Joining of dissimilar aluminium–copper is an emerging area of interest for both research and
industry due to its complex nature. Friction stir welding was attempted to evaluate the joint …

In this study, the dissimilar friction stir welding (FSW) butt joints between aluminum alloy
5754-H114 and commercially pure copper were investigated. The thickness of welded …

The feasibility of producing welding joints between 6061-T6 aluminum and pure copper
sheets of 6 mm thickness by conventional friction stir welding (CFSW) and bobbin tool …

In this study, dissimilar butt joining of 6061 aluminum alloy and commercially pure copper
via friction stir welding was performed with varying tool offset value. The mechanical …

In this paper, butt joining of Al5083 to commercially pure copper by friction stir welding
method has been investigated. The effect of welding parameters, rotational speed of the tool …

Friction stir welding was used to join two aluminum 6061-T6 plates with an insert of a pure
copper plate (Al/Cu/Al), and then the influence of the copper insert on the joint performance …

Dissimilar butt joint of pure aluminum and commercially pure copper was prepared using
friction stir welding (FSW) process and subsequent post-weld heat treatment (PWHT) was …

In this paper, butt joining of Al5083 to commercially pure copper is investigated by friction stir
welding method. The effects of transverse welding speed of the tool on the mechanical …

In the present study, a new tooth-shaped joint configuration (TJC) was adopted to bond
Al/Cu dissimilar metals via friction stir welding. TJC is a special joint design to tailor the …

Friction stir welding frequently produces a superior microstructure and mechanical
properties than conventional methods for welding nonferrous materials and alloys. In this …