Over the last few decades aluminium alloys have been increasingly used in the construction
sector due to their favourable properties. Thereafter, many research projects have been …

Over the last few decades, the construction industry has witnessed a growing utilization of
aluminum alloys, primarily due to their beneficial characteristics. This trend has sparked …

In the present paper an extensive experimental campaign is carried out on 5000, 6000 and
7000 aluminium series through monotonic and cyclic tests. The research is part of a …

Aluminum alloys, which function as load-bearing components or decorative materials, have
been commonly applied to architectural structures. In this study, a combination of …

A theoretical approach for the evaluation of the ultimate resistance of aluminium angles
subjected to local buckling under uniform compression is presented and compared with …

A theoretical approach for predicting the ultimate resistance of aluminium alloy members
subjected to local buckling under uniform compression is presented focusing the attention …

In this work, the ultimate behaviour of I-shaped aluminium beams and a comparison with the
current design provisions reported in the Eurocodes are presented. A total number of 15 …

In recent years, numerous research works have been reported on the flexural response of
aluminium alloy tubular cross-sections. However, studies on monosymmetric cross-sections …

High-strength aluminium alloys would further reduce the cross-section dimensions, and
consequently avoid inaccessible extrusion process for great cross-section members and …

The stability properties of double-layer H-section aluminum alloy members were studied
under eccentric compression loads in this paper. Firstly, six double-layer members were …