1. INTRODUCTION AND SCOPE
2. INTRODUCTION TO MECHANICAL VIBRATIONS
MOTION OF SDOF SYSTEMS
MOTION OF MDOF SYSTEMS
FINITE ELEMENT ANALYSIS OF VIBRATING MECHANICAL SYSTEMS
3. INTRODUCTION TO WAVES IN STRUCTURES
LONGITUDINAL AND FLEXURAL WAVES
VIBRATION OF BEAMS
VIBRATION OF THIN PLATES
4. CONCEPT FROM LINEAR SYSTEM THEORY
SINGLE-CHANNEL FEEDBACK CONTROL
STABILITY OF SINGLE-CHANNEL SYSTEM
MODIFICATION OF THE RESPONSE OF AN SDOF SYSTEM
5. TRANSDUCTION DEVICE DYNAMICS AND THE PHYSICAL SYSTEM
PRINCIPAL TYPES OF TRANSDUCTION DEVICES
PIEZOELECTRIC MATERIAL AND DEFINITIONS
PIEZOELECTRIC SENSORS AND ACTUATORS
FIBER OPTIC VIBRATION SENSORS
SHAPE MEMORY ALLOY ACTUATORS AND SENSORS
SELF-SENSING ACTUATOR
ELECTROSTRICTIVE AND MAGNETOSTRICTIVE ACTUATORS
SIGNAL CONDITIONING
6. ACTIVE CONTROL OF VIBRATION IN STRUCTURES
FEEDFORWARD CONTROL OF FINITE STRUCTURES
FEEDBACK CONTROL OF FINITE STRUCTURES
FEEDFORWARD CONTROL OF WAVE TRANSMISSION
7. DAMPING OF STRUCTURAL VIBRATIONS WITH PIEZOELECTRIC MATERIALS AND PASSIVE
ELECTRICAL NETWORKS
PASSIVE ELECTRICAL NETWORKS: RESISTIVE SHUNTING AND RESONANT CIRCUIT SHUNTING
PASSIVE-ACTIVE HYBRID CONTROL SYSTEM
8. THE EPILOGUE : RESEARCH ISSUES
REFERENCES
[1] RAO, S.S., MECHANICAL VIBRATIONS, 3RD ED. ADDISON-WESLEY, 1995
[2] FULLER, C.R., ELLIOTT, S.J. AND NELSON, P.A., ACTIVE CONTROL OF VIBRATION, ACADEMIC PRESS, 1996.
[3] TZOU, H.S., AND ANDERSON, G.L., (ED.), INTELLIGENT STRUCTURAL SYSTEMS, KLUWER ACADEMIC PUB., DORDRECHT/BOSTON, 1992.