The dissimilar joint consists of 6061 aluminum and 110 copper with a Ni foil interlayer. The
influence of Ni element on the interfacial microstructure composition and bonding properties …

The aim of this research was to investigate the influence of the properties of the base
materials and welding speed on the morphology and mechanical behavior of the friction stir …

Through investigating the effect of parameters on the fatigue properties and crack
propagation behavior of friction stir crack repaired 2024 aluminum alloy, we demonstrated …

In the present work, electro-mechanical impedance (EMI)-based fatigue life assessment of
friction stir welded (FSW) dissimilar joint of AA5083-O and AA6063-T6 at different loading …

In this chapter, a case study is presented of friction stir processing (FSP) employed to
process pure aluminium—AA1050. The microstructural evolution was investigated using …