Hybrid laser arc welding simultaneously utilizes the arc welding and the laser welding, in a
common interaction zone. The synergic effects of laser beam and eclectic arc in the same …

Exposure to aggressive environmental conditions and specific loads necessitate precise
material selection and manufacturing techniques. Techniques such as overlamination …

Abstract 4043 Alsingle bondSi alloy samples are fabricated by laser-arc hybrid additive
manufacturing and wire arc additive manufacturing. To investigate the influence of laser …

Aluminum and its alloys are difficult to weld due to their specific characteristics. New joining
methods such as high power fiber laser-MIG can provide higher overall productivity …

Abstract 5A06 aluminum alloy plates with thickness of 6.9 mm are welded by KUKA Robot
with a fiber laser of IPG YLS-6000. The laser-metal inert gas (MIG) hybrid welding method is …

Aluminium alloys are widely used in many industries due to their high strength-to-weight
ratios and resistance to corrosion. Due to their specific thermophysical properties and …

Thick plates of 5083 aluminum alloy are welded with double-side hybrid welding method,
and the effects of different heat source positioning arrangement on porosity formation …

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 …

This paper surveys the capability of the hybrid laser-arc welding in comparison with lone
laser welding for AA2198 aluminum alloy experimentally. In the present research, a …

Laser brazing (LB) offers significant advantages over other types of traditional seam joining
methods: the ability to join dissimilar materials without significant melting of the substrates …