In friction stir welding, geometrical and motion features of the tool or pin greatly influence the
interaction between the tool and workpiece as well as the resulting joint microstructure and …

Due to their contrasting physical properties, joining materials like copper and aluminum has
always proven difficult. The disadvantages of traditional joining methods include additional …

The electrical components such as bimetallic busbar joints of the lithium-ion (Li-ion)
batteries should be able to withstand high voltages during charge and discharge processes …

The bimetallic tubular component fabrication through a novel friction stir backward extrusion
(FSBE) process has been proposed in this article. During the extrusion process, the bonding …

In this paper, perfect interface model of Al/AlCu alloy and defect interface model of Al/AlCu
alloy after cracks were introduced at different positions of the interface were established by …

This study compares friction-stir spot welds (FSSW) of pure Al to Cu, with and without
graphene interlayer (GL), for tensile load and electrical conductivity (σ). The weld interface of …

This report aims to examine the effects of impact velocity, impact depth, and impact
orientation on the Cu–Ta weld joint of the explosive welding process via MD simulation. The …

The manufacturing of honeycomb core sandwich structures using friction stir spot welding
(FSSW) methods as alternatives for adhesive bonded (AB) structures is examined. AB …

Mechanical property changes in friction stir welding can directly affect the rebalance of the
stress field in friction stir welding. This means that it reveals a high relevance with the …

Molecular dynamics simulation has become the main analysis method of ultra precision
machining of various materials. In this research, molecular dynamics method was used to …