Experimental results are reported from an investigation to develop a laser welding technique for welding thick (greater than 5 mm) construction steels. The construction steels investigated were: three grades of high strength Domex steels (6-8 mm thickness), high strength Weldox 500 (6 mm thickness) and wear resistant Hardox 400 (10-15 mm thickness). The following tests were performed to evaluate the laser welded joints: visual inspection, radiographic examination, macrophotographs, hardness, bending and tensile tests, and impact toughness tests. Three types of joint were studied: autogenous butt joints, filler welded butt joints and corner joints. Design opportunities for this process are also discussed.Godkänd; 2000; 20070426 (cira)</p
Within the European project HYBLAS, funded by the Research Fund for Coal and Steel (RFCS), significa...
High-power lasers are very effective in welding of plates thicker than 10 mm due to the keyhole mode...
The currently available high-power laser presents significant opportunities for welding of thick sec...
Experimental results are reported from an investigation to develop a laser welding technique for wel...
Experiments to determine process conditions for laser welding of thick structural steels are reporte...
The article presents results of investigations on autogenous laser welding of new grade STRENX 1100 ...
This paper presents results from an ongoing investigation into laser-arc-hybrid welding of thick, hi...
The project elaborated within the bachelor‘s degree field of B-STI Mechanical Engineering is focused...
An European Research Fund for Coal and Steel (ERFCS) funded project named HYBLAS was completed at th...
The article presents tests aimed to verify the possibility of Thermomechanically Controlled Processe...
Laser beam welding is currently used in the welding of steels, aluminium alloys, thin sheets, and di...
© 2019 IOP Publishing Ltd. All rights reserved. The results of the laser welding by continuous radia...
AbstractHigh power industrial lasers at power levels up to 100kW is now available on the market. The...
Laser welding of dissimilar high-strength steels was performed in this study for two different geome...
A recently completed project called Economical and Safe Laser Hybrid Welding of Structural Steel (HY...
Within the European project HYBLAS, funded by the Research Fund for Coal and Steel (RFCS), significa...
High-power lasers are very effective in welding of plates thicker than 10 mm due to the keyhole mode...
The currently available high-power laser presents significant opportunities for welding of thick sec...
Experimental results are reported from an investigation to develop a laser welding technique for wel...
Experiments to determine process conditions for laser welding of thick structural steels are reporte...
The article presents results of investigations on autogenous laser welding of new grade STRENX 1100 ...
This paper presents results from an ongoing investigation into laser-arc-hybrid welding of thick, hi...
The project elaborated within the bachelor‘s degree field of B-STI Mechanical Engineering is focused...
An European Research Fund for Coal and Steel (ERFCS) funded project named HYBLAS was completed at th...
The article presents tests aimed to verify the possibility of Thermomechanically Controlled Processe...
Laser beam welding is currently used in the welding of steels, aluminium alloys, thin sheets, and di...
© 2019 IOP Publishing Ltd. All rights reserved. The results of the laser welding by continuous radia...
AbstractHigh power industrial lasers at power levels up to 100kW is now available on the market. The...
Laser welding of dissimilar high-strength steels was performed in this study for two different geome...
A recently completed project called Economical and Safe Laser Hybrid Welding of Structural Steel (HY...
Within the European project HYBLAS, funded by the Research Fund for Coal and Steel (RFCS), significa...
High-power lasers are very effective in welding of plates thicker than 10 mm due to the keyhole mode...
The currently available high-power laser presents significant opportunities for welding of thick sec...