Weight reduction is important in the automotive industry. To achieve this, Tailor Welded Blanks (TWB’s) are used. Good examples are body panels consisting of sheets which are welded together and formed into the desired shape. TWB’s are thicker at highly loaded places and thinner in other areas. In contrast to steel, aluminium TWB’s have been introduced only recently. The forming of the sheets poses high requirements on the welds. Laser welding has the potential to produce these strong, yet deformable welds
Laser welding has a large potential for the production of tailor welded blanks in the automotive ind...
Nowadays, the reduction of CO2 emissions and the decrease in energy consumption are the main aims o...
The benefits of laser welding include higher production values, deeper penetration, higher welding s...
The automotive industry is constantly looking for innovative techniques to produce lighter, more eff...
Laser welding is an established manufacturing technology for a large variety of automotive applicati...
AbstractLaser beam welding of similar and dissimilar joints made of 7075-T6 and 5182-O sheets is con...
This work demonstrates applicability of electron beam welding (EBW) and laser beam welding (LBW) tec...
In the last two decades, the automotive industry has been facing demands to reduce fuel consumption ...
A laser welded blank for use in applications calling for tailor welded blank (TWB) in vehicle panel ...
AbstractAluminium sandwiches are interesting subcomponents for lightweight structures applied in rai...
The tailored Blank is made of two or more blanks by laser joining and then stroked out. The Laser we...
This thesis treats laser welding of aluminium alloys from a practical perspective with elements of m...
In this thesis, the combination of two Al-Si coated hot forming steels were investigated for the mos...
Tight competition characterizing automotive industries in the last decades has determined a strong r...
The use of Al-alloys is increasing in the automotive industry due to the pressing necessity to reduc...
Laser welding has a large potential for the production of tailor welded blanks in the automotive ind...
Nowadays, the reduction of CO2 emissions and the decrease in energy consumption are the main aims o...
The benefits of laser welding include higher production values, deeper penetration, higher welding s...
The automotive industry is constantly looking for innovative techniques to produce lighter, more eff...
Laser welding is an established manufacturing technology for a large variety of automotive applicati...
AbstractLaser beam welding of similar and dissimilar joints made of 7075-T6 and 5182-O sheets is con...
This work demonstrates applicability of electron beam welding (EBW) and laser beam welding (LBW) tec...
In the last two decades, the automotive industry has been facing demands to reduce fuel consumption ...
A laser welded blank for use in applications calling for tailor welded blank (TWB) in vehicle panel ...
AbstractAluminium sandwiches are interesting subcomponents for lightweight structures applied in rai...
The tailored Blank is made of two or more blanks by laser joining and then stroked out. The Laser we...
This thesis treats laser welding of aluminium alloys from a practical perspective with elements of m...
In this thesis, the combination of two Al-Si coated hot forming steels were investigated for the mos...
Tight competition characterizing automotive industries in the last decades has determined a strong r...
The use of Al-alloys is increasing in the automotive industry due to the pressing necessity to reduc...
Laser welding has a large potential for the production of tailor welded blanks in the automotive ind...
Nowadays, the reduction of CO2 emissions and the decrease in energy consumption are the main aims o...
The benefits of laser welding include higher production values, deeper penetration, higher welding s...