Add to ORKGThe new generation of high power fiber lasers presents several benefits for industrial applications, namely high power with low beam divergence, flexible beam delivery, low maintenance costs, high efficiency and small implantation area. This paper presents preliminary results of bead-on-plate weld beads produced on 7150 aluminium alloy and thick X100 pipeline carbon-steel plates, with an 8 kW fiber laser. Weld bead depth as function of processing parameters was analysed for bot
During the process of laser welding, the material consecutively melts and solidifies by a laser beam...
In this study, an attempt on pulsed-fiber laser welding on an austenitic-duplex stainless steel butt...
Recently, the usage of Magnesium (Mg) alloys has been hugely applied in the industrial application s...
The new generation of high power fiber lasers presents several benefits for industrial purposes, nam...
AA7075 aluminium alloy has many advantages due to its light weight, low density, high corrosion resi...
In this study, weld characteristics of high power fiber laser welding with a maximum output of 10 kW...
Due to their unique design, fiber lasers offer new possibilities in the field of laser welding. Esp....
Laser welding promises the best method to produce higher strength of aluminium joints compared to co...
Laser welding of thick plates in production environments is one of the main applications of high pow...
Fiber laser has been receiving great attention due to its advantages of high efficiency, high power ...
Laser welding promises the best method to produce higher strength of aluminium joints compared to co...
Diffraction-limited high power lasers represent a new generation of lasers for materials processing,...
With the new industrial high power fiber lasers we have already stepped into a new generation of las...
Welding had traditionally faced two major challenges - obtaining a flawless bond (high internal weld...
The results disclosed that both the microstructure and mechanical properties of AA7075-T6 laser weld...
During the process of laser welding, the material consecutively melts and solidifies by a laser beam...
In this study, an attempt on pulsed-fiber laser welding on an austenitic-duplex stainless steel butt...
Recently, the usage of Magnesium (Mg) alloys has been hugely applied in the industrial application s...
The new generation of high power fiber lasers presents several benefits for industrial purposes, nam...
AA7075 aluminium alloy has many advantages due to its light weight, low density, high corrosion resi...
In this study, weld characteristics of high power fiber laser welding with a maximum output of 10 kW...
Due to their unique design, fiber lasers offer new possibilities in the field of laser welding. Esp....
Laser welding promises the best method to produce higher strength of aluminium joints compared to co...
Laser welding of thick plates in production environments is one of the main applications of high pow...
Fiber laser has been receiving great attention due to its advantages of high efficiency, high power ...
Laser welding promises the best method to produce higher strength of aluminium joints compared to co...
Diffraction-limited high power lasers represent a new generation of lasers for materials processing,...
With the new industrial high power fiber lasers we have already stepped into a new generation of las...
Welding had traditionally faced two major challenges - obtaining a flawless bond (high internal weld...
The results disclosed that both the microstructure and mechanical properties of AA7075-T6 laser weld...
During the process of laser welding, the material consecutively melts and solidifies by a laser beam...
In this study, an attempt on pulsed-fiber laser welding on an austenitic-duplex stainless steel butt...
Recently, the usage of Magnesium (Mg) alloys has been hugely applied in the industrial application s...