We tried to optimize the process parameters for 6061-T6 aluminum alloy subjected to friction
stir welding under high-speed welding conditions to improve the welding efficiency while …

The interface slip state of high-speed friction stir welding (HSFSW) is challenging to
determine, and accurate boundary conditions cannot be obtained. First, this paper studies …

This work presents an optimum methodology for producing friction stir spot welding (FSSW)
joints using a detachable consumable pin. The study is carried out by welding two AA6061 …

Tool geometries and plunge depth play significant roles in the stirring process involved in
micro-friction stir spot welding (µFSSW). These two variables affect the hook and joint …

The process of edge detection on aluminum 1100 material as a result of welding tungstent
inert gas (TIG) has been successfully developed, difficulties in the edge detection process …

The high-speed welding of friction stir welding can improve the production efficiency of the
equipment. The orthogonal experiment method was used to study the high-speed welding …

Micro friction stir spot welding (mFSSW) is a type of solid-state spot welding of
nonconsumable tools using friction and force to join material of thickness less than 1 mm …

A variant of Friction Stir Welding (FSW) called Ultra-high rotational speed micro friction stir
welding (UHRSμFSW) is proposed for welding thin sheets. Experimental and numerical …

In the present study, the effects of pin geometry and tool rotational speed on the
microstructure and mechanical characteristics of the AA2024-O FSSW joint were …

Micro-friction stir spot welding (µFSSW) is one type of welding that is suitable for joining
lightweight materials. One of the challenges in joining lightweight materials with µFSSW is …