结构振动主动控制

Learn the fundamental principles and advanced techniques of active structural vibration control in this comprehensive Chinese-language course. Master vibration control classifications, basic vibration theory for single and multi-degree freedom systems, and optimal control strategies. Explore modal control methods, system identification techniques, and optimization of sensor and actuator placement. Delve into time-delay handling methods in active control systems, model order reduction approaches, and practical applications through case studies. Examine topics like state equations, controllability, observability, and performance indicators while gaining hands-on experience with real-world examples including earthquake response in three-story buildings and flexible spacecraft parameter identification. Develop expertise in designing control systems using various methodologies such as optimal feedback control, sub-optimal control, and modal control, culminating in a final examination to assess mastery of the material.