Abstract The Al–Mg–Si alloy welded structure is widely used in aerospace, marine ship,
automotive and other industries. However, the mechanical properties of welded joint were …

The TC4 titanium alloy is extensively utilized in marine engineering due to its exceptional
comprehensive performance. However, when subjected to harsh marine environments, the …

Synchronous ultrasonic impact treatment is proposed to induce recrystallization and
twinning of laser directed energy deposited CoCrFeNi high entropy alloy, which remarkably …

With the development of manufacturing technology, microtexturing technology has become
a promising way to improve the wettability of heterogeneous metals. In this study, a novel …

Graded composite fillers exhibit unique advantages in alleviating residual stress in
ceramic/metal brazed joints. However, traditional methods for preparing graded composite …

In response to the joints' poor formation and high porosity of conventional laser welding, CW
(clockwise) circular oscillation laser welding (OLW) was applied to join 5A06-H112 …

This study investigates the influence of the thickness of the oxide film formed on the surface
of TC4 titanium alloy after anodization on the laser transmission welding between the …

A comprehensive understanding of the dynamic evolution of weld microstructure under
external loads can provide key insights for high-performance laser welding. A novel in-situ …

Abstract The Cu-Ni system is a typical dissolutive system due to its mutual dissolution across
a wide range of temperatures and compositions. We characterized the effects of Ni …

Joining dissimilar metals is a major challenge in joining technology; the weldability of
immiscible systems is especially challenging. In this study, a design methodology for …