Abstract
This paper presents a study of the active control of structural vibration by an active mass damper system, which consists of a combination of a force generator, a sensor and a servomechanism. The systematic procedure for the synthesis of an active mass damper system is based on the use of modal control theory. The effectiveness of an active mass damper system is demonstrated by the results of a numerical analysis of the undamped vibration of a single degree of freedom system, and it is shown that the eigenvalues of the system can be assigned any arbitrary values by linear feedback of state variables.
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