(The following topics include but are not limited to)
Track 1: Dynamics
Design and optimization of power systems
New energy power devices
Internal combustion engines and gas turbine dynamics
Thermal energy and power machinery
Sound and control technologies for power machinery systems
Fault diagnosis and health management of power systems
Dynamics of fuels and combustion processes
High-performance power system materials and applications
Intelligent and digitalization of power equipment
Fluid machinery and its dynamics
Multifield coupling dynamics
Nonlinear dynamics and mixed control
New energy equipment dynamics
Track 2: Vibration
Structural vibration, modal analysis and experimental modal testing
Random vibration, spectral analysis and vibration environment prediction
Vibration fatigue, vibration reliability and life assessment
Isolators design, semi-active/active suspension and vibration reduction systems
Power vibration absorbers, tuned mass dampers (TMD) and multi-mode vibration reduction
Particle damping, shock damping and new energy dissipation materials
Sound-vibration coupling, vibration noise control and acoustic design
Fluid-solid coupling vibration, flutter and vortex-induced vibration suppression
Track 3: Control Engineering
Computer vision Intelligent Manufacturing
Robot control
Multi-agent system collaboration
Unmanned system control
Visual servoing Human-computer interaction
Model Predictive Control (MPC)
AI Integration
Embedded System
Intelligent Sensor
Robustness and Stability
Adaptive Control
Soft Robotics ……