Add to ORKGModeling of chemistry in Computational Fluid Dynamics can be the most time-consuming aspect of many applications. If the entire set of elementary reactions is to be solved, a set of stiff ordinary differential equations must be integrated. Some of the reactions take place at very high rates, requiring short time steps, while others take place more slowly and make little progress in the short time step integration
The efficiency and accuracy of several algorithms recently developed for the efficient numerical int...
Combustion process are used to improve modern society, but it comes with problems, like global warmi...
The present work focuses on the numerical simulation of Moderate or Intense Low oxygen Dilution comb...
Computational fluid dynamics has reached a stage where flow field in practical situation can be pred...
Despite the onset of peta-scale computing, simulations of reacting flows with detailed chemistry is ...
Abstract. In the past decade, the computational fluid dynamics (CFD) community has put increasing at...
Simulation of detailed multicomponent reactive flow processes becomes quite expensive and, despite t...
When it comes to handling large hydrocarbon molecules and describing the pyrolysis and combustion be...
In the study of high speed flows at high altitudes, such as that encountered by re-entry spacecrafts...
When it comes to handling large hydrocarbon molecules and describing the pyrolysis and combustion be...
In the application of CFD to turbulent reacting flows, one of the main limitations to predictive acc...
Computational fluid dynamics (CFD) is an important tool for designing and optimizing combustion syst...
In the application of CFD to turbulent reacting flows, one of the main limitations to predictive acc...
Computer simulations using accurate chemical kinetic models are increasingly being used to support t...
summary:During the last years the interest in the numerical simulation of reacting flows has grown c...
The efficiency and accuracy of several algorithms recently developed for the efficient numerical int...
Combustion process are used to improve modern society, but it comes with problems, like global warmi...
The present work focuses on the numerical simulation of Moderate or Intense Low oxygen Dilution comb...
Computational fluid dynamics has reached a stage where flow field in practical situation can be pred...
Despite the onset of peta-scale computing, simulations of reacting flows with detailed chemistry is ...
Abstract. In the past decade, the computational fluid dynamics (CFD) community has put increasing at...
Simulation of detailed multicomponent reactive flow processes becomes quite expensive and, despite t...
When it comes to handling large hydrocarbon molecules and describing the pyrolysis and combustion be...
In the study of high speed flows at high altitudes, such as that encountered by re-entry spacecrafts...
When it comes to handling large hydrocarbon molecules and describing the pyrolysis and combustion be...
In the application of CFD to turbulent reacting flows, one of the main limitations to predictive acc...
Computational fluid dynamics (CFD) is an important tool for designing and optimizing combustion syst...
In the application of CFD to turbulent reacting flows, one of the main limitations to predictive acc...
Computer simulations using accurate chemical kinetic models are increasingly being used to support t...
summary:During the last years the interest in the numerical simulation of reacting flows has grown c...
The efficiency and accuracy of several algorithms recently developed for the efficient numerical int...
Combustion process are used to improve modern society, but it comes with problems, like global warmi...
The present work focuses on the numerical simulation of Moderate or Intense Low oxygen Dilution comb...