Discrete duality finite volume schemes on general meshes, introduced by Hermeline and
Domelevo and Omnès for the Laplace equation, are proposed for nonlinear diffusion …

This paper studies nonlinear vibration analysis of a graphene nanoplatelets' composite
sandwich. The core and two face-sheets of composite sandwich plate are fabricated from a …

This paper deals with the influence of the use of the Murakami's zig-zag function in the sine
model for the analysis of laminated beams. The adding of this function introduces a …

The present paper considers the linear static analysis of composite cylindrical structures by
means of a shell finite element with variable through‐the‐thickness kinematic. The refined …

The present article considers the linear static analysis of composite shell structures with
double-curvature geometry by means of a shell finite element with variable through-the …

This paper focuses on developing and exploiting the potential of miscellaneous through-the-
thickness approximating functions for FEM analysis of laminated composite plates/shells …

This paper is focused on laminated glass plate designed with the “sacrificial ply” concept:
The glass layer that collects the live loads is considered as broken (ie, it is not considered) …

A family of sinus models is presented for the analysis of laminated beams in the framework
of free vibration. A three-noded finite element is developed with a sinus distribution with …

In this work, a refined model is superimposed on a simple one only in a region of interest to
improve the accuracy of the modeling of composite beam structures. The purpose is to …

The objective of this paper is to evaluate a new three-noded mechanical beam finite element
for the non-linear analysis of laminated beams. It is based on a sinus distribution with layer …