Add to ORKGThis cumulative thesis is devoted to the efficient simulation of compressible chemically reactive flows with multiple species and reactions being involved. In addition, the mass-fraction based reactive Euler equations with multiple species can be used to describe two-phase flows with multiple 'components' (corresponding to 'species') in a diffuse-interface manner, with suitable equations of state or thermodynamical models being employed. Three numerical methods towards computational high-efficiency solution of the above equation system are proposed.Diese kumulative Doktorarbeit widmet sich der effizienten Simulation kompressibler chemisch reaktiver Strömungen, wo mehrere Arten und Reaktionen beteiligt sind. Darüber hinaus können die auf Mas...
1. Motivation and objectives Consider 3D reactive Euler equations of the form Ut + F(U)x + G(U)y + H...
This thesis is concerned with the issue of finding an accurate, efficient and robust numerical solut...
The backward Euler scheme was used to solve a large system of inviscid flow and chemical rate equati...
This cumulative thesis is devoted to the efficient simulation of compressible chemically reactive fl...
The work presented in this thesis deals with numerical studies of transonic reactive flows. The math...
The development of gas-kinetic scheme for the compressible flow simulations has attracted much atten...
In this thesis we develop and analyze fractional step numerical schemes for reactive flows. The spac...
Two novel techniques are merged together to compute efficiently flows involving chemical reaction or...
Dans un contexte industriel, l’utilisation de modèles diphasiques d’ordre réduit est nécessaire pour...
International audienceA reactive Riemann solver is inserted into the Reactive Discrete Equations Met...
In this thesis we develop a multi-component multi-phase reactive transport simulator to facilitate t...
summary:During the last years the interest in the numerical simulation of reacting flows has grown c...
This study is devoted to the analysis of supersonic reactive shear flows and, in particular,compress...
Starting from a simple kinetic model for a chemical reaction, multi-temperature reactive Euler equat...
An efficient projection scheme is developed for the simulation of reacting flow with detailed kineti...
1. Motivation and objectives Consider 3D reactive Euler equations of the form Ut + F(U)x + G(U)y + H...
This thesis is concerned with the issue of finding an accurate, efficient and robust numerical solut...
The backward Euler scheme was used to solve a large system of inviscid flow and chemical rate equati...
This cumulative thesis is devoted to the efficient simulation of compressible chemically reactive fl...
The work presented in this thesis deals with numerical studies of transonic reactive flows. The math...
The development of gas-kinetic scheme for the compressible flow simulations has attracted much atten...
In this thesis we develop and analyze fractional step numerical schemes for reactive flows. The spac...
Two novel techniques are merged together to compute efficiently flows involving chemical reaction or...
Dans un contexte industriel, l’utilisation de modèles diphasiques d’ordre réduit est nécessaire pour...
International audienceA reactive Riemann solver is inserted into the Reactive Discrete Equations Met...
In this thesis we develop a multi-component multi-phase reactive transport simulator to facilitate t...
summary:During the last years the interest in the numerical simulation of reacting flows has grown c...
This study is devoted to the analysis of supersonic reactive shear flows and, in particular,compress...
Starting from a simple kinetic model for a chemical reaction, multi-temperature reactive Euler equat...
An efficient projection scheme is developed for the simulation of reacting flow with detailed kineti...
1. Motivation and objectives Consider 3D reactive Euler equations of the form Ut + F(U)x + G(U)y + H...
This thesis is concerned with the issue of finding an accurate, efficient and robust numerical solut...
The backward Euler scheme was used to solve a large system of inviscid flow and chemical rate equati...