1. Rigid-Flexible Coupling Structural Dynamics
2. Multibody System Dynamics
3. Nonlinear Dynamics
4. Vibration Control
5. Multibody System Dynamics Analysis
6. Vibration Control and Experimental Techniques
7. Rotordynamics
8. Rotor System Dynamics and Vibration Control (Vibration/Stability Analysis, Active/Passive Structural Vibration Control)
9. Fluid-Structure Interaction Dynamics (Aeroelastic Flutter and Control)
10. Computational Multibody Dynamics (Simulation of Flexible Multibody Systems with Large Deformation/Motion, HPC and Parallel Computing)
11. Self-Powered Electromechanical System Development (Energy Harvesting)
12. Intelligent Modeling Methods Based on Neural Networks (Machine Learning)
