This article presents an overview of the current understanding of the structure of turbulent
sprays flames, both dilute and dense. Dilute sprays are addressed first with respect to recent …

A review is conducted of the state of progress in physical modeling and computational
simulations of turbulent flames as pertaining to Type Ia supernovae. The fundamental …

This study leverages high-speed photography to explore how injection pressure, duration,
ambient pressure, and temperature affect high-pressure methanol spray characteristics …

Abstract An Eulerian Monte-Carlo approach, the so-called Eulerian stochastic fields (ESF)
method is implemented and evaluated for simulation of non-premixed hydrogen/air …

The current investigation aims to present the numerical results of a turbulent spray jet flame
in the framework of Large Eddy Simulation. The injection of n-heptane liquid fuel is achieved …

La combustion d'hydrocarbures représente encore aujourd'hui une part très majoritaire de la
production d'énergie mondiale, en particulier dans la propulsion aérospatiale. La plupart …

The utilization of syngas in the internal combustion engine is one way to reach low carbon
emission engine. The n-heptane/syngas pilot ignition spray combustion is simulated here by …

Entrained flow gasification is a promising process for the conversion of low-grade feedstock,
eg highly viscous slurries and suspensions with a significant content of solid particles, to …

A consistent modeling approach in the context of the Artificially Thickened Flame (ATF)
method is proposed for the prediction of turbulent Lean Partially Pre-vaporized (LPP) spray …

A computational investigation of a turbulent methanol/air spray flame in which a poly-
dispersed droplet distribution is achieved through the use of a pressure-swirl atomiser (also …