-front (OH), and …

The utilization of liquid ammonia in gas turbines can reduce energy loss and start-up time.
However, the flash boiling phenomenon and the high latent heat of liquid ammonia make …