The physics of atomization process involve many spatial scales, generating a wide variety of
liquid inclusions of different sizes with large density and viscosity ratios between liquid and …

Large Eddy Simulations of dilute spray-air reacting two phase flow are performed following
an Eulerian–Lagrangian approach. The method includes a full two-way coupling in which …

Detailed numerical investigations of the Sydney spray flame series [1] are presented for
ethanol flames referred to as “EtF3, EtF6 and EtF8”, which feature identical ethanol mass …

The present paper describes the results of a Large Eddy Simulation of swirl stabilised flames
fuelled by liquid kerosene. Two-flames are examined, denoted Flame A and Flame B for …

The light-round is defined as the process by which the flame initiated by an ignition spark
propagates from burner to burner in an annular combustor, eventually leading to a stable …

In the framework of wall-modeled large-eddy simulation (WMLES), the problem of combining
sub-grid scale (SGS) models with the standard wall law is commonly acknowledged and …

Ethanol is identified as an interesting alternative fuel. In this regards, the predictive capability
of combustion Large Eddy Simulation approach coupled to Lagrangian droplet dynamic …

The effects of different vortex breakdown states on the evaporation process characterizing
air-acetone vapor swirling jets laden with liquid acetone droplets in the dilute regime are …

Accurate characterization of swirled flames is a key point in the development of more
efficient and safer aeronautical engines. The task is even more challenging for spray …

In this work we introduce a Lagrangian stochastic model for particle motion and evaporation
to be used in large-eddy simulations (LES) of turbulent liquid sprays. Effects of small-scale …