- Author
-
Shi, Y.
|
Hessel, R. P.
|
Reitz, R. D.
- Title
- Adaptive Multi-Gride Chemistry (AMC) Model for Efficient Simulation of HCCI and DI Engine Combustion.
- Coporate
- University of Wisconsin-Madison, Madison
- Journal
-
Combustion Theory and Modelling,
Vol. 13,
No. 1,
83-104,
February 2009
- Keywords
-
combustion
|
simulation
|
engines
|
gasoline
|
injection
|
fuel consumption
|
mapping
|
equations
|
specifications
|
sensitivity
|
automobile engines
|
lasers
- Identifiers
- Homogeneous Charge Compression Ignition (HCCI); Direct Injection (DI) engines; adaptive multi-grid mapping technique; gradient-preserving remapping technique; parametric study of the adaptive multi-grid chemistry model; global mapping versus neighbor mapping methods; KIVA3V2 submodels; engine specifications; engine operating conditions; comparisons of the global and neighbour mapping methods for HCCI; comparisons of the full chemistry model and AMC model for HCCI case using the PRF mechanism; comparisons of the averaged and gradient-preserving remapping methods for HCCI case; averaged remapping versus gradient-preserving remapping methods; HCCI operating conditions of the Honda engine; engine operating conditions - direct injection; engine specifications - GM-Fiat PCCI; engine operating conditions - GM-Fiat PCCI