A new lap welding process for dissimilar materials has been developed and tested for steel-to-aluminium joints. A simple cylindrical tool is rotated and translated over the top steel plate, leading to a transient partial melting of the bottom aluminium plate and the formation of intermetallic reaction layers of FeAl3 and Fe2Al5 as thin as 2.5 lm. Lap shear tests of the welds show very good resistance with fracture mostly in the base materials
A widespread usage of aluminum alloys for the fabrication of car-body parts is conditional on the em...
In this article, friction stir welded lap joints of innovative dissimilar aluminum alloys have been ...
A widespread usage of aluminum alloys for the fabrication of car-body parts is conditional on the em...
A new process based on Friction Stir Welding has been developed to weld dissimilar metals, particula...
A new process based on Friction Stir Welding has been developed to weld dissimilar metals, particula...
The innovative friction melt bonding process to join dissimilar materials in lap-joint configuration...
The Friction Melt Bonding (FMB) is a relatively new method in fusing dissimilar materials especially...
Dissimilar welding consists in joining materials presenting large differences of properties. This is...
The toughness of the intermetallic bonding of Al-to-steel welds is assessed from lap-shear and dedic...
Aluminium alloys and advanced high strength steels have acquired a major role in the lightening of v...
Lap joining was carried out using a defocused laser beam for 1.2-mm thick A6111 aluminum alloy plate...
Friction Melt Bonding (FMB) is a novel technique that has been successfully applied to weld aluminiu...
The paper presents our actual knowledge and experience in joining dissimilar materials with the use ...
The brittle behaviour of Fe/Al intermetallic compounds formed during dissimilar Al-to-steel welding ...
International audienceThis paper reports on a new method based on the friction stir welding process ...
A widespread usage of aluminum alloys for the fabrication of car-body parts is conditional on the em...
In this article, friction stir welded lap joints of innovative dissimilar aluminum alloys have been ...
A widespread usage of aluminum alloys for the fabrication of car-body parts is conditional on the em...
A new process based on Friction Stir Welding has been developed to weld dissimilar metals, particula...
A new process based on Friction Stir Welding has been developed to weld dissimilar metals, particula...
The innovative friction melt bonding process to join dissimilar materials in lap-joint configuration...
The Friction Melt Bonding (FMB) is a relatively new method in fusing dissimilar materials especially...
Dissimilar welding consists in joining materials presenting large differences of properties. This is...
The toughness of the intermetallic bonding of Al-to-steel welds is assessed from lap-shear and dedic...
Aluminium alloys and advanced high strength steels have acquired a major role in the lightening of v...
Lap joining was carried out using a defocused laser beam for 1.2-mm thick A6111 aluminum alloy plate...
Friction Melt Bonding (FMB) is a novel technique that has been successfully applied to weld aluminiu...
The paper presents our actual knowledge and experience in joining dissimilar materials with the use ...
The brittle behaviour of Fe/Al intermetallic compounds formed during dissimilar Al-to-steel welding ...
International audienceThis paper reports on a new method based on the friction stir welding process ...
A widespread usage of aluminum alloys for the fabrication of car-body parts is conditional on the em...
In this article, friction stir welded lap joints of innovative dissimilar aluminum alloys have been ...
A widespread usage of aluminum alloys for the fabrication of car-body parts is conditional on the em...