Neural Cylinder Model and Its Transient Results

Yongsheng He; Christopher J. Rutland

doi:10.4271/2003-01-3232

2003-10-27

Neural Cylinder Model and Its Transient Results 2003-01-3232

A cylinder model was developed using artificial neural networks (ANN). The cylinder model utilized the trained ANN models to predict engine parameters including cylinder pressures, cylinder temperatures, cylinder wall heat transfer, NOx and soot emissions. The ANN models were trained to approximate CFD simulation results of an engine. The ANN cylinder model was then applied to predict engine performance and emissions over the standard heavy-duty FTP transient cycle. The engine responses varying over the engine speed and torque range were simulated in the course of the transient test cycle. It was demonstrated that the ANN cylinder model is capable of simulating the characteristics of the engine operating under transient conditions reasonably well.

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Neural Cylinder Model and Its Transient Results 2003-01-3232

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