The fatigue life prediction of welded joints with different specifications under different
conditions was a challenging issue due to the quite complex influence. Specifically, the …

Fatigue strength of welded joints is typically independent of the parent material static
strength; however, there are two exceptions from this rule—post-weld treated joints and high …

This study investigates the fatigue performance of the welded details of an old disused steel
railway bridge. The Saimaa canal railway bridge was demolished after 60 years of service …

During welding process and cooling process after welding, residual stress will be generated
and the microstructure of the weld joint will be changed inevitably, which will be harmful for …

Fatigue strength assessment methods by local approaches are widely used in the literature.
This paper provides a comprehensive evaluation of published data for welded steel joints …

This study examines the Low and High Cycle Fatigue failure (LCF and HCF) of Load-
carrying Cruciform Welded Joints (LCWJ) made of 10CrNi3MoV steel through a combined …

In this paper, local approaches are employed to analyse stress distributions, local fatigue
indicators of weld toe, and weld root in load‐carrying cruciform welded joints (LCWJs). An …

This study examines the low-cycle fatigue of circular hollow section (CHS) X-joints made of
S355 steels, through a combined experimental and numerical investigation, assisted by non …

In order to investigate the ultra-low cycle fatigue (UCLF) fracture in welded connections of
high-strength steel (HSS) under earthquakes, this paper studies micromechanical fracture …

The present study experimentally investigates the fatigue strength of longitudinally loaded
welded joints in beam structures made of ultra-high-strength steel. Hereby, the effects of …