Optimal Control of the Rotor System Motion

Abstract:

Among the problems of the rotor machines dynamics the special attention is given to the problems of creation of the automatic balancing devices (ABD) in form of a hollow rotor, filled by a liquid, and the liquid-solidbody ABD. The theoretical and experimental works on research of the ABD on the base of a hollow rotor filled partially with a liquid and of the liquid-solidbody ABD are not enough. Therefore development of the methods of research of dynamics of the rotor machines with the ABD and such machines designs is an actual, new and perspective problem. In the present work the mathematical model of the rotor system with the ABD taking into account of the engine characteristics is offered. Lets consider the model of the rotor with electric drive with one disk, set up at the flexible shaft without skew. The shaft is lean on two bearings (fig. 1).

• Periodical: Advanced Materials Research (Volume 705)
• Pages: 546-552
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.705.546
• Online since: June 2013
• Authors: Imankul Toleukhan
• Keywords: Automatic Balancing Device, Characteristics of the Motor, Dynamics of Rotating Machines, Electrical Drive, Hollow Rotor, Mathematical Model of the Rotor System

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