Thin-walled cylindrical shell structure not only shows the highly efficient load carrying
capacity but also is vulnerable to buckling instability failure. In practical application, these …

Owing to the improved mechanical properties of composites and functionally graded
materials (FGMs), their applications have been realised in various engineering domains …

This paper focuses on nonlinear parametric resonance behaviors of rotating composite
laminated cylindrical shells subjected to periodic axial loads and hygrothermal environment …

In the second part of this series paper, a high-fidelity finite element model was established
first to systematically study the buckling behaviors of thin-walled cylindrical shell subjected …

A theoretical model is developed to study the dynamic stability and nonlinear vibrations of
the stiffened functionally graded (FG) cylindrical shell in thermal environment. Von Kármán …

Investigating the dynamic stability of doubly-curved shells resting on the elastic foundation
and made of the laminated composites reinforced by carbon fibres, carbon nanotubes …

This work aims to evaluate dynamic stability of micro-shell panels enriched by
nanocomposites based on an analytical approach. In order to capture the effects of size on …

Thin-walled cylindrical shell is a fundamental engineering structure which has efficient load-
carrying capacity. In practical application, this structure is more easily subjected to localized …

This paper presents the dynamic instability and nonlinear vibration analysis of fluid-filled
laminated composite circular cylindrical shells subjected to harmonic axial loading. The …

In the present article, the dynamic instability of shells subjected to periodic in-plane and
external pressure loadings in thermal environment is considered. The considered shells are …