Add to ORKGA one-dimensional model and numerical solution of the non-stationary modes of the adiabatic gas-droplet chemical plug-flow reactor are considered. The developed approach permits to investigate processes of heat and mass transfer in the laminar flow of the reacting gas mixture with hydrocarbon fuels droplets. It may be useful for hazard operability
One-dimensional plane non-stationary flows of chemically reacting gas mixtures are investigated in t...
This work is concerned with the development of a new quantitative kinetic model for the analysis of ...
The interaction of numerous physical and chemical phenomena in bubble columns, a popular type of mul...
This manual describes the structure and usage of the computer program PLUG, which simulates the beha...
Molecular dynamics simulations are applied to model fuel droplet surrounded by air in a spatially an...
The object of research is the application of detonation coatings using cheap and safe energy sources...
A mathematical model for gas-liquid flows subject to mass transfer and chemical reactions is present...
A computer code for the simulation of isothermal stirred gas-liquid reactors, both continuous and se...
The structure of deflagration to detonation transition in gases is studied through high-resolution n...
International audienceDispersed liquid droplet flows with evaporation and condensation in multi-comp...
Computational Fluid Dynamics (CFD) and its applications have developed quite rapidly during the last...
Several approaches to numerical modelling of liquid droplet heating and evaporation by convection an...
The development of a numerical model and application package is the aim of the paper as well as the ...
The dynamic behaviour and stability of single-phase reacting systems has been investigated thoroughl...
Several approaches to numerical modelling of liquid droplet heating and evaporation by convection an...
One-dimensional plane non-stationary flows of chemically reacting gas mixtures are investigated in t...
This work is concerned with the development of a new quantitative kinetic model for the analysis of ...
The interaction of numerous physical and chemical phenomena in bubble columns, a popular type of mul...
This manual describes the structure and usage of the computer program PLUG, which simulates the beha...
Molecular dynamics simulations are applied to model fuel droplet surrounded by air in a spatially an...
The object of research is the application of detonation coatings using cheap and safe energy sources...
A mathematical model for gas-liquid flows subject to mass transfer and chemical reactions is present...
A computer code for the simulation of isothermal stirred gas-liquid reactors, both continuous and se...
The structure of deflagration to detonation transition in gases is studied through high-resolution n...
International audienceDispersed liquid droplet flows with evaporation and condensation in multi-comp...
Computational Fluid Dynamics (CFD) and its applications have developed quite rapidly during the last...
Several approaches to numerical modelling of liquid droplet heating and evaporation by convection an...
The development of a numerical model and application package is the aim of the paper as well as the ...
The dynamic behaviour and stability of single-phase reacting systems has been investigated thoroughl...
Several approaches to numerical modelling of liquid droplet heating and evaporation by convection an...
One-dimensional plane non-stationary flows of chemically reacting gas mixtures are investigated in t...
This work is concerned with the development of a new quantitative kinetic model for the analysis of ...
The interaction of numerous physical and chemical phenomena in bubble columns, a popular type of mul...