In this paper the procedure and program for simulation of stochastic processes are represented. The program is applied to nonlinear mechanical systems subjected to stochastic stationary excitation. The results obtained are compared with the ones from other methods which are used for estimating the exactitude of simulation technique
First examined is the problem of obtaining the nonstationary stochastic response of a nonlinear syst...
A semi-analytical method is proposed for determining the response of a lightly damped single-degree-...
AbstractNumerical simulations of the statistics of the amplitude of the response of a lightly damped...
The well known Fokker-Plank-Kolmogorov Equation Method has been developed to study random vibration ...
Proceedings, pp. 395—407 This paper is concerned with the study of some types of nonlinear oscillato...
Nonlinear vibration systems with adjustable stiffness property have attracted considerable attention...
In this paper semi-analytical forward-difference Monte Carlo simulation procedures are proposed for ...
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...
This dissertation is concerned with the application of linearization techniques to the study of the ...
Advantages and disadvantages of available analytical and simulation techniques for pulse problems in...
In this paper semi-analytical forward-difference Monte Carlo simulation procedures are proposed for ...
First examined is the problem of obtaining the nonstationary stochastic response of a nonlinear syst...
AbstractA number of important equations of physics are shown to fit into the structure of a nonlinea...
New methods for approximating the stationary probability density function for nonlinear oscillators...
First examined is the problem of obtaining the nonstationary stochastic response of a nonlinear syst...
A semi-analytical method is proposed for determining the response of a lightly damped single-degree-...
AbstractNumerical simulations of the statistics of the amplitude of the response of a lightly damped...
The well known Fokker-Plank-Kolmogorov Equation Method has been developed to study random vibration ...
Proceedings, pp. 395—407 This paper is concerned with the study of some types of nonlinear oscillato...
Nonlinear vibration systems with adjustable stiffness property have attracted considerable attention...
In this paper semi-analytical forward-difference Monte Carlo simulation procedures are proposed for ...
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...
This dissertation is concerned with the application of linearization techniques to the study of the ...
Advantages and disadvantages of available analytical and simulation techniques for pulse problems in...
In this paper semi-analytical forward-difference Monte Carlo simulation procedures are proposed for ...
First examined is the problem of obtaining the nonstationary stochastic response of a nonlinear syst...
AbstractA number of important equations of physics are shown to fit into the structure of a nonlinea...
New methods for approximating the stationary probability density function for nonlinear oscillators...
First examined is the problem of obtaining the nonstationary stochastic response of a nonlinear syst...
A semi-analytical method is proposed for determining the response of a lightly damped single-degree-...
AbstractNumerical simulations of the statistics of the amplitude of the response of a lightly damped...