AbstractThe usual approach to linear vibration analysis of plates and shells may look easier than that of nonlinear ones, but sometimes linear problems may involve geometric nonlinearities or other factors that make the investigation a little harder in order to explore possibilities for an approximate solution. Thus our main objective in this paper is to identify such methods, which are commonly used in such situations
Copyright © 2002 Elsevier Science B.V. All rights reserved.The spline finite strip method has been a...
AbstractThe non-linear dynamic analysis of continuous systems, such as thin plates and shells, is a ...
Theoretical and experimental non-linear vibrations of thin rectangular plates and curved panels subj...
The present literature review focuses on geometrically non-linear free and forced vibrations of shel...
The aim of the paper is to develop and realize by a computer the methods for numerical investigation...
A method is described for the linear and nonlinear elastic analysis of shells of revolution, under a...
In the present paper, a method for analysing linear and nonlinear vibrations of circular cylindrical...
A unified approach for the vibration analysis of curved or straight prismatic plates and bridges and...
AbstractA perturbation method is used to analyse the nonlinear vibration behaviour of imperfect gene...
Springer Proceedings in Physics; vol. 139A new method for the analysis of nonlinear, large amplitude...
Abstract: A geometrically nonlinear formulation is presented for the axisymmetric plate and shell st...
AbstractSome preliminary discussion is presented on the nonlinear analysis of plate and shell struct...
In this paper a dynamic analysis of transnational shells is presented. The general linear shell theo...
AbstractThis paper presents a new semi-analytic perturbation differential quadrature method for geom...
This paper presents a new semi-analytic perturbation differential quadrature method for geometricall...
Copyright © 2002 Elsevier Science B.V. All rights reserved.The spline finite strip method has been a...
AbstractThe non-linear dynamic analysis of continuous systems, such as thin plates and shells, is a ...
Theoretical and experimental non-linear vibrations of thin rectangular plates and curved panels subj...
The present literature review focuses on geometrically non-linear free and forced vibrations of shel...
The aim of the paper is to develop and realize by a computer the methods for numerical investigation...
A method is described for the linear and nonlinear elastic analysis of shells of revolution, under a...
In the present paper, a method for analysing linear and nonlinear vibrations of circular cylindrical...
A unified approach for the vibration analysis of curved or straight prismatic plates and bridges and...
AbstractA perturbation method is used to analyse the nonlinear vibration behaviour of imperfect gene...
Springer Proceedings in Physics; vol. 139A new method for the analysis of nonlinear, large amplitude...
Abstract: A geometrically nonlinear formulation is presented for the axisymmetric plate and shell st...
AbstractSome preliminary discussion is presented on the nonlinear analysis of plate and shell struct...
In this paper a dynamic analysis of transnational shells is presented. The general linear shell theo...
AbstractThis paper presents a new semi-analytic perturbation differential quadrature method for geom...
This paper presents a new semi-analytic perturbation differential quadrature method for geometricall...
Copyright © 2002 Elsevier Science B.V. All rights reserved.The spline finite strip method has been a...
AbstractThe non-linear dynamic analysis of continuous systems, such as thin plates and shells, is a ...
Theoretical and experimental non-linear vibrations of thin rectangular plates and curved panels subj...