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 …

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) …

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 work presented in this paper concerns the three-dimensional numerical modeling of the
mechanical response of functionally graded material (FGM) beams subjected to static and …

The growing applicability of functionally graded materials is justified by their ability to
contribute to the development of advanced solutions characterized by the material …

In this paper, the bending-torsional behavior analysis of a functionally graded material
(FGM) cantilever beam (I-section) was studied using a high-order theory, called refined …

In this paper, the dynamic modeling of functionally graded beams subjected to a mobile
mass is studied using modal analyzes. The material properties are assumed to vary …

Abstract Functionally Graded Material (FGM) is a new generation of composite materials, it
can be used for different engineering fields according to the loading environment, but the …

In this work, we present a torsional-bending analysis of different homogeneous or FGM
beams using a refined beam theory built on 3D Saint-Venant's solution (RBT/SV) and taking …

A static analysis of a pre-stressed plate-strip made from functionally-graded material (FGM)
containing a circular hole has been investigated under bending forces. The plate-strip is …