Applied Engine Electronic Control Technology in Situation and Analysis of Experimental Teaching System

Article Preview

Abstract:

This paper analyzes different levels of demand of the teaching equipment in engine electronic control technology experiment, and the current situation in China . And designed a comprehensive experimental teaching system of vehicle simulation engine electronic control technology. This system has the function of experimental feature, performance test and simulationexperimental with engine electronic control system principles. The experimental teaching system is a close combination between theory and practical teaching, which has a good practical value and extensive use in market. It will be the development direction of domestic engine teachingequipment.

You might also be interested in these eBooks

Info:

Periodical:

Pages:

206-211

Citation:

Online since:

December 2014

Export:

Price:

Permissions CCC:

Permissions PLS:

Сopyright:

© 2015 Trans Tech Publications Ltd. All Rights Reserved

Share:

Citation:

[1] Wang Xiumei, Song Jingbin, Bian Ronghua. Electronically controlled engine training simulation system design[J]. AGRICULTURAL EQUIPMENT & VEHICLE ENGINEERING. 2011(03).

Google Scholar

[2] Song Li min. Practical type of modular multifunction electronic control engine experimental training system design[J]. Public Communication of Science & Technology. 2013(13).

Google Scholar

[3] Cao Hong bing. Research and Exploration electronically controlled car repair skills development approach[J]. Chinese Vocational and Technical Education. 2006(06).

Google Scholar

[4] Liu Xiao yan, Gao Jia yan etc. Automotive electronically controlled engine of the teaching test bench design [J]. China New Technologies and New Products. 2012(16).

Google Scholar

[5] Zhao Wen long, Li Li bin etc. Based teaching electronically controlled engine of the test stand design and test analysis[J]. Automotive Electrical. 2009(10).

Google Scholar

[6] Pan Zong you, Zhang Ya ning. Development of electronically controlled engine training gantry[J]. Automotive Electrical. 2013(08).

Google Scholar

[7] Qin Xin ju. electronically controlled engine of the training teaching experimental platform development and application[J]. China Electric Power Education. 2012(27).

Google Scholar

[8] Woermann R J,Klages B,and Theuerkauf H J . CARTS-A Hardware in the Loop Simulator for Test and Development of Automotive Control Units [J]. SAE Journal.

DOI: 10.4271/961019

Google Scholar

[9] Geiger I,et al. Real-Time Simulation of Gasoline Engines-A Development Tool for a New Exhaust Emission Concept [J]. SAE 901537.

DOI: 10.4271/901537

Google Scholar

[10] Donald J,Dobner A. Mathematical Engine Model for Development of Dynamic Engine Control [J]. SAE 800054.

Google Scholar

[11] Wang Ke peng. Design and implementation of automotive ECU Monitoring System[D]. Chang'an University. (2012).

Google Scholar

[12] Liu Shui fa, Zhao Wen long. Electronic control engine of the laboratory bench design and application research[J]. Microcomputer Information. 2010, 26(07).

Google Scholar

[13] Zhang Ya ning. Electronically controlled engine of the training bench research and development[D]. Chang'an University. (2012).

Google Scholar

[14] Li Wei dong. Research engine fuel injection control system for model-based[D]. Zhejiang University. (2005).

Google Scholar