This paper aims to introduce a strain-interfaced local digital twin solution for a welded
circular hollow section (CHS) X-joint subjected to brace axial loading. The solution …

The compressive strength of concrete and mortar under thermal exposure can be
determined using the method of elevated-temperature strength test or residual strength test …

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

A wire bracket is a cantilever structure connected to the axle box of a high-speed train. Its
force is complex and it is prone to vibration fatigue failure. Combined with fracture analysis …

The existing analytical and numerical simulation models are not able to estimate the crack
depth when poor information available about the crack. The present study is aimed to …

Experimental and numerical methods were used to carry out fatigue assessment of double-
sided full penetration U-rib welded joints with different deck thicknesses in Orthotropic …

This paper proposes a ductile tearing assessment diagram (TAD) to predict the load
resistance to the crack extension relationship during the stable tearing process of the …

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 …

The combination of cyclic stresses and welding residual stresses (WRS) can significantly
contribute to fatigue cracking in steel bridge decks. This study aims to investigate the effect …