Automatic Control and Systems Engineering, University of Sheffield
Abstract
In this the second part of the paper, a common and severe nonlinear phenomenon called jump, a behaviour associated with the Duffing oscillator and the multi-valued properties of the response solution, is investigated. The new frequency
domain criterion of establishing the upper limits of the nonlinear oscillators, developed in Part I of this paper, is applied to predict the onset point of the jump, and
the Volterra time and frequency domain analysis of this phenomenon are carried out based on graphical and numerical techniques
