This paper presents an overview of recent advancements concerning the derivation and
application of Generalised Beam Theory (GBT) formulations for thin-walled members and …

In this study, an accurate 1D finite element model with low degrees of freedom (DOFs) is
presented for the static extensional-shearing-bending analysis of curved thin-walled beams …

Thin-walled prismatic metallic members as well as structures made of laminated composite
materials are routinely employed in engineering branches such as civil engineering or …

In this paper, the linear Generalized Beam Theory (GBT) is formulated for stress and
deformation analysis of curved thin-walled circular pipes. In comparison to the analysis of …

This paper proposes a general and efficient approach to model thin-walled members with
complex geometries and/or connected through joints, by combining shell and standard GBT …

This paper presents the dynamic analysis extension of the Generalized Beam Theory (GBT)
formulation developed in [1] for curved thin-walled pipes. The new proposed dynamic …

This paper presents an extension of the linear Generalized Beam Theory (GBT) formulation
for members with circular axis, previously developed by the authors Peres et al.,(2016) …

This paper presents an extension of Generalised Beam Theory (GBT) that enables
performing buckling (bifurcation) analyses of thin-walled members with circular axis (and no …

This paper proposes an efficient procedure to post-process non-linear shell finite element
analysis results, in order to recover the unique modal decomposition features of Generalised …

In this paper a mixed finite element based on Generalised Beam Theory (GBT) is proposed
to analyse the first-order behaviour of naturally curved beams with circular axis (without pre …