The main objective of this review is to facilitate a deeper understanding of thermal inertia
principles and to analyze its impacts on the evaluation of reaction kinetics. At first, the …

The problem of reducing the likelihood of detonation and explosion during saturation of a
gas or liquid flow with the cloud of particles is considered. The tasks, associated with the …

An Eulerian model describing the transport of particles that nonisothermally interact with
their carrying flow is developed in the general time-dependent, three-dimensional frame …

Numerical simulations of turbulent flame kernel growths in monodisperse clouds of iso-
octane liquid droplets are conducted in conditions relevant to constant volume combustors …

To model unsteady non-isothermal dilute particle-laden turbulent flows, an algebraic-closure-
based moment method (ACBMM) is developed. ACBMM is a Eulerian approach for the …

Two-phase systems that involve gas-particle or gas-droplet flows are widely used in
aerospace and power engineering. The problems of weakening and suppression of …

This work addresses the Direct Numerical Simulation of non-isothermal turbulent flows
laden with solid particles in the dilute regime. The focus is set on the accurate prediction of …

Le contexte général de cette thèse est la Simulation Numérique Directe des écoulements
diphasiques dilués anisothermes. Un accent particulier est mis sur la détermination précise …

Depuis les années 2000, les thématiques de la Responsabilité Sociétale de l'Entreprise
(RSE) ou du développement durable (DD) sont de plus en plus débattues au plan national …