A combined laser beam welding and brazing process for Al-Cu connections in overlap configuration is investigated. Aluminium and copper for electric and electronic application is used for experiments without surface treatment or activation, e.g. by flux. Although Al and Cu have been considered as “not weldable”, the possibility of a thermal joining process, i.e., the weld-brazing, was proved. The inevitable formation of intermetallic compounds at the interfacial region was reduced to less than 4 µm. Shear strength up to 51 MPa was achieved. A detailed fracture analysis has shown that the copper-rich intermetallic phase is the metallurgical weakest point due to the distinctive brittleness, even though the Al-rich θ-phase is several times thic...
Multi-material structures pose an attractive option for overcoming some of the central challenges in...
Dissimilar welding of aluminium (Al) and copper (Cu) has many applications in the electric power, el...
In this paper continuous laser welding of two dissimilar materials, aluminum and copper, was investi...
A combined laser beam welding and brazing process for Al-Cu connections in overlap con...
The thermal joining of Aluminum and Copper is a promising technology towards automotive battery manu...
The paper describes an innovative, laser based joining method for dissimilar Al-Cu connections. The ...
This work investigates laser joining of copper sheets to aluminium in overlap configuration. Dissimi...
Joining of copper and aluminum sheets are very crucial for battery application. When joining from co...
International audienceJoining steel with aluminum involving the fusion of one or both materials is p...
peer reviewedLaser welding of dissimilar metals such as Aluminum and Copper, which is required for L...
Welding of Aluminium (Al) and Copper (Cu) in a dissimilar fashion is required for the manufacturing ...
Abstract The mechanical characteristics of dissimilar Al-Cu connections, joined by a novel, robust l...
Copper is well-known for excellent conductivity and corrosion resistance, whereas aluminium is known...
Multi-material structures pose an attractive option for overcoming some of the central challenges in...
Dissimilar welding of aluminium (Al) and copper (Cu) has many applications in the electric power, el...
In this paper continuous laser welding of two dissimilar materials, aluminum and copper, was investi...
A combined laser beam welding and brazing process for Al-Cu connections in overlap con...
The thermal joining of Aluminum and Copper is a promising technology towards automotive battery manu...
The paper describes an innovative, laser based joining method for dissimilar Al-Cu connections. The ...
This work investigates laser joining of copper sheets to aluminium in overlap configuration. Dissimi...
Joining of copper and aluminum sheets are very crucial for battery application. When joining from co...
International audienceJoining steel with aluminum involving the fusion of one or both materials is p...
peer reviewedLaser welding of dissimilar metals such as Aluminum and Copper, which is required for L...
Welding of Aluminium (Al) and Copper (Cu) in a dissimilar fashion is required for the manufacturing ...
Abstract The mechanical characteristics of dissimilar Al-Cu connections, joined by a novel, robust l...
Copper is well-known for excellent conductivity and corrosion resistance, whereas aluminium is known...
Multi-material structures pose an attractive option for overcoming some of the central challenges in...
Dissimilar welding of aluminium (Al) and copper (Cu) has many applications in the electric power, el...
In this paper continuous laser welding of two dissimilar materials, aluminum and copper, was investi...