AbstractBrilliant laser beam sources in connection with a high frequent beam oscillation make it now possible to join metallic material combinations, which have been conventionally non-laser weldable up to now. It concerns especially such combinations like Al- Cu, where brittle intermetallic phases occur. Extreme small weld seam with high aspect ratio leads to very short meld pool life time. These allow an extensive reduction of the heat input. On the other side the melting behavior at metallic mixed joint, seam geometry, meld pool turbulence and solidification behavior can be influenced by a high frequent time-, position- and powercontrolled laser beam oscillation
The study of the process of laser welding of various aluminum-steel joints is necessary to promote t...
AbstractLaser beam oscillation opens up new possibilities of influencing the welding process in term...
AbstractA modulated pulsed laser source emitting green and infrared laser light is used to join the ...
AbstractBrilliant laser beam sources in connection with a high frequent beam oscillation make it now...
Brilliant laser beam sources in connection with a high frequent beam oscillation make it now possibl...
Modern industry requires different advanced metallic alloys with specific properties since conventio...
Fusion welding of steel to aluminum is difficult due to formation of different types of Fe-Al interm...
In serial production of components for automotive applications such as cooling and air-conditioning ...
AbstractPulsed laser welding of thin aluminum sheets is common for housing, where welding defects ar...
peer reviewedA combined laser beam welding and brazing process for Al-Cu connections in ...
Continuous laser welding with spatial beam oscillation was investigated as a method of joining combi...
Laser beam welding is an established production technique to join metals like steel or aluminum allo...
AbstractLaser welding-brazing technique, using a continuous wave (CW) fibre laser with 8000W of maxi...
Joining metallic alloys can be an intricate task, being necessary to take into account the material ...
AbstractThe shortage of resources demands a consequent lightweight design with aluminium alloys. Pro...
The study of the process of laser welding of various aluminum-steel joints is necessary to promote t...
AbstractLaser beam oscillation opens up new possibilities of influencing the welding process in term...
AbstractA modulated pulsed laser source emitting green and infrared laser light is used to join the ...
AbstractBrilliant laser beam sources in connection with a high frequent beam oscillation make it now...
Brilliant laser beam sources in connection with a high frequent beam oscillation make it now possibl...
Modern industry requires different advanced metallic alloys with specific properties since conventio...
Fusion welding of steel to aluminum is difficult due to formation of different types of Fe-Al interm...
In serial production of components for automotive applications such as cooling and air-conditioning ...
AbstractPulsed laser welding of thin aluminum sheets is common for housing, where welding defects ar...
peer reviewedA combined laser beam welding and brazing process for Al-Cu connections in ...
Continuous laser welding with spatial beam oscillation was investigated as a method of joining combi...
Laser beam welding is an established production technique to join metals like steel or aluminum allo...
AbstractLaser welding-brazing technique, using a continuous wave (CW) fibre laser with 8000W of maxi...
Joining metallic alloys can be an intricate task, being necessary to take into account the material ...
AbstractThe shortage of resources demands a consequent lightweight design with aluminium alloys. Pro...
The study of the process of laser welding of various aluminum-steel joints is necessary to promote t...
AbstractLaser beam oscillation opens up new possibilities of influencing the welding process in term...
AbstractA modulated pulsed laser source emitting green and infrared laser light is used to join the ...