The paper deals with some chosen aspects of stochastic structural analysis and its application in the engineering practice. The main aim of the study is to apply the generalized stochastic perturbation techniques based on classical Taylor expansion with a single random variable for solution of stochastic problems in structural mechanics. The study is illustrated by numerical results concerning an industrial thin shell structure modeled as a 3-D structure
A stochastic finite element method is developed to study the reliability of structures such as beams...
AbstractIn this paper, the effect of material and thickness spatial variation on the buckling load o...
The main focus of this paper is the presentation of the capabilities of the numerical analysis dedic...
The paper deals with some chosen aspects of stochastic sensitivity structural analysis and its appli...
[[abstract]]The statistical dynamic responses of geometrically nonlinear shell structures with stoch...
The paper deals with some chosen aspects of stochastic dynamical analysis of moderately thick plates...
AbstractIn the present paper, the effect of random non-uniform axial loading on the buckling behavio...
Numerical simulation of thin solids remains one of the challenges in computational mechanics. The 3D...
In this paper a stochastic model of random imperfections of cylindrical shells is presented. For thi...
This paper describes the application of the finite element method to analyse the response of multide...
The investigation in this thesis is concerned with response statistics of shell structures with geom...
Stochastic Analysis of Offshore Steel Structures provides a clear and detailed guide to advanced ana...
This paper reports on the computational modelling of static extension tests of the round steel bar. ...
This paper presents an n-th high order perturbation-based stochastic isogeometric Kirchhoff–Love she...
Thin-walled structural elements, such as plates, shells and beams are important load carrying compon...
A stochastic finite element method is developed to study the reliability of structures such as beams...
AbstractIn this paper, the effect of material and thickness spatial variation on the buckling load o...
The main focus of this paper is the presentation of the capabilities of the numerical analysis dedic...
The paper deals with some chosen aspects of stochastic sensitivity structural analysis and its appli...
[[abstract]]The statistical dynamic responses of geometrically nonlinear shell structures with stoch...
The paper deals with some chosen aspects of stochastic dynamical analysis of moderately thick plates...
AbstractIn the present paper, the effect of random non-uniform axial loading on the buckling behavio...
Numerical simulation of thin solids remains one of the challenges in computational mechanics. The 3D...
In this paper a stochastic model of random imperfections of cylindrical shells is presented. For thi...
This paper describes the application of the finite element method to analyse the response of multide...
The investigation in this thesis is concerned with response statistics of shell structures with geom...
Stochastic Analysis of Offshore Steel Structures provides a clear and detailed guide to advanced ana...
This paper reports on the computational modelling of static extension tests of the round steel bar. ...
This paper presents an n-th high order perturbation-based stochastic isogeometric Kirchhoff–Love she...
Thin-walled structural elements, such as plates, shells and beams are important load carrying compon...
A stochastic finite element method is developed to study the reliability of structures such as beams...
AbstractIn this paper, the effect of material and thickness spatial variation on the buckling load o...
The main focus of this paper is the presentation of the capabilities of the numerical analysis dedic...
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