A solid-3D beam finite element method is presented for the vibration analysis of thin to thick
beam-like structures. This method is efficient for a spatial beam and considers all …

In this article, we present torsion-bending analysis of a composite FGM beam with an open
section, according to the advanced and refined theory of 1D/3D beams based on the 3D …

Abstract The Asymptotic Expansion Load Decomposition higher-order beam model is based
on the classical two-scale asymptotic expansion in the linear elasticity framework. It was …

This study presents the buckling and lateral torsional buckling behaviors of thin-walled
laminated composite or functionally graded sandwich I-beams. A refined beam model (RBT) …

A new solid-beam approach devoted to thin to very thick beam-like structures is proposed.
To meet the beam displacement fields, kinematic relations are directly applied on the solid …

The static bending-torsion problem of functionally graded cantilever beams is studied using
a refined 1D/3D beam theory (Refined beam theory RBT and Refined beam theory with …

The paper addresses the theoretical framework and the numerical procedure developed to
carry out the sectional analysis preliminary to the use of a recently formulated isotropic and …

In this paper, the mechanical behaviour of functionally graded material beams is studied
using the 3D Saint-Venant's theory, in which the section is free to warp in and out of its plane …

Free vibration problem of an arbitrary cross-sectional homogeneous or composite beam is
investigated using a refined 1D beam theory (RBT). This theory includes a set of 3D …

Linear buckling of homogeneous or composite I-beams are investigated using a refined
beam theory built on 3D Saint-Venant's solution. The kinematic model includes sectional …