The degree of freedom for optimization of laser welding processes is further enhanced and process limits are expanded, if hybridization or combination techniques are applied. This will be illustrated on the one hand by latest advancements in laser-MAG hybrid welding. Single-pass welding of high-strength steel plates with big gap tolerances is investigated for thicknesses up to 30 mm. On the other hand the manufacturing benefits of integrated cutting and welding with a multifunctional laser combi-head are described
The idea of coupling a laser beam with a gas metal arc (GMA) has significantly expanded the original...
1. introduction: The increasing requirements of the automotive production in terms of the flexibiliz...
AbstractThe shortage of resources demands a consequent lightweight design with aluminium alloys. Pro...
The degrees of freedom and the process limits of laser welding are considerably enhanced in laser hy...
The laser welding process is the most flexible fusion welding process industrially available. The de...
The laser-MIG hybrid welding process is explained regarding the mechanism and the fundamental rules ...
High demands are placed on the joining of body parts in terms of strength and consistent quality. Si...
This paper presents results from an ongoing investigation into laser-arc-hybrid welding of thick, hi...
Laser are hybrid welding has been investigated since 1978, when Prof. Steen and coworkers in the UK ...
Within the European project HYBLAS, funded by the Research Fund for Coal and Steel (RFCS), significa...
The idea of coupling a laser beam with a gas metal arc (GMA) has significantly expanded the original...
Laser and hybrid laser-arc welding are used at present in modern industry, having many advantages ov...
AbstractIn order to fulfill demands for quality and efficiency in the field of welding engineering, ...
A laser beam is still a relatively expensive energy source. Therefore, hybrid processes are getting ...
Laser-arc hybrid welding processes are meanwhile recognized for their robustness, efficiency and fle...
The idea of coupling a laser beam with a gas metal arc (GMA) has significantly expanded the original...
1. introduction: The increasing requirements of the automotive production in terms of the flexibiliz...
AbstractThe shortage of resources demands a consequent lightweight design with aluminium alloys. Pro...
The degrees of freedom and the process limits of laser welding are considerably enhanced in laser hy...
The laser welding process is the most flexible fusion welding process industrially available. The de...
The laser-MIG hybrid welding process is explained regarding the mechanism and the fundamental rules ...
High demands are placed on the joining of body parts in terms of strength and consistent quality. Si...
This paper presents results from an ongoing investigation into laser-arc-hybrid welding of thick, hi...
Laser are hybrid welding has been investigated since 1978, when Prof. Steen and coworkers in the UK ...
Within the European project HYBLAS, funded by the Research Fund for Coal and Steel (RFCS), significa...
The idea of coupling a laser beam with a gas metal arc (GMA) has significantly expanded the original...
Laser and hybrid laser-arc welding are used at present in modern industry, having many advantages ov...
AbstractIn order to fulfill demands for quality and efficiency in the field of welding engineering, ...
A laser beam is still a relatively expensive energy source. Therefore, hybrid processes are getting ...
Laser-arc hybrid welding processes are meanwhile recognized for their robustness, efficiency and fle...
The idea of coupling a laser beam with a gas metal arc (GMA) has significantly expanded the original...
1. introduction: The increasing requirements of the automotive production in terms of the flexibiliz...
AbstractThe shortage of resources demands a consequent lightweight design with aluminium alloys. Pro...