International audienceA reactive Riemann solver is inserted into the Reactive Discrete Equations Method (RDEM) to compute high speed combustion waves. The anti-diffusive approach developed by Despres and Lagoutiere is also coupled with RDEM to accurately simulate reacting shocks. Increased robustness and efficiency when computing both multiphase interfaces and reacting flows are achieved thanks to an original upwind downwind-controlled splitting method (UDCS)
A computer code, designated UMPIRE, is currently under development to solve the Euler equations in t...
In this paper we describe a numerical algorithm for integrating the multicomponent, reacting, compre...
A hybrid weighted essentially non-oscillatory (WENO)/centered-difference (CD) numerical method, with...
International audienceA reactive Riemann solver is inserted into the Reactive Discrete Equations Met...
International audienceThis work deals with impermeable and permeable interfaces and the design of nu...
When numerically investigating multiphase phenomena during severe accidents in a reactorsystem, char...
The Discrete Equations Method (DEM) (Abgrall and Saurel, 2003) relies on integrating the solutions o...
International audienceThe Discrete Equations Method (DEM) (Abgrall and Saurel, 2003) relies on integ...
upwind downwind-controlled splitting for non-reacting and reacting two-fluid computation
A two-dimensional time-accurate numerical model to simulate complex reacting flowfields in chemical ...
In this paper, we extend the high order finite-difference method with subcell resolution (SR) in [33...
A new quasi-direct numerical simulation (q-DNS) solver named combustionFoam, capable of simulating r...
Copyright © 2022 The Authors. In this article, a parallel formulation of the finite volume method is...
A single step second-order accurate flux-difference-splitting method has been developed for solving ...
This cumulative thesis is devoted to the efficient simulation of compressible chemically reactive fl...
A computer code, designated UMPIRE, is currently under development to solve the Euler equations in t...
In this paper we describe a numerical algorithm for integrating the multicomponent, reacting, compre...
A hybrid weighted essentially non-oscillatory (WENO)/centered-difference (CD) numerical method, with...
International audienceA reactive Riemann solver is inserted into the Reactive Discrete Equations Met...
International audienceThis work deals with impermeable and permeable interfaces and the design of nu...
When numerically investigating multiphase phenomena during severe accidents in a reactorsystem, char...
The Discrete Equations Method (DEM) (Abgrall and Saurel, 2003) relies on integrating the solutions o...
International audienceThe Discrete Equations Method (DEM) (Abgrall and Saurel, 2003) relies on integ...
upwind downwind-controlled splitting for non-reacting and reacting two-fluid computation
A two-dimensional time-accurate numerical model to simulate complex reacting flowfields in chemical ...
In this paper, we extend the high order finite-difference method with subcell resolution (SR) in [33...
A new quasi-direct numerical simulation (q-DNS) solver named combustionFoam, capable of simulating r...
Copyright © 2022 The Authors. In this article, a parallel formulation of the finite volume method is...
A single step second-order accurate flux-difference-splitting method has been developed for solving ...
This cumulative thesis is devoted to the efficient simulation of compressible chemically reactive fl...
A computer code, designated UMPIRE, is currently under development to solve the Euler equations in t...
In this paper we describe a numerical algorithm for integrating the multicomponent, reacting, compre...
A hybrid weighted essentially non-oscillatory (WENO)/centered-difference (CD) numerical method, with...