This paper presents the combination of multiple scale method and modal analysis in order to
investigate nonlinear vibration of laminated composite angle-ply cylindrical and conical …

In the present study, a simple analytical method is introduced for determination of natural
frequencies of generally laminated conical and cylindrical shells with arbitrary boundary …

The forced vibration characteristic of laminated composite truncated conical shell has been
analyzed by including von Karman kinematic non-linearity. The geometric imperfection is …

In this study the free vibration problem of laminated orthotropic conical shells (LOCSs)
based on the modified version of first order shear deformation theory (FSDT) is investigated …

In the present paper, free vibration analysis of angle-ply laminated composite annular and
circular plates is performed by numerical methods. First-order shear deformation plate …

A layerwise shear deformation theory is applied in this paper for buckling analysis of
piezoelectric truncated conical shell. The core is a multiphase nanocomposite reinforced by …

This paper presents a novel approach to evaluate the role of non-classical effects, eg, shear
deformability, over a shell finite element model. Such an approach can identify the areas of a …

Currently, few studies are focused on the stationary random vibration for composite
laminated shell structures of revolution (CLSSR), including composite laminated cylindrical …

Anisogrid-stiffened composite conical shells have been widely applied in aerospace
engineering as highly efficient structural elements. In this paper, the smeared stiffener …

Free vibration analysis of adhesive joins between two laminates circular cylindrical along
with conical laminated composite shells considering various boundary conditions are …