Chassis Electronic Control Technology course is a professional foundation course for automotive electronic control technology related majors, which is an integration of theory and practice. The course utilizes a project-based approach and is divided into five projects, which introduce the course respectively from the chassis electronic control system cognition, automotive automatic transmission structure, principle and overhaul, automotive electronically controlled suspension system structure, principle and overhaul, automotive electronically controlled steering system structure, principle and overhaul, automotive safety and stability system structure, principle and overhaul, and other aspects of the automotive chassis electronic control system. Through the learning of the course, students are required to master the composition of the chassis electronic control system, the role and the interconnection between the subsystems, intuitive understanding of the entire chassis electronic control system.
Electronic Control Technology for Automotive Chassis
Chongqing Vocational Institute of Engineering via XuetangX
Overview
Syllabus
- Chapter I: Chassis electronic control system cognition
- Overview of Automotive Chassis Electronic Control Technology
- Chapter II: Automotive automatic transmission structure, principle and overhaul
- 1. Automatic Transmission Overview
- 2. Function and Structure of Hydraulic Torque Converter
- 3. Operating Principle of Hydraulic Torque Converter
- 4. Control and Trouble Shooting of Hydraulic Torque Converter Lock-up Clutches
- 5. Hydraulic Torque Converter Trouble Shooting
- 6. Structure and Operating Principle of Shift Actuator
- 7. Disassembly and Overhaul of Shift Actuators
- 8. Composition and Analysis of the movement law of single-stage planetary row and double-stage planetary row
- 9. Ravigneaux Automatic Transmission Structure and Power Transmission Route Analysis
- 10. Simpson Automatic Transmission Structure and Power Transmission Route
- 11. Structure and Operating Principle of Hydraulic Control System
- 12. Structure and Working Process of Each Control Valve of Automatic Transmission (I)
- 13. Structure and Working Process of Each Control Valve of Automatic Transmission (II)
- 14. Overall Framework of the Automatic Transmission Electronic Control System and ECU Control Functions
- 15. Structure, Principle and Overhaul of Sensing and Executive Components of Automatic Transmission Electronic Control System (I)
- 16. Structure, Principle and Overhaul of Sensing and Executive Components of Automatic Transmission Electronic Control System (II)
- 17. Shift Pattern of Automatic Transmission
- 18. Structure and Operating Principle of CVT Automatic Transmission
- 19. Structure and Operating Principle of DCT Automatic Transmission
- 20. Fault Diagnosis of Vehicle Not Moving
- 21. Fault diagnosis of hydraulic oil deterioration
- 22. Fault diagnosis for Excessive Shift Impacts
- Chapter II Discussion
- Chapter III: Automotive electrically controlled suspension system structure, principle and overhaul
- 1. Concept, Types and Control Functions of Electronic Control Suspension Systems
- 2. Components of Electronic Control Suspension System
- 3. Typical Electronic Control Suspension Systems
- Chapter III Discussion
- Chapter IV: Automotive electronically controlled steering system structure, principle and overhaul
- 1. Find the Right Direction, Take Control of the Life - Awareness of Automotive Steering Systems
- 2. Structure and Operating Principle of Hydraulic EPS
- 3. Electric EPS Principle and Overhaul
- 4. Four Wheel Steering System
- Chapter IV Discussion
- Chapter V: Automotive safety and stability system structure, principle and overhaul
- 1. Anti-Lock Brake System Basics 1
- 2. Anti-Lock Brake System Basics 2
- 3. Structure and Function of Electronic Stability Program (ESP)
- 4. Concept and Function of Acceleration Slip Regulation
- 5. Theoretical Basis and Overhaul of Wheel Speed Sensing (I)
- 6. Theoretical Basis and Overhaul of Wheel Speed Sensing (II)
- Chapter V Discussion
- final examination
Taught by
LU Guoping, Si Tingting, Chen Rui, Tang Shan, and Tu Xiong
