A model-based identification algorithm derived from an innovative virtual trial misalignment
(VTM) strategy is developed to identify the rotor unbalance, active magnetic bearings …

An identification algorithm is developed to execute high-speed balancing of the flexible rotor
system supported on the conventional bearings, while rotating the system below its critical …

Mass imbalance frequently exists in a rotating machine. It may induce unbalance force,
causing undesirable vibrations and noise. Active magnetic bearing (AMB) has been found to …

This paper introduces a feedforward control strategy combined with a novel adaptive notch
filter to solve the problem of rotor imbalance in high-speed Magnetically Suspended …

Artificial intelligence stands for an excellent alternative to be considered in development of
new adaptive high-efficiency control design methodologies for uncertain modern complex …

The non-smooth nonlinear energy sink (NSNES) is used to suppress the vibration of the
rotor-blade system. Firstly, the structure and working principle of the NSNES for rotor-blade …

This paper presents an application of a nonlinear magnetic levitation system to the problem
of efficient active control of mass–spring–damper mechanical systems. An output feedback …

In this work the on-line unbalance parameter identification problem in a rotor-bearing system
is dealt by an algebraic approach. The system has two disks asymmetrically located along …

An output feedback dynamic control scheme is proposed for efficient velocity trajectory
tracking tasks for direct current (DC) electric motors. An asymptotic differentiation approach …

A new algebraic parametric identification method in time domain for multiple degrees‐of‐
freedom mechanical vibrating systems with high‐order nonlinear stiffness is proposed …