Stiffened plates and shells are encountered in many engineering applications. Several
analytical and numerical procedures were developed over the past decades for analysis of …

Main buckling and post-buckling analysis methods for composite structures are presented,
along with the discussion on their potential challenges in handling the accuracy of …

This paper presents an analytical formulation for the study of linearized local skin buckling
load and nonlinear post-buckling behaviour of isotropic and composite stiffened panels …

A methodology for the analytical assessment of local buckling and post-buckling behavior of
isotropic and orthotropic stiffened plates is presented. The approach considers the stiffened …

The European aircraft industry demands reduced development and operating costs, by 20%
and 50% in the short and long term, respectively. Contributions to this aim are provided by …

In order to utilize the full lightweight potential of thin-walled stringer-stiffened composite
panels, a new closed-form analytical solution for the buckling and postbuckling of omega …

This research aims to explore the buckling performance of a co‐cured and stiffened
composite structure with embedded multilayer damping membranes (CSCSEMDM) under …

This research proposes a computationally efficient methodology using a Constrained
Variational Asymptotic Method (C-VAM) for non-linear buckling analysis on a hat-stringer …

The paper presents an analytical formulation for the post-buckling analysis of composite
aeronautical panels with omega stiffeners loaded in compression and shear. The …

In this contribution, the stability problem of composite plates braced by longitudinal omega-
stringers under compression is treated in a closed-form analytical manner. Given that no …