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Flow Analysis of IC Engines


Affiliations
1 Department of Mechanical Engineering, MVN University, Palwal, Haryana, India
2 Department of Mechanical Engineering, DITMR, MD University, Haryana, India
 

Vehicles with SI engines are provided with carburettor for fuel air mixture supply. Fuel consumption affects the design of carburettor. For better uniform fuel air supply there is a need to design the carburettor with an effective design tool. Parameters of the carburettor will be analysed using computational fluid dynamics. The results obtained from the open source software's enGrid, open FOAM, will be analysed for optimum design of a carburettor. Current CFD models describe important physical and chemical processes of engine flows, but validation experiments are needed for model development and improvement. CFD combustion models capture engine performance and emissions trends and can be combined with optimization tools for design and evaluation of engine design concepts. In recent years CFD has been successfully established for the calculation of fluid flow, mixture formation and combustion in internal combustion engines as a complementary tool to in-cylinder pressure analysis and optical mixture formation and combustion diagnostics.

Keywords

Carburettor, enGrid, OpenFOAM.
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  • Flow Analysis of IC Engines

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Authors

Adil Amaan
Department of Mechanical Engineering, MVN University, Palwal, Haryana, India
S. K. Dubey
Department of Mechanical Engineering, MVN University, Palwal, Haryana, India
Chirag Vij
Department of Mechanical Engineering, DITMR, MD University, Haryana, India
S. K. Bhardwaj
Department of Mechanical Engineering, DITMR, MD University, Haryana, India

Abstract


Vehicles with SI engines are provided with carburettor for fuel air mixture supply. Fuel consumption affects the design of carburettor. For better uniform fuel air supply there is a need to design the carburettor with an effective design tool. Parameters of the carburettor will be analysed using computational fluid dynamics. The results obtained from the open source software's enGrid, open FOAM, will be analysed for optimum design of a carburettor. Current CFD models describe important physical and chemical processes of engine flows, but validation experiments are needed for model development and improvement. CFD combustion models capture engine performance and emissions trends and can be combined with optimization tools for design and evaluation of engine design concepts. In recent years CFD has been successfully established for the calculation of fluid flow, mixture formation and combustion in internal combustion engines as a complementary tool to in-cylinder pressure analysis and optical mixture formation and combustion diagnostics.

Keywords


Carburettor, enGrid, OpenFOAM.