Journal
MECCANICA
Volume 45, Issue 1, Pages 7-22Publisher
SPRINGER
DOI: 10.1007/s11012-009-9213-3
Keywords
Rotor-active magnetic bearing; Time-varying stiffness; Multi-parametric excitations; Stability; Multiple-valued solutions; Jump phenomenon
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A rotor-active magnetic bearing (AMB) system subjected to a periodically time-varying stiffness with quadratic and cubic nonlinearities under multi-parametric excitations is studied and solved. The method of multiple scales is applied to analyze the response of two modes of a rotor-AMB system with multi-parametric excitations and time-varying stiffness near the simultaneous primary and internal resonance. The stability of the steady state solution for that resonance is determined and studied using Runge-Kutta method of fourth order. It is shown that the system exhibits many typical non-linear behaviors including multiple-valued solutions, jump phenomenon, hardening and softening non-linearities and chaos in the second mode of the system. The effects of the different parameters on the steady state solutions are investigated and discussed also. A comparison to published work is reported.
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