First-Passage Analysis for a Nonlinear Damping Dynamical Systems under Colored Noise Excitation[J]. 2017, 51(4): 122-127+154.
DOI:
First-Passage Analysis for a Nonlinear Damping Dynamical Systems under Colored Noise Excitation[J]. 2017, 51(4): 122-127+154.DOI: 10.7652/xjtuxb201704019.
First-Passage Analysis for a Nonlinear Damping Dynamical Systems under Colored Noise Excitation
By employing the unified colored-noise approximation approach and the stochastic averaging method
the first-passage is analyzed for a class of nonlinear damping dynamical systems under colored noise excitation. A backward Kolmogorov(BK)equation for the conditional reliability function and a generalized Pontryagin(GP)equation for the conditional moment of the first-passage time are established. Under the regular boundary conditions and initial conditions for BK and GP equations
the conditional reliability function
probability density function and numerical solution of the first-passage time of the systems are obtained
and the effects of system parameters and external excitation noise on system reliability are discussed via numerical simulation. The results show that the system reliability can be improved by increasing system parameters
and the probability of the first-passage rises and the system reliability lowers with the increasing excitation intensity. Moreover
the influence of noise autocorrelation time on the system reliability is related to the system parameters. The system reliability rises if the noise autocorrelation time for a large system parameter increases
but the system reliability lowers if the noise autocorrelation time for a small system parameter increases.
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