Abstract Ti–4Al-0.005 B titanium alloy T-joints were produced with two different friction stir
welding (FSW) sequences, and its effect on the low-cycle fatigue performance was …

Friction stir welding (FSW) is a solid-state joining process with a wide range of applications
in the E-mobility, automotive, aerospace and energy industries. However, FSW is subjected …

Despite significant ongoing research in friction stir welding of dissimilar metals, comparison
of friction stir weld-ability of different metals with any particular metal has been rarely …

Friction stir welding (FSW) is subjected to process-specific challenges including
comparatively high process forces and tool wear resulting from thermomechanical stresses …

In industrial applications, welding of dissimilar metals such as aluminum (Al) and titanium
(Ti) is a prerequisite for the development of hybrid components with improved mechanical …

Manufacturing for next-generation thermal management is very important for electrical and
electronics industries to meet sustainable development goals through electrification. In this …

Friction stir welding (FSW) has now reached a technological impact and diffusion that makes
it a common joining practice for several classes of metallic materials. These include light …

The manufacture of aerospace structures is often accomplished by machining solid plates or
forgings, sourced to fulfil the envelope of each component. As such, any external features …

Sustainable manufacturing aspires to operate available resources with minimum
environmental impact by executing eco‐friendly strategies. Fusion welding dominates many …

Friction stir welding (FSW) is an environmentally friendly process that requires cooling to
remove the dissipated heat resulting in increased welding efficiency. The current study …