A non-intrusive SSM reduced-order model anchored at centrifugal equilibrium is built for geometrically nonlinear rotating structures, allowing efficient computation of backbone and forced response curves while capturing Coriolis effects.
Theoretical and experimental investigations on steady-state responses of rotor-blade systems with varying rotating speeds based on a new nonlinear dynamic model
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Non-intrusive spectral submanifold model reduction for geometrically nonlinear rotating structures with Coriolis and centrifugal forces
A non-intrusive SSM reduced-order model anchored at centrifugal equilibrium is built for geometrically nonlinear rotating structures, allowing efficient computation of backbone and forced response curves while capturing Coriolis effects.