Welding residual stresses impose significant influences on the fatigue behavior and
structural integrity of welded connections in various engineering applications …

This article aims to predict the load versus crack growth (P− Δ a) and strain versus crack
extension (ε− Δ a) relations in the ductile tearing process of welded joints made from circular …

This paper proposes the framework to determine and update the crack-front profile at the toe
of welded plate joints based on the strain relaxation data. This study determines the crack …

This paper presents an enhanced neural network-bootstrap particle filtering algorithm to
construct the complex relationship between the normalized strain relaxation indicators and …

Fatigue test of steel tubular T-joint specimens was performed. A beach mark (BM) technique
was employed to measure the crack size. Some rare fracture patterns were found. One of the …

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 …

This paper proposes an analytical solution of traction stress at the weld root of load-carrying
welded cruciform joints, incorporating the effects of weld geometry, especially the gap …

The welded pipe components are prone to low-cycle fatigue (LCF) at welds, especially
under extreme loadings. ASME B31. 8 specifies the fatigue design rules of the welded …

This paper presents a novel computer‐aided computational framework to determine the
optimum shape parameters in a welding heat source model using a coupled supervised …

This work provides a post‐processing procedure to predict the high‐and low‐cycle fatigue
life of welded structures. The post‐processor calculates the equivalent structural strain …