In this study, titanium-clad bimetallic steel (TCBS) was innovatively introduced into the plate
girder as a web, which enhanced the durability. The ultimate strength of a longitudinally …

Plate girders are important load-bearing components of bridge and industrial structures.
Corrosion significantly affects durability and service life of plate girders. Bimetallic steel …

The behaviour of plate girders under in plane loading has been intensively studied during
the last two decades either to bring new insights, to propose new design methods or to …

The behaviour of plate girders has been extensively studied during the past few decades.
Extensive lab work, analytical methods, and numerical analyses, have been used in order …

High-strength stainless steel is a promising structural material due to its outstanding strength
and greater corrosion resistance, which is developed by the steel industry recently. One of …

Abstract S32001 (EN 1.4482) is a newly developed duplex high-strength stainless steel
known for its enhanced yield strength and cost efficiency. This material is often used in plate …

An experimental research considering the behavior and ultimate strength of longitudinally
stiffened plate girders subjected to localized edge loading in the plane of the web, a load …

Curved steel plate girders are often utilized in bridges built in congested urban areas, where
intricate plan alignments are required. Their performance and design is, however, more …

This paper presents an assessment of the influence of structural imperfections, namely, the
residual stresses, on the ultimate load capacity of steel plate girders when subjected to …

The resistance of steel plate girders subjected to concentrated load can be described using
a strength curve, which includes a gradual transition from yielding to buckling depending on …