This paper addresses the problem of composite synchronization of three eccentric rotors
(ERs) driven by induction motors in a vibrating system. The composite synchronous motion …

The problem is motivated by observations of a rotor-pendula system, which derived from a
new shale shaker. To grasp the dynamic characteristics of the shale shaker, the key …

In this paper, self-and controlled synchronizations of three eccentric rotors (ERs) in line
driven by induction motors rotating in the same direction in a vibrating system are …

In this paper, Sommerfeld effect and self-synchronization of two non-ideal induction motors
in a simply supported beam system are studied. Based on fully considering non-ideal …

In this article, multifrequency controlled synchronization of four inductor motors by the fixed
frequency ratio method in a vibration system is investigated. The electromechanical coupling …

In the paper, the composite synchronization of four eccentric rotors (ERs) driven by induction
motors in a vibration system with a mass-spring rigid base is investigated. Composite …

The present work is a lucubration and verification of the previous research through theory
and experiment. Because of the physical model of the published paper is oversimplified, the …

In the petroleum exploitation industry, the vibration isolation technology of the traditional
vibration screen is difficult to satisfy the security requirement of industrial production, so the …

To solve the limitation of vibration synchronization, this paper investigates the dynamics of a
vibration system driven by three homodromy eccentric rotors (ERs) using control …

The self-synchronization of rotors in a nonlinear system has both academic and practical
importance because of its applicability as a source of excitation for vibratory machines …