Add to ORKGThe Response Spectrum Map (RSM) is introduced as a frequency domain equivalent to the Bifurcation Diagram. The RSM is a map of the energy distribution of a system in the frequency domain, where subharmonics, superharmonics and chaos generation can be revealed. The RSM is used in this paper to qualitatively analyse and detect various dynamical states exhibited by a nonlinear system
The theory of linear systems has been developed over many years into a unified collection of results...
In this paper a new frequency domain technique is introduced for the modal identification from ambie...
Most systems encountered in practice are nonlinear to some extent due to inherent distortion introdu...
SIGLEAvailable from British Library Document Supply Centre-DSC:7769.08577(no 774) / BLDSC - British ...
The validity of Volterra series representations is assessed in the time and frequency domain for the...
In this paper, an analysis of the energy transfer properties of nonlinear systems in the frequency d...
Both continuous and discrete time transfer functions of nonlinear systems are analysed and interpret...
In Part 1 of this paper (Li and Billings, 2004, a new method of constructing MISO NARX models was in...
Subharmonic generation is a complex nonlinear phenomenon which can arise from nonlinear oscillations...
In Part 1 of this paper the concepts of input and output frequency subdomains were introduced to giv...
The characteristics of generalised frequency response functions (GFRF's) of nonlinear systems in hig...
Hysteresis, or jump phenomenon, are a common and severe nonlinear behaviour associated with the Duff...
The output spectrum of a linear dynamic system is equal to the input spectrum multiplied by the syst...
New results for model order reduction, for weakly nonlinear systems in the frequency domain, are der...
In the last few years a great deal of attention has been devoted to detecting and to a certain exten...
The theory of linear systems has been developed over many years into a unified collection of results...
In this paper a new frequency domain technique is introduced for the modal identification from ambie...
Most systems encountered in practice are nonlinear to some extent due to inherent distortion introdu...
SIGLEAvailable from British Library Document Supply Centre-DSC:7769.08577(no 774) / BLDSC - British ...
The validity of Volterra series representations is assessed in the time and frequency domain for the...
In this paper, an analysis of the energy transfer properties of nonlinear systems in the frequency d...
Both continuous and discrete time transfer functions of nonlinear systems are analysed and interpret...
In Part 1 of this paper (Li and Billings, 2004, a new method of constructing MISO NARX models was in...
Subharmonic generation is a complex nonlinear phenomenon which can arise from nonlinear oscillations...
In Part 1 of this paper the concepts of input and output frequency subdomains were introduced to giv...
The characteristics of generalised frequency response functions (GFRF's) of nonlinear systems in hig...
Hysteresis, or jump phenomenon, are a common and severe nonlinear behaviour associated with the Duff...
The output spectrum of a linear dynamic system is equal to the input spectrum multiplied by the syst...
New results for model order reduction, for weakly nonlinear systems in the frequency domain, are der...
In the last few years a great deal of attention has been devoted to detecting and to a certain exten...
The theory of linear systems has been developed over many years into a unified collection of results...
In this paper a new frequency domain technique is introduced for the modal identification from ambie...
Most systems encountered in practice are nonlinear to some extent due to inherent distortion introdu...