Most reacting and two-phase flows of practical interest are turbulent but take place at low
Mach numbers or under incompressible conditions. In order to investigate the properties of …

One of the most challenging aspects of turbulent combustion research is the development of
reduced-order combustion models which can accurately reproduce the physics of real …

Two families of PCA based combustion model were recently developed: score-PCA and MG-
PCA. This paper presents the first comparative study of the two aftermentioned methods …

The study of high-pressure turbulent combustion is a relatively new field in the realm of
combustion studies. The coupling between the conservation equations and the equation of …

The critical point of any pure substance may be defined by the highest pressure pc and
temperature Tc for which distinct liquid and gas phases can be observed [1]. When the …

The formulation of reactive flow problems can be both quite challenging and important to the
efficiency and robustness of solution algorithms. In this article, we focus on the choice of the …

The objective of the present study is to design a modeling strategy for LES of laminar
diffusion flame regimes, ie without SGS wrinkling. A non-premixed model dedicated to …

The simulation of transcritical real-fluid effects is crucial for many engineering applications,
such as fuel injection and combustion in internal-combustion engines, rocket motors and …

The understanding of atmospheric re-entry is fundamental in the aerospace engineering
field. The heat load experienced by a space vehicle while entering in the atmosphere is …

” Turbulence is the invention of the Devil on the seventh day of creation”. This inspired
description of turbulence was given by Bradshaw in 1994 (1). 15 years later, this still holds …