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SLOW OSCILLATIONS OF THE UNBALANCED VIBROEXCITERS' ROTORS WHEN PERTURBING THE SELF-SYNCHRONIZATION REGIMES

M. A. Potapenko-2008-01-01
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TL;DRAbstract

The results, presented in article [Indeitsev, Blekhman and Fradkov, 2007] are extended on the case of the system with self-synchronizing mechanical vibroexciters.It is shown, that so-called ”inner pendulum” is obtained when perturb a steady mode of selfsynchronization of several inertial vibroexciters. In the case of two activators the equation of semi slow oscillations of ”inner pendulum” is obtained. Frequency of these oscillations is much above the change of anqular speed rate of rotors in start-up mode frequency.

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The results, presented in article [Indeitsev, Blekhman and Fradkov, 2007] are extended on the case of the system with self-synchronizing mechanical vibroexciters.It is shown, that so-called ”inner pendulum” is obtained when perturb a steady mode of selfsynchronization of several inertial vibroexciters. In the case of two activators the equation of semi slow oscillations of ”inner pendulum” is obtained. Frequency of these oscillations is much above the change of anqular speed rate of rotors in start-up mode frequency.

Keywords

SynchronizingPhysicsControl theory (sociology)Oscillation (cell signaling)Synchronization (alternating current)PendulumInertial frame of referenceClassical mechanics

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