Home > Advances in Automotive Control > 5th IFAC Symposium on Advances in Automotive Control (2007) > Experimental airpath control of a turbocharged S.I. engine with valve timing actuators
Experimental airpath control of a turbocharged S.I. engine with valve timing actuators
Advances in Automotive Control, Volume # 5 | Part# 1
Location: Seascape Resort, USA
National Organizing Committee Chair: Gerdes, J. Christian
International Program Committee Chair: Hedrick, J. Karl
Conference Editor: Shaver, Gregory
Authors
Le Solliec, G.; Chauvin, J.; Corde, G.
Identifier
10.3182/20070820-3-US-2918.00081
Index Terms
downsized SI engine,air path control,observer
Abstract
The paper presents the development of air path control for a downsized SI engine, from simulation design to validation on a demonstration car. One main issue to reach performance, fuel consumption and pollutant emissions demands is in-cylinder masses observation and control. A simulation-based approach is first presented to design accurate observers from a reference simulator. In this project, a multivariable and non-linear control has been developed, targeting in-cylinder masses trajectories. Finally, the complete torque-based engine control has been integrated on vehicle.
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