(Including but not limited to the following topics)
Track 1: Mechanical Dynamics
Multibody system dynamics, flexible body dynamics and rigid-flexible coupling modeling
Nonlinear dynamics, bifurcation and chaos theory in mechanical systems
Rotational dynamics, gear transmission system dynamics and fault diagnosis
Vibration analysis, vibration isolation, vibration reduction and active control of mechanical systems
Impact dynamics, collision problems and energy absorption structure design
Parameter identification, system identification and dynamic model correction
Friction, wear and lubrication dynamics
Experimental dynamics, modal analysis and working deformation analysis
Track 2: Vehicle Engineering
Hydrogen fuel vehicle technology
Solid-state battery applications
Powertrain control
Intelligent suspension systems
Carbon fiber lightweighting
Lidar perception
Power system simulation
Fuel cell optimization
Vehicle-road cooperative communication
Power storage technology
Vehicle power system innovation
Vehicle intelligent driving technology
Vehicle lightweight design
Vehicle electrification development
Vehicle dynamics and control
Construction machinery intelligence
Vehicle human-machine interaction design
Efficient propulsion optimization
Power failure diagnosis
Vehicle thermodynamic cycle
Low-carbon power integration
Vehicle power control
Track 3: Intelligent Control
Unmanned vehicles
Vehicle transmission and intelligent control
Clutch intelligent predictive control technology
Intelligent systems and control
Embedded systems and robots
Intelligent system design
Intelligent fault detection and identification
Network intelligence and network control
Hybrid intelligent systems
Mechanical systems and optimization algorithms
Control based on microprocessors
Intelligent vehicle control ......