AbstractLaser arc hybrid welding has been a promising technology for three decades and laser welding in combination with gas metal arc welding (GMAW) has shown that it is an extremely promising technique. On the other hand the process is often considered complicated and difficult to set up correctly. An important factor in setting up the hybrid welding process is an understanding of the GMAW process. It is especially important to understand how the wire feed rate and the arc voltage (the two main parameters) affect the process. In this paper the authors show that laser hybrid welding with a 1μm laser is similar to ordinary GMAW, and several guidelines are therefore inherited by the laser hybrid process
Recently developed fibre lasers provide multi-kilowatt beam power with high quality at impressive en...
Recently there has been considerable research and development activity in the use of lasers for weld...
This thesis undertakes a study of laser welding in terms of basic laser material interaction paramet...
AbstractLaser arc hybrid welding has been a promising technology for three decades and laser welding...
Laser arc hybrid welding has been a promising technology for three decades and laser welding in comb...
AbstractIn this paper, a study of laser-arc hybrid welding featuring three different process fibres ...
Laser and hybrid laser-arc welding are used at present in modern industry, having many advantages ov...
Hybrid laser \u2013 metal active gas (MAG) arc welding is an emerging joining technology that is ver...
AbstractIn order to fulfill demands for quality and efficiency in the field of welding engineering, ...
Hybrid laser welding offers promising advantages over the traditional arc-based welding processes. T...
Abstract. The new generation of high power fiber lasers presents several benefits for industrial app...
Hybrid laser arc welding combines the advantages of laser welding and arc welding. Ever since its or...
In the recently developed hybrid welding process, a laser and an electric arc are coupled in order t...
Hybrid welding, which is the integration of laser beam welding (LBW) and gas metal arc welding (GMAW...
Autogenous laser welding is nowadays widely spread welding process especially in thin sheet welding....
Recently developed fibre lasers provide multi-kilowatt beam power with high quality at impressive en...
Recently there has been considerable research and development activity in the use of lasers for weld...
This thesis undertakes a study of laser welding in terms of basic laser material interaction paramet...
AbstractLaser arc hybrid welding has been a promising technology for three decades and laser welding...
Laser arc hybrid welding has been a promising technology for three decades and laser welding in comb...
AbstractIn this paper, a study of laser-arc hybrid welding featuring three different process fibres ...
Laser and hybrid laser-arc welding are used at present in modern industry, having many advantages ov...
Hybrid laser \u2013 metal active gas (MAG) arc welding is an emerging joining technology that is ver...
AbstractIn order to fulfill demands for quality and efficiency in the field of welding engineering, ...
Hybrid laser welding offers promising advantages over the traditional arc-based welding processes. T...
Abstract. The new generation of high power fiber lasers presents several benefits for industrial app...
Hybrid laser arc welding combines the advantages of laser welding and arc welding. Ever since its or...
In the recently developed hybrid welding process, a laser and an electric arc are coupled in order t...
Hybrid welding, which is the integration of laser beam welding (LBW) and gas metal arc welding (GMAW...
Autogenous laser welding is nowadays widely spread welding process especially in thin sheet welding....
Recently developed fibre lasers provide multi-kilowatt beam power with high quality at impressive en...
Recently there has been considerable research and development activity in the use of lasers for weld...
This thesis undertakes a study of laser welding in terms of basic laser material interaction paramet...