Today, wrought aluminium alloys are ranked among the most important materials with low
specific density, strength features, corrosion resistance, machinability and recyclability …

The present study investigates the tensile behavior and microstructure evolution of the 6082
aluminum alloy aged with high temperature. A universal testing machine was applied to …

In this work, the influences of La2O3 addition on the connectivity of the glass network, phase
compositions and microstructural evolution of weld slag were investigated through Raman …

Aluminum alloys are widely used in automobile, aerospace, and marine industries due to
their high strength-to-weight ratio, high load-bearing capacity, good wear and corrosion …

This study developed a monitoring technology using a multi-sensor based deep learning
model to diagnose hot cracking in aluminum alloy laser welding. Hot cracking that occurs …

Objectives: The production of solidification flaws such as porosity, alloy segregation, hot
cracking, etc. makes the fusion welding process extremely challenging when joining …

In this study, the welding of dissimilar aluminum alloys, Al 7075 and Al 6061, was
investigated using Al 5356 filler rods reinforced with ZrB 2 particles. The welding process …

This study developed a monitoring technology using a multi-sensor based deep learning
model to diagnose hot cracking in aluminum alloy laser welding. Hot cracking that occurs …