Functionally graded multilayer shallow arch structures have gained significant attention due
to their unique mechanical properties and potential applications. This review aims to provide …

Composite materials allow the production of structures with desired and improved properties
(such as high strength), while minimizing the undesirable outcomes (eg, increased weight) …

In this study, the endurable buckling load of the elastically connected parallel sandwich
nano-beams with varying cross-sections is assessed. In this regard, a layered beam system …

Overcoming the challenging circumstances encountered in aerospace components has led
to the widespread use of small-scale reinforcements to improve structure-related …

A novel finite element algorithm has been developed to analyse the eigenvalue
characteristics of porous functionally graded (FG) curved panel under a thermal …

In the present article, an analytical model is proposed to assess the nonlinear dam** and
frequency curves of the three layered sandwich beams, constituted with FGM faces and …

One of the essential simulations of offshore components of ocean and marine structures can
be counted as a modeling of the interaction between the systems and soil's behavior on the …

Our study employs the Timoshenko beam theory to thoroughly investigate the propagation of
waves in auxetic metamaterial beams enabled by functionally graded graphene origami …

In the present study, a sandwich beam reinforced by carbon nanotubes (CNTs)/graphene
origami auxetic metamaterials (GOAM) and porous cores is studied. Various distributions of …

It is the first investigation regarding the vibrational responses of nanocomposite conical
shells built of graphene oxide powder (GOP) and supported by Winkler and Winkler …