This study assesses the significance of homogenisation models in theoretically analysing
the vibrations of three-layered microbeams with a core composed of axially functionally …

As a first endeavor, the out-of-plane free vibrational behaviors and moving load responses
of sandwich curved beams with graphene platelets reinforced composite face sheets and …

In this paper, we present a novel analytical approach for investigating the influence of non-
homogeneous Kerr elastic foundations on the nonlinear dynamical characteristics of …

In the present work, a novel refined three-variable quasi-3D shear deformation theory
incorporates a correction factor is developed to analyze the buckling behavior of multi …

An extensive investigation into the bending behavior of nanoshells made of coated
functionally graded (FG) carbon nanotubes reinforced composites has been conducted …

The present study introduces a novel higher-order shear deformation theory for assessing
buckling and free vibration characteristics in laminated composite and functionally graded …

In this study, free vibrations and the dynamic responses of the three layered flexoelectric
functionally graded microbeam under the effect of moving load are investigated. Using the …

In engineering, the beam system is often used as a support element for large shell structures
to improve the support stiffness of the shell and its vibration characteristics are worth being …

Background The doubly-curved sandwich shells find widespread applications as light
structural elements in most engineering applications such as large-span roofs, aircraft …

This paper aims to analyze the frequencies related to the poriferous nanocomposite joined
hemisphere-cylinder shells (JHCS) resting on the Winkler foundation for the first time. In …