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A Study on Ignition Advanced Angle Control Strategy of EFI Gasoline Engine
Technical Paper
2010-01-0244
ISSN: 0148-7191, e-ISSN: 2688-3627
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English
Abstract
Taking LJ377MV motorcycle engine for a research object, this paper designs and simulates the control strategy of ignition advanced angle in various work conditions. The analysis of closed-loop control of ignition advanced angle based on knock signal and the control strategy of idle condition are emphasized. In order to achieve modularization of electronic control system development and reduce costs, Stateflow and Simulink in the MATLAB software platform are used to complete the modeling and simulation of ignition advanced angle controller. The simulation results verify the rationality of control strategy which has been designed in the paper and also indicate that the idle speed can be stabilized at desired speed by the adjustment of ignition advanced angle controlled by sliding mode variable structure.
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Citation
Jiang, Y., xu, N., and Liu, B., "A Study on Ignition Advanced Angle Control Strategy of EFI Gasoline Engine," SAE Technical Paper 2010-01-0244, 2010, https://doi.org/10.4271/2010-01-0244.Also In
References
- Wang W Chirwa E C Zhou E Fuzzy ignition timing control for a spark ignition engine,” Instn Mech Engrs 214 2000
- Wang W Chirwa E C Zhou E “Fuzzy neural ignition timing control for a natural gas,” Instn Mech Engrs 215 2001
- Willson Bryan Whitham Jeff “Estimating Ignition Timing from Engine Cylinder Pressure with Neural Networks,” Department of Mechanical Engineering Colorado State University
- Zuo Chengji Tengqin Fang Huiyong “The Design of Engine Ignition System with Coal Bed Gas base on Knock Control,” Vehicle Engine Feb. 2005
- Gong Jinke “The Modeling and Simulation of the Fuel Injection and Ignition Control of Motorcycle Engine,” Internal Combustion Engine Engineering 2005
- Jiang Yankun Wu Fengsheng Wu Yangyang “Research on Idle Speed Control Strategy of Three-cylinder In-line Engine Electronic Control System,” Journal of Wuhan University of Technology 2008 5
- Zhang Wenqiang Zhang Yongxiang Song Qingjun “Application of Sliding Mode Control in Nonlinear Mechanical System” Journal of Xihua University 2006 1
- Mazlee M. R. “Application of neural networks to the automotive engine,” Int. J. of Vehicle Design 1993
- Crossley P R Cook J A “A Nonlinear Engine Model for Drive Train System Development,” IEEE International Conference Control Edinburgh, U.K 1991
- Hendricks, E. Sorenson, S.C. “Mean Value Modelling of Spark Ignition Engines,” SAE Technical Paper 900616 1990
- Jiang Yankun “Energy power plant and CAD technology,” 7118050504 National Defense Industry Press 2007