Add to ORKGAbstract—The stiffness matrix for a high precision triangular laminated anisotropic cylindrical shell finite element has been formulated and coded into a composite structural analysis program. The versatility of the element's formulation enables its use in the analysis of multilayered composite plate and cylindrical shell type structures taking into account actual lamination parameters. The example applications presented demonstrated that accurate predictions of stresses as well as displacements are obtained with modest number of elements
ABSTRACT: A finite element formulation for the analysis of thin to moderately thick laminated compos...
ABSTRACT: Shear deformable plate and shell finite element formulations are utilized to predict trans...
A detailed procedure for the analysis of isotropic, orthotropic and anisotropic fibre-reinforced lam...
A high precision triangular shallow shell finite element for the analysis of laminated composite she...
A finite element analysis of laminated shells reinforced with laminated stiffeners is described in t...
A finite element analysis of laminated shells reinforced with laminated stiffeners is described in t...
An improved finite element model for the linear analysis of anisotropic and laminated doubly curved,...
A finite element analysis of laminated shells of revolution reinforced with laminated stifieners is ...
A finite element displacement method of analysis is presented for applications to laminated anisotro...
Formulations and computational procedures are presented for the finite element analysis of laminated...
Starting from defining generalized stress, this paper presents a modified stiffness matrix method to...
A new cubic finite element model which can be used for the analysis of thin or moderately thick lami...
ABSTRACT: Composite stiffened shells have been analysed with the help of two dif-ferent elements&...
This report contains the details of the development of the stiffness matrix for a rectangular lamina...
This thesis is concerned with static and dynamic analysis of linear and geometrically nonlinear lami...
ABSTRACT: A finite element formulation for the analysis of thin to moderately thick laminated compos...
ABSTRACT: Shear deformable plate and shell finite element formulations are utilized to predict trans...
A detailed procedure for the analysis of isotropic, orthotropic and anisotropic fibre-reinforced lam...
A high precision triangular shallow shell finite element for the analysis of laminated composite she...
A finite element analysis of laminated shells reinforced with laminated stiffeners is described in t...
A finite element analysis of laminated shells reinforced with laminated stiffeners is described in t...
An improved finite element model for the linear analysis of anisotropic and laminated doubly curved,...
A finite element analysis of laminated shells of revolution reinforced with laminated stifieners is ...
A finite element displacement method of analysis is presented for applications to laminated anisotro...
Formulations and computational procedures are presented for the finite element analysis of laminated...
Starting from defining generalized stress, this paper presents a modified stiffness matrix method to...
A new cubic finite element model which can be used for the analysis of thin or moderately thick lami...
ABSTRACT: Composite stiffened shells have been analysed with the help of two dif-ferent elements&...
This report contains the details of the development of the stiffness matrix for a rectangular lamina...
This thesis is concerned with static and dynamic analysis of linear and geometrically nonlinear lami...
ABSTRACT: A finite element formulation for the analysis of thin to moderately thick laminated compos...
ABSTRACT: Shear deformable plate and shell finite element formulations are utilized to predict trans...
A detailed procedure for the analysis of isotropic, orthotropic and anisotropic fibre-reinforced lam...