Bifurcations
occur
in the dynamics of complex systems, from ecosystems to
engineered
systems. Such phenomena lead to various types of stability
issues and
can cause dramatic changes in the dynamics. Therefore,
forecasting such
bifurcations with measurements only from the pre-bifurcation
regime is
of great importance.
The
main
goal of our research is to create novel methods to
quantitatively
forecast post-bifurcation dynamics of large dimensional complex
nonlinear systems. Specifically, we are currently working on
forecasting flutters in aeroelastic systems using system
responses to
gust perturbations in pre-bifurcation regime.
Forecasting
post-bifurcation dynamics of nonlinear systems
|