High strength steel (HSS) I-sections are gaining increasing popularity compared with
conventional strength steel counterparts, mainly due to its higher strength-to-weight ratio …

Local buckling behaviour of welded high strength steel (HSS) I-sections subjected to
bending is crucial for structural designs, and has been found to be affected by the interactive …

The stress-strain characteristics of structural steels are predominantly influenced by their
chemical composition, manufacturing process and heat treatment. To date, various stress …

This paper presents an experimental investigation on the material properties variation and
residual stress distribution within the high strength steel (HSS) hexagonal hollow sections …

The strength of high-strength steel butt-welded joints with a similar steel grade may be quite
different due to their discrepancies in the processing methods of high-strength steel. The …

Single shear bolted connections under tension usually exhibit out-of-plane deformation due
to the inherent load eccentricity, resulting in significant stress concentration around the bolt …

To research the mechanical properties and low cycle fatigue performance of Q355B
structural steel and Q355GNHB weathering steel, this study performs monotonic and cyclic …

For cylindrical coupons of structural steels under tension, gradual reductions in their cross-
sections, commonly known as necking, occurred at an elongation that the maximum force is …

Structural steels working in low-temperature environments will undergo material hardening,
which may reduce their plasticity and toughness, and ultimately decrease the reliability of …

Aluminum alloys have been increasingly used in a wide range of construction applications,
especially in important public buildings. A plasticity constitutive model that can accurately …