Uncertainty handling and analysis of rotor systems have been active research areas during
the last two decades. This paper provides a state-of-the-art review on the research progress …

This document presents the implementation of a con-tinuous population genetic optimization
algorithm (CGA) as a solution method to the parameter estimation problem of a diode model …

The classical theory of linear matrix inequality (LMI)-based linear quadratic regulator (LQR)
control that is well established in literature does not provide, in the controller project phase …

One of the performance-limiting factors in the design of robust controllers for active magnetic
bearing systems is the fact that the controller needs to be robust to the gyroscopic effects …

Abstract Machine tools are the main driving forces of industrialization of a country. However,
poor machinability because of chatter vibration results in poor surface quality, excessive …

This paper aims at analyzing the sensitivity of the structural response of flexible rotors
subjected to uncertain interval parameters. The interval approach encompasses both an …

This paper proposes the parameter identification and the application of active vibration
control technique within a structure of two degrees of freedom using electromagnetic …

Ground resonance (GR) in helicopters is a potentially catastrophic instability commonly
caused by coalescence of the regressive cyclic blade lag mode with the fuselage motion in …

This paper proposes a vibration identification method based on a Genetic Algorithm (GA) to
improve the reliability of rotating machinery by effectively controlling rotor vibrations. The …

Purpose In this contribution, an active vibration control in a composite beam considering
electromagnetic actuators is proposed. The control theory used was the linear quadratic …