Structures made using high-strength steel (HSS) offer numerous benefits in terms of
mechanical performance, economy and sustainability. With such structures increasingly …

High strength steel (HSS) with the nominal yield strength fy≥ 460 MPa has been applied in
numerous modern building and bridge structures all over the world. Steel structures using …

The use of advanced analytical and numerical modelling in structural engineering has
increased rapidly in recent years. A key feature of these models is an accurate description of …

The structural performance of S960 ultra-high strength steel non-slender welded I-sections
subjected to combined loading is studied in the present paper. Nonlinear finite element (FE) …

The flexural buckling behaviour and design of homogeneous and hybrid welded I-section
columns, considering a wide range of steel grades, are investigated in the present study …

A testing and numerical modelling programme was performed to investigate the in-plane
flexural behaviour and cross-section bending capacities of S960 ultra-high strength steel …

This paper reports experimental and numerical investigations into S960 ultra-high strength
steel welded I-section stub columns after exposure to elevated temperatures. A testing …

An experimental investigation into the structural performance of compressed high strength
steel (HSS) square and rectangular hollow sections is described in this paper. Both hot …

A comprehensive experimental and numerical study into the cross-sectional behaviour of
structural steel circular hollow sections (CHS), with an emphasis on high strength steel, is …

High strength steels, considered in the context of the structural Eurocodes, as steels with a
yield strength over 460 MPa, are gaining increasing attention from structural engineers and …