Additive manufacturing provides alternative solutions for complex geometry and design
freedom for the customization of aluminum alloys, while the unique microstructure as well as …

In this study, brazing experiments were carried out on 6063 aluminum alloy using Al-20Cu-
5Si-2Ni filler alloy. Microstructure, mechanical property, and removing behavior of oxide film …

This paper presents the effect of deformation on the tensile strength, toughness, hardness
and electrical resistance of aluminum 6063 alloy. Cast samples were cold rolled in the range …

This work examines the effect of heat treatment on tensile strength and ductile responses of
rolled and forged AA6063 aluminum alloy. Some cast samples were rolled while some were …

Incremental sheet forming (ISF) is an economical process for batch production. This paper
investigates post-forming mechanical properties with an emphasis on the relationship …

Within the most recent years there has been a fast increase in the use of aluminium-
magnesium silicide alloys, mostly in the automobile industries, owing to their elevated …

Incremental sheet forming (ISF) is an emerging cold forming process with a high economic
payoff. In this study, the influence of the ISF process on the tensile properties of Cu-clad …

Compression workability of the 6063 aluminum alloy for fitting clamps to fasten and connect
the aluminum alloy conductor lines was investigated under different height reductions and …

During the solidification of casted metal matrix composites there is segregation of the
ceramic particles in the matrix which resulted to lower strength and hardness values of the …

The use of lead to produce wire, power cable sheathing, guide plates, and other wide-range
applications require fine-grain structures. Researchers adopted severe plastic deformation …