The limitation of CO2, noxious emissions and soot in the exhaust of internal combustion engines is one of the most important challenges facing the automotive industry. Another challenge is the reduction of fuel consumption. CFD became an increasingly used and important tool in the development of internal combustion engines while the simulation of fuel sprays and combustion is very challenging. By injecting fuel in a high temperature surrounding a two-phase flow is generated including heat transfer and evaporation. All the physical and chemical processes are described using different sub models. In this work the VSB2 spray model was implemented in the opensource code OpenFOAM and the model was validated using spray experiments
In order to satisfactorily model the mixing of fuel with air, a good understanding of all the differ...
In the present paper, the combustion process and emission formation in the Lister 8.1 I.D.I Diesel ...
The development and introduction of new engine technologies are primarily motivated by the need to c...
The limitation of CO2, noxious emissions and soot in the exhaust of internal combustion engines is o...
The formation, ignition, and combustion of fuel sprays are highly complex processes and the availabl...
The formation, ignition and combustion of fuel sprays are highly complex processes, and the models t...
The accuracy and robustness of spray models and their implementation in current commercial CFD codes...
When developing new combustion concepts, CFD simulations is a powerful tool. The modeling of spray f...
Spray formation and combustion are highly complex processes, which have already been subjects of int...
Legislation with reagards to fuel emissions are becoming more stringent. This creates a need for imp...
Owing to increased interest in blended fuels for automotive applications, a great deal of understand...
Combustion control and optimization is of great importance to meet future emission standards in dies...
Diesel like combustion is mostly preferred for the internal combustion engines due to its efficiency...
Diesel like combustion is mostly preferred for the internal combustion engines due to its efficiency...
A spray model has been implemented in the OpenFOAM CFD toolkit. A set of constant volume chamber inj...
In order to satisfactorily model the mixing of fuel with air, a good understanding of all the differ...
In the present paper, the combustion process and emission formation in the Lister 8.1 I.D.I Diesel ...
The development and introduction of new engine technologies are primarily motivated by the need to c...
The limitation of CO2, noxious emissions and soot in the exhaust of internal combustion engines is o...
The formation, ignition, and combustion of fuel sprays are highly complex processes and the availabl...
The formation, ignition and combustion of fuel sprays are highly complex processes, and the models t...
The accuracy and robustness of spray models and their implementation in current commercial CFD codes...
When developing new combustion concepts, CFD simulations is a powerful tool. The modeling of spray f...
Spray formation and combustion are highly complex processes, which have already been subjects of int...
Legislation with reagards to fuel emissions are becoming more stringent. This creates a need for imp...
Owing to increased interest in blended fuels for automotive applications, a great deal of understand...
Combustion control and optimization is of great importance to meet future emission standards in dies...
Diesel like combustion is mostly preferred for the internal combustion engines due to its efficiency...
Diesel like combustion is mostly preferred for the internal combustion engines due to its efficiency...
A spray model has been implemented in the OpenFOAM CFD toolkit. A set of constant volume chamber inj...
In order to satisfactorily model the mixing of fuel with air, a good understanding of all the differ...
In the present paper, the combustion process and emission formation in the Lister 8.1 I.D.I Diesel ...
The development and introduction of new engine technologies are primarily motivated by the need to c...