Add to ORKGThe various techniques available for the analysis of nonlinear systems subjected to random excitations are briefly introduced and an overview of the progress which has been made in this area of research is presented. The discussion is mainly focused on the basis, scope and limitations of the solution techniques and not on specific applications
A consequence of nonlinearities is a multi-harmonic response via a mono-harmonic excitation. A simil...
New methods for approximating the stationary probability density function for nonlinear oscillators...
An account is given of some mathematical methods which have been used to analyse the response of off...
Abstract. The various techniques available for the analysis of nonlinear systems ubjected to random ...
Random vibration is the phenomenon wherein random excitation applied to a mechanical system induces ...
A technique is developed to study random vibration of nonlinear systems. The method is based on the ...
A technique is developed to study random vibration of nonlinear systems. The method is based on the ...
In this paper a higher order linearization method for analyzing non-linear random vibration problems...
In this paper a higher order linearization method for analyzing non-linear random vibration problems...
This study considered the solution of the stochastic vibration of non-linear mechanical systems with...
This study considered the solution of the stochastic vibration of non-linear mechanical systems with...
An account is given of some mathematical methods which have been used to analyse the response of off...
An account is given of some mathematical methods which have been used to analyse the response of off...
Determination of the stresses and displacements which occur in response to random excitations cannot...
An account is given of some mathematical methods which have been used to analyse the response of off...
A consequence of nonlinearities is a multi-harmonic response via a mono-harmonic excitation. A simil...
New methods for approximating the stationary probability density function for nonlinear oscillators...
An account is given of some mathematical methods which have been used to analyse the response of off...
Abstract. The various techniques available for the analysis of nonlinear systems ubjected to random ...
Random vibration is the phenomenon wherein random excitation applied to a mechanical system induces ...
A technique is developed to study random vibration of nonlinear systems. The method is based on the ...
A technique is developed to study random vibration of nonlinear systems. The method is based on the ...
In this paper a higher order linearization method for analyzing non-linear random vibration problems...
In this paper a higher order linearization method for analyzing non-linear random vibration problems...
This study considered the solution of the stochastic vibration of non-linear mechanical systems with...
This study considered the solution of the stochastic vibration of non-linear mechanical systems with...
An account is given of some mathematical methods which have been used to analyse the response of off...
An account is given of some mathematical methods which have been used to analyse the response of off...
Determination of the stresses and displacements which occur in response to random excitations cannot...
An account is given of some mathematical methods which have been used to analyse the response of off...
A consequence of nonlinearities is a multi-harmonic response via a mono-harmonic excitation. A simil...
New methods for approximating the stationary probability density function for nonlinear oscillators...
An account is given of some mathematical methods which have been used to analyse the response of off...