Fatigue assessment of welded joint is still far from being completely solved now, since many
influencing factors coexist and some important ones should be considered in the developed …

The drive toward fulfilling weight reduction obligation, superior weld quality requirement,
and industrial manufacturing rationale has sprung up considerable interest in applying laser …

Reducing environmental impact while achieving desired processing performance is
increasingly sought after. Various welding processes are widely employed in advanced …

Aiming to support the spread and application of laser-MIG hybrid (HYBRID) welding
technology of pure copper in industry field, this work compared the microstructure …

Laser–arc hybrid welding of highly reflective T2 copper was conducted and significant
synergy effect was observed. Effects of primary welding parameters on the shape and …

Based on the strain measured in the SUS301L stainless steel tubular welded joint in the
asymmetrically stress-controlled multiaxial low-cycle fatigue tests by using the digital image …

High cycle fatigue performance and the microstructures of laser-arc hybrid welded 8 mm-
thick heavy plate of AA6082 aluminum alloy were studied firstly. The microstructures and the …

This paper presents the results of experimental investigation on fatigue behaviors of friction
stir welded joints in AA7075-T6 with ultrasonic fatigue test system (20 kHz). Two kinds of …

By using a non-contact digital image correlation (DIC) technology, the ratchetting of
SUS301L stainless steel butt weld joint is investigated under an asymmetric uniaxial stress …

In this paper hybrid welding of the annealed AA5754 alloy was studied and the role of post
weld heat treatment (PWHT) on microstructure and mechanical properties was investigated …