Coherence resonance in a nonlinear aeroelastic system

The data set is for the numerical simulation of stochastic sub-critical
pitch-plunge aeroelastic system. The stochastic differential equations
(SDEs) are solved in MATLAB. The simulated data is further post-processed
to prove the manifestation of coherence resonance in the system. The
measures used to establish the phenomenon are power spectral density
(PSD), signal-to-noise ratio (SNR), quality factor, correlation time,
inter-spike interval (ISI) analysis, which is also provided in the
dataset. The dataset also contains the source code used to simulate the
system and post-processing codes used to evaluate the measures. Coherence
resonance is unexplored in the context of aeroelastic/fluid-structure
interaction systems and can pose danger to the safety of the structure.
However from the lens of energy harvesting, the amplified power output at
the system frequency holds a promising outlook.