@inbook{ab4f0921da3e4c3bbf7c3aa69cb1de94,
title = "Vibration control of rotor systems with noncollocated sensor/actuator by experimental design",
abstract = "This paper presents a controller design methodology for vibration suppression of rotor systems in noncollocated sensor/actuator configuration. The methodology combines the experimental design method of quality engineering and the active damping control technique such that their advantages in implementation feasibility and performance-robustness can be integrated together. Compared with LQ-based design, the controller order is smaller and it is applicable to systems in an operation speed range. In addition, neither preselected sensor/actuator location nor state measurement/estimation is needed. By using the locations of sensor/actuator and the feedback gains as design parameters, the controller is shown to achieve the best possible system performance while maintaining the closed loop system stability. Analyses also show that, contrary to common believe, the performance of a closed loop system with noncollocated sensor/actuator can be superior to that with a collocated one.",
author = "Yang, {S. M.} and Sheu, {G. J.} and Yang, {C. D.}",
year = "1995",
language = "English",
series = "American Society of Mechanical Engineers, Design Engineering Division (Publication) DE",
number = "3 Pt B/1",
editor = "K.W. Wang and B. Yang and J.Q. Sun and K. Seto and K. Yoshida and {et al}, al",
booktitle = "15th Biennial Conference on Mechanical Vibration and Noise",
edition = "3 Pt B/1",
note = "Proceedings of the 1995 ASME Design Engineering Technical Conference. Part C ; Conference date: 17-09-1995 Through 20-09-1995",
}