The first paper in this short sequence described the idea of a simplifying transformation and applied the concept to a numerical optimisation-based variant of normal form analysis. The idea of the numerical normal form transformation was simply to eliminate or reduce the contribution of a pre-defined set of harmonics in the system response. It was shown that reducing the defined harmonics could lead to amplification of other components of the response. The idea of the current paper is to conduct a Monte Carlo worst-case analysis to investigate how badly unconstrained harmonics might be amplified by the optimisation
Although nonlinear mechanical systems have been the topic of numerous investigations during the last...
The nonlinear variations of constants formula is used to derive state estimates when a nonlinear sys...
A novel signal processing approach is developed in the present study for accurate elevation of the o...
This paper introduces the idea of a ‘simplifying transformation’ for nonlinear structural dynamic sy...
It is possible to use numerical techniques to provide solutions to nonlinear dynamical systems that ...
In the context of dynamic decoupling problems, engineering dynamics has long held modal analysis as ...
By using the Duffing oscillator as a case study, this paper shows that the harmonic components in th...
Dans cet article on traîte le problème d'estimation des fréquences des' sinusoïdes' dans le cas où l...
In the general method analysis applied to any nonlinear system depends to a large extent on the stru...
Issued also as a Ph.D. thesis in the Dept. of Electrical Engineering, 1968.Bibliography: p. 143-147....
New results for model order reduction, for weakly nonlinear systems in the frequency domain, are der...
The output spectrum of a linear dynamic system is equal to the input spectrum multiplied by the syst...
The truncation of Volterra series expansions is studied using the output frequency characteristics o...
In this paper, we describe a direct normal form decomposition for systems of coupled nonlinear oscil...
Most systems encountered in practice are nonlinear to some extent due to inherent distortion introdu...
Although nonlinear mechanical systems have been the topic of numerous investigations during the last...
The nonlinear variations of constants formula is used to derive state estimates when a nonlinear sys...
A novel signal processing approach is developed in the present study for accurate elevation of the o...
This paper introduces the idea of a ‘simplifying transformation’ for nonlinear structural dynamic sy...
It is possible to use numerical techniques to provide solutions to nonlinear dynamical systems that ...
In the context of dynamic decoupling problems, engineering dynamics has long held modal analysis as ...
By using the Duffing oscillator as a case study, this paper shows that the harmonic components in th...
Dans cet article on traîte le problème d'estimation des fréquences des' sinusoïdes' dans le cas où l...
In the general method analysis applied to any nonlinear system depends to a large extent on the stru...
Issued also as a Ph.D. thesis in the Dept. of Electrical Engineering, 1968.Bibliography: p. 143-147....
New results for model order reduction, for weakly nonlinear systems in the frequency domain, are der...
The output spectrum of a linear dynamic system is equal to the input spectrum multiplied by the syst...
The truncation of Volterra series expansions is studied using the output frequency characteristics o...
In this paper, we describe a direct normal form decomposition for systems of coupled nonlinear oscil...
Most systems encountered in practice are nonlinear to some extent due to inherent distortion introdu...
Although nonlinear mechanical systems have been the topic of numerous investigations during the last...
The nonlinear variations of constants formula is used to derive state estimates when a nonlinear sys...
A novel signal processing approach is developed in the present study for accurate elevation of the o...