In this paper, an efficient formulation for the topology optimization of extruded beams is
developed considering linearized buckling, displacement, and stress constraints. The …

Buckling of thin-walled beams involves complex deformation modes, making their analyses
challenging. Most of the methods available for the computation of buckling loads of these …

This paper presents a new approach to the analysis of thin-walled beams. The proposed
model is developed by utilizing the eXtended Finite Element Method (XFEM). Global …

This paper presents an efficient approach for modeling beams with crack propagation and
discontinuities. The proposed approach relies on a globally enriched element within the …

This paper deals with an extended analytical calculation model for the torsional load-
bearing behaviour of assembled half-shell structures. The objective is to transfer the …

This article deals with the torsional load-bearing behaviour of concrete half-shell structures.
The analogy between the bending stressed tension members according to second order …

In this paper the influence of section properties on thin walled beam sections with restrained
torsion is studied by considering the angle of twisting for non-uniform torsion. The study is …

The behaviour of thin-walled structures is deeply influenced by non-uniform torsion and
cross section distortion. In this paper the extension of the Hamiltonian Structural Analysis …

Torsion and bending/torsion buckling may occur for compressed thin-walled open profiles
used in engineering and architecture applications. We report experimental results provided …

In this paper, an efficient topology optimization approach is developed for maximizing the
fundamental natural frequency of extruded beams. Mass fraction and static compliance …