Add to ORKGAn analytical-numerical procedure is applied for composite laminated shells of revolu-tion in investigating the coupling effect between symmetric and antisymmetric modes and its overall influence. The numerical solution is based on separating the variables in Fourier series in the circumferential direction and conical finite elements in the meridional direc-tion. The contribution of the coupling effect is examined by means of parametric analysis
Behaviour of rotationally symmetric objects such as cylindrical and conical shells is studied using ...
The free vibration of laminated composite (C) and hybrid axisymmetric shell structures, consisting o...
Free vibration of anti-symmetric angle-ply composite laminated conical shells is studied including s...
A general analytical and numerical procedure is developed for free and forced vibra-tion of thin-wal...
The paper presents a theoretical formulation for spherical shells reinforced by meridional and circu...
Application of the multisegment numerical integration technique is extended to the free-vibration an...
A theoretical analysis is presented for determining the free vibra tional characteristics of thin-wa...
Several finite difference schemes are applied to the stress and free vibration analysis of homogeneo...
In the present study application of the multisegment numerical integration technique is extended to ...
A finite element formulation for the static analysis of a laminated composite shell of revolution wi...
A composite circular cylindrical shell subjected to harmonic axial loading is studied. The shell is ...
This paper presents a comprehensive parametric study on the essential effects of symmetric and unsym...
Free vibration of symmetric angle-ply laminated circular cylindrical shells is studied using Spline ...
In order to study the free vibration of simply supported circular cylindrical shells, an exact analy...
This paper focuses on free vibration behaviour of antisymmetric angle-ply laminated conical shell un...
Behaviour of rotationally symmetric objects such as cylindrical and conical shells is studied using ...
The free vibration of laminated composite (C) and hybrid axisymmetric shell structures, consisting o...
Free vibration of anti-symmetric angle-ply composite laminated conical shells is studied including s...
A general analytical and numerical procedure is developed for free and forced vibra-tion of thin-wal...
The paper presents a theoretical formulation for spherical shells reinforced by meridional and circu...
Application of the multisegment numerical integration technique is extended to the free-vibration an...
A theoretical analysis is presented for determining the free vibra tional characteristics of thin-wa...
Several finite difference schemes are applied to the stress and free vibration analysis of homogeneo...
In the present study application of the multisegment numerical integration technique is extended to ...
A finite element formulation for the static analysis of a laminated composite shell of revolution wi...
A composite circular cylindrical shell subjected to harmonic axial loading is studied. The shell is ...
This paper presents a comprehensive parametric study on the essential effects of symmetric and unsym...
Free vibration of symmetric angle-ply laminated circular cylindrical shells is studied using Spline ...
In order to study the free vibration of simply supported circular cylindrical shells, an exact analy...
This paper focuses on free vibration behaviour of antisymmetric angle-ply laminated conical shell un...
Behaviour of rotationally symmetric objects such as cylindrical and conical shells is studied using ...
The free vibration of laminated composite (C) and hybrid axisymmetric shell structures, consisting o...
Free vibration of anti-symmetric angle-ply composite laminated conical shells is studied including s...