Teaching Courses
Research area：mechanical dynamics and vibration control, embedded real-time computer systems, motion and industrial electromechanical systems. Teaching core courses about the research fields.For detailed course content, please click on the course name on the picture and the information will be updated from time to time.
Mechanical Vibration and Noise Control
Basic concepts of vibration, Discrete system modeling, Vibration analysis of multi-degree-of-freedom systems, Vibration control, Basic methods of noise control
Fluid Mechanics
Fluid properties, Hydrostatics, kinematics and dynamics of fluid mechanics, Similarity principle and dimensional analysis, One-dimensional flow of gas
The Principle and Application of Programmable Controller
The basic principle and working process of PLC, Ladder programming, Motion and industrial control system design
Computer Aided Analysis
MATLAB language foundation, Simulink modeling basic method, Computer aided design of dynamics and control system
Mechanical Dynamics
History of mechanical dynamics, Discrete and continuous system vibration problems, Multi-flexible mechanical arm system modeling, Simple control applications
Fundamental of CAN Bus Technology
The basic concept of computer network control system, CAN bus basis, SAE J-1939 protocol standard analysis, Truck CAN bus system design example
Practical Courses
Electromechanical System Course Design, Innovative Comprehensive Experiment
Graduation Project
Design practice and research in the context of mechanical vibration, industrial control and other applications
