A numerical study of a delayed Duffing driver and a periodically forced Duffing response identifies a resonance at response frequency about 2, caused by the interplay of the coupling and the external forcing.
In order to appreciate the effects of the two perturbations on the dynamics of the response system, the dissipation is negligible, µ = 0.01
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When a periodic forcing and a time-delayed nonlinear forcing drive a non-delayed Duffing oscillator
A numerical study of a delayed Duffing driver and a periodically forced Duffing response identifies a resonance at response frequency about 2, caused by the interplay of the coupling and the external forcing.