AbstractBy reducing vehicle weight, a significant increase in fuel efficiency and consequently a reduction in CO 2 emissions can be achieved. Currently a high interest in the production of hybrid weld seams between steel and aluminum exists. Previous methods as laser brazing are possible only by using fluxes and additional materials. Laser welding can be used to join steel and aluminum without the use of additives. With a low penetration depth increases in tensile strength can be achieved. Recent results from laser welded overlap seams show that there is no compromise in strength by decreasing penetration depth in the aluminum
AbstractLaser welding of dissimilar metals (steel and aluminium) was investigated with the aim to in...
The development of high-performance dissimilar aluminum-steel joints is necessary to promote the fea...
The laser joining of a low carbon steel to a 6000 series aluminium alloy was realised in key-hole we...
By reducing vehicle weight, a significant increase in fuel efficiency and consequently a reduction i...
AbstractBy reducing vehicle weight, a significant increase in fuel efficiency and consequently a red...
Due to the enormous potential of weight saving, and the consequential reduction of pollutant emissio...
Continuously rising demands on automotive and railway structures require significant weight reductio...
According to the Intergovernmental Panel on Climate Change (IPCC), a worldwide reduction of CO2-emis...
AbstractAccording to the Intergovernmental Panel on Climate Change (IPCC), a worldwide reduction of ...
International audienceJoining steel with aluminum involving the fusion of one or both materials is p...
Multi-material structures pose an attractive option for overcoming some of the central challenges in...
AbstractSteel as well as aluminum play an essential role for multi-material construction in the fiel...
The motivation for the development of a laser-based method for joining aluminium and steel was a pos...
The development of high-performance dissimilar aluminum–steel joints is necessary to promote the fea...
AbstractLaser welding-brazing technique, using a continuous wave (CW) fibre laser with 8000W of maxi...
AbstractLaser welding of dissimilar metals (steel and aluminium) was investigated with the aim to in...
The development of high-performance dissimilar aluminum-steel joints is necessary to promote the fea...
The laser joining of a low carbon steel to a 6000 series aluminium alloy was realised in key-hole we...
By reducing vehicle weight, a significant increase in fuel efficiency and consequently a reduction i...
AbstractBy reducing vehicle weight, a significant increase in fuel efficiency and consequently a red...
Due to the enormous potential of weight saving, and the consequential reduction of pollutant emissio...
Continuously rising demands on automotive and railway structures require significant weight reductio...
According to the Intergovernmental Panel on Climate Change (IPCC), a worldwide reduction of CO2-emis...
AbstractAccording to the Intergovernmental Panel on Climate Change (IPCC), a worldwide reduction of ...
International audienceJoining steel with aluminum involving the fusion of one or both materials is p...
Multi-material structures pose an attractive option for overcoming some of the central challenges in...
AbstractSteel as well as aluminum play an essential role for multi-material construction in the fiel...
The motivation for the development of a laser-based method for joining aluminium and steel was a pos...
The development of high-performance dissimilar aluminum–steel joints is necessary to promote the fea...
AbstractLaser welding-brazing technique, using a continuous wave (CW) fibre laser with 8000W of maxi...
AbstractLaser welding of dissimilar metals (steel and aluminium) was investigated with the aim to in...
The development of high-performance dissimilar aluminum-steel joints is necessary to promote the fea...
The laser joining of a low carbon steel to a 6000 series aluminium alloy was realised in key-hole we...