WOS:000401682700031International audienceResults from a highly resolved simulation are presented for a turbulent lean premixed methane-air bluff body burner investigated experimentally at Cambridge University and Sandia National Laboratories. The Cartesian computational grid consists of 1.6 billion cells with a resolution of 100 mu m, which is sufficient to capture the laminar (thermal) flame thickness of 500 mu m. The combustion process is modeled with premixed flamelet generated manifolds (PFGM). The quality of the simulation is assessed by investigating the resolution of the flame- and velocity scales, it is demonstrated that the relevant scales are resolved in a direct numerical simulation (DNS) sense in the flame. The simulation is val...
In this study, 3D direct numerical simulations of a multi-component fuel consisting of CO,H2,H2O,CO2...
Direct numerical simulations of three-dimensional spatially-developing turbulent Bunsen flames were ...
In this study, 3D direct numerical simulations of a multi-component fuel consisting of CO, H2, H2 O,...
WOS:000401682700031International audienceResults from a highly resolved simulation are presented for...
Direct Numerical Simulations (DNS) are conducted to study the statistics of flame surface stretch in...
Direct numerical simulation is a very powerful tool to evaluate the validity of new models and theor...
A three-dimensional (3D) direct numerical simulation (DNS) of an experimental turbulent premixed jet...
Direct numerical simulation is a very powerful tool to evaluate the validity of new models and theor...
Direct numerical simulation is a very powerful tool to evaluate the validity of new models and theor...
Direct numerical simulation is a very powerful tool to evaluate the validity of new models and theor...
Direct numerical simulation is a very powerful tool to evaluate the validity of new models and theor...
Direct numerical simulation is a very powerful tool to evaluate the validity of new models and theor...
Direct numerical simulation is a very powerful tool to evaluate the validity of new models and theor...
Direct numerical simulation is a very powerful tool to evaluate the validity of new models and theor...
Three dimensional, fully compressible direct numerical simulations (DNS) of premixed turbulent flame...
In this study, 3D direct numerical simulations of a multi-component fuel consisting of CO,H2,H2O,CO2...
Direct numerical simulations of three-dimensional spatially-developing turbulent Bunsen flames were ...
In this study, 3D direct numerical simulations of a multi-component fuel consisting of CO, H2, H2 O,...
WOS:000401682700031International audienceResults from a highly resolved simulation are presented for...
Direct Numerical Simulations (DNS) are conducted to study the statistics of flame surface stretch in...
Direct numerical simulation is a very powerful tool to evaluate the validity of new models and theor...
A three-dimensional (3D) direct numerical simulation (DNS) of an experimental turbulent premixed jet...
Direct numerical simulation is a very powerful tool to evaluate the validity of new models and theor...
Direct numerical simulation is a very powerful tool to evaluate the validity of new models and theor...
Direct numerical simulation is a very powerful tool to evaluate the validity of new models and theor...
Direct numerical simulation is a very powerful tool to evaluate the validity of new models and theor...
Direct numerical simulation is a very powerful tool to evaluate the validity of new models and theor...
Direct numerical simulation is a very powerful tool to evaluate the validity of new models and theor...
Direct numerical simulation is a very powerful tool to evaluate the validity of new models and theor...
Three dimensional, fully compressible direct numerical simulations (DNS) of premixed turbulent flame...
In this study, 3D direct numerical simulations of a multi-component fuel consisting of CO,H2,H2O,CO2...
Direct numerical simulations of three-dimensional spatially-developing turbulent Bunsen flames were ...
In this study, 3D direct numerical simulations of a multi-component fuel consisting of CO, H2, H2 O,...