The paper deals with some chosen aspects of stochastic dynamical analysis of moderately thick plates. The discretization of the governing equations is described by the finite element method. The main aim of the study is to provide the generalized stochastic perturbation technique based on classical Taylor expansion with a single random variable
Even in the simple linear elastic range, the material behavior is not deterministic, but fluctuates ...
This paper presents two efficient modal approaches as an alternative to direct formulations for the ...
The problem of determining the dynamic stiffness matrix of a rod with broad band randomly varying ma...
This paper proposes a new method of calculating stochastic field. It is an improvement of the midpoi...
The paper deals with some chosen aspects of stochastic structural analysis and its application in th...
In this paper, the method of Galerkin and the Askey-Wiener scheme are used to obtain approximate sol...
A new finite element method is developed to analyse the structures with more than one parameter beha...
In this study, the effect of uncertainty in elastic modulus of a plate on free vibration response is...
A new finite element method is developed to analyse non-conservative structures with more than one p...
Abstract. An efficient method for obtaining numerical solutions of a stochastic variational inequali...
The present paper investigates the stochastic seismic responses of steel structure systems with Part...
Abstract:A stochastic nonlinear dynamical model is proposed to describe the vibration of rectangular...
The main motivation of this work was to present a semi-analytical extension of the correspondence pr...
Uncertainties in complex dynamical systems play an important role in the prediction of dynamic respo...
Heterogeneous materials at the micro-structural level are usually subjected to several uncertainties...
Even in the simple linear elastic range, the material behavior is not deterministic, but fluctuates ...
This paper presents two efficient modal approaches as an alternative to direct formulations for the ...
The problem of determining the dynamic stiffness matrix of a rod with broad band randomly varying ma...
This paper proposes a new method of calculating stochastic field. It is an improvement of the midpoi...
The paper deals with some chosen aspects of stochastic structural analysis and its application in th...
In this paper, the method of Galerkin and the Askey-Wiener scheme are used to obtain approximate sol...
A new finite element method is developed to analyse the structures with more than one parameter beha...
In this study, the effect of uncertainty in elastic modulus of a plate on free vibration response is...
A new finite element method is developed to analyse non-conservative structures with more than one p...
Abstract. An efficient method for obtaining numerical solutions of a stochastic variational inequali...
The present paper investigates the stochastic seismic responses of steel structure systems with Part...
Abstract:A stochastic nonlinear dynamical model is proposed to describe the vibration of rectangular...
The main motivation of this work was to present a semi-analytical extension of the correspondence pr...
Uncertainties in complex dynamical systems play an important role in the prediction of dynamic respo...
Heterogeneous materials at the micro-structural level are usually subjected to several uncertainties...
Even in the simple linear elastic range, the material behavior is not deterministic, but fluctuates ...
This paper presents two efficient modal approaches as an alternative to direct formulations for the ...
The problem of determining the dynamic stiffness matrix of a rod with broad band randomly varying ma...