Aktuelle Schweiß‐Strategien mit gepulsten YAG Lasern: Anwendungsbereiche und Grenzen

Holtz, R.L.; Jokiel, Matthias

doi:10.1002/9783527624225.ch22

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Laser Joining Of Thin Sheet Materials1

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2005

2014

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Cited by 2 publications

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“…Some of the most remarkable current developments in this field involve pulse forming, which allows to improve the quality of welds by e.g. influencing the melt flow [1,2], shadow welding [3,4], which uses an elongated single pulse of high power to conduct a continuous seam weld over a length of several millimeters at very high travel speed, and the highly innovative laser droplet welding which uses individual molten droplets for microjoining of difficult-to-weld material combinations with minimal heat input [5,6]. Steel to steel.…”

Section: Laser Joining Of Thin Sheet Materialsmentioning

confidence: 99%

Developments and Trends in Laser Welding of Sheet Metal

Vollertsen

2005

AMR

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There is some remarkable progress in laser beam welding of sheet metal which is driven by the advent of improved laser systems and process technologies. Here, potentials for reducing distortion and avoiding hot cracking are highlighted, and examples of current developments are given in the field of thin and thick sheet metal welding including spot welding of difficult-to-weld materials and material combinations.

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Section: Laser Joining Of Thin Sheet Materialsmentioning

confidence: 99%