Evaluating the EGR Distribution Effectiveness of Intake Manifolds by CFD Technique
Evaluating the EGR Distribution Effectiveness of Intake Manifolds by CFD Technique
- New search for: Mulemane, Aditya
- New search for: Nandi, Sourabh
- New search for: Mulemane, Aditya
- New search for: Nandi, Sourabh
This paper describes a Computational Fluid Dynamics (CFD) technique for evaluating the effectiveness of an intake manifold/ EGR system. The effectiveness of the intake manifold is defined in terms of equal distribution of EGR to individual cylinders. The procedure described in this work is unparalleled, since the available testing techniques are inadequate to make measurements of the actual EGR distribution. This paper also outlines a 1D - 3D coupling approach to apply transient boundary conditions on the CFD model.As part of this study, the development of an intake manifold/ EGR system is described under different operating conditions. Different intake manifold designs are also compared. Various parameters affecting the distribution of the EGR are discussed.
Document information
Evaluating the EGR Distribution Effectiveness of Intake Manifolds by CFD Technique
Sae Technical Papers
International Mobility Engineering Congress and Exposition ; 2009
2009-12-13
Conference paper
English
Similar titles
British Library Online Contents | 2004
Noise optimization of air-intake manifolds
Online Contents | 1998
INTAKE FLOW IN MANIFOLDS AND CYLINDERS
| SAE Technical Papers | 1921
Composite intake manifolds and fuel rails
Automotive engineering | 1993
Noise optimization of air-intake manifolds
| Automotive engineering | 1998