This research work deals with the most commonly used titanium alloy, Ti6Al4V. Lap and butt laser welding processes were studied and tested by a CO2 laser system using two covering gases (He and Ar) with different welding covering gas nozzles, gas pressure and flow rates. A metallographic analysis of the cross-sections of welded specimens was carried out in order to measure the morphological characteristics of the welded joint, and micro-hardness and tensile tests were performed to complete the mechanical characterization
The dissimilar joint between aluminum/titanium alloys (Al 6082 and Ti G2) were successfully achieved...
In the frame of the circular economy, welding of Ni-based superalloys has gained increasing importan...
Laser beam welding is currently used in the welding of steels, aluminium alloys, thin sheets, and di...
This research work deals with the most commonly used titanium alloy, Ti6Al4V. Lap and butt laser wel...
This paper reports the results of a comparison between the mechanical characteristics of butt joints...
Laser welding technique has recently spread quickly thanks to its numerous advantages compared to tr...
The present research deals with the studies on mechanical characteristics of butt joint in Ti6A14V t...
Ti-6Al-4V is an alloy that is increasingly used in aeronautics due to its high mechanical properties...
Ti-6Al-4V sheets, 3.2-mm in thickness, were butt welded using a continuous wave 4 kW Nd:YAG laser we...
AbstractIn this paper an experimental analysis on laser beam welding process of Ti6Al4V titanium all...
In the frame of the circular economy, welding of Ni‐based superalloys has gained increasing importan...
Laser beam welding experiments have been carried out on 3-mm thick aluminium-magnesium alloy 5083 sp...
The dissimilar joint between aluminum/titanium alloys (Al 6082 and Ti G2) were successfully achieved...
In the frame of the circular economy, welding of Ni-based superalloys has gained increasing importan...
Laser beam welding is currently used in the welding of steels, aluminium alloys, thin sheets, and di...
This research work deals with the most commonly used titanium alloy, Ti6Al4V. Lap and butt laser wel...
This paper reports the results of a comparison between the mechanical characteristics of butt joints...
Laser welding technique has recently spread quickly thanks to its numerous advantages compared to tr...
The present research deals with the studies on mechanical characteristics of butt joint in Ti6A14V t...
Ti-6Al-4V is an alloy that is increasingly used in aeronautics due to its high mechanical properties...
Ti-6Al-4V sheets, 3.2-mm in thickness, were butt welded using a continuous wave 4 kW Nd:YAG laser we...
AbstractIn this paper an experimental analysis on laser beam welding process of Ti6Al4V titanium all...
In the frame of the circular economy, welding of Ni‐based superalloys has gained increasing importan...
Laser beam welding experiments have been carried out on 3-mm thick aluminium-magnesium alloy 5083 sp...
The dissimilar joint between aluminum/titanium alloys (Al 6082 and Ti G2) were successfully achieved...
In the frame of the circular economy, welding of Ni-based superalloys has gained increasing importan...
Laser beam welding is currently used in the welding of steels, aluminium alloys, thin sheets, and di...