Friction stir welding (FSW) is an effective solid-state joining process that has the potential to
overcome common problems correlated with conventional fusion welding processes. FSW is …

In this study, the friction stir technique is proposed to process aluminum nanocomposites
reinforced with alumina nanoparticles. The effects of different processing parameters …

One of the challenges during FSW of pipe is establishing sufficient contact between the tool
shoulder and the pipes to be welded. With improper contact, the torque requirement …

In the present scenario, aerospace and automobile industries depend on lightweight
materials such as magnesium and aluminum alloys because of their great balance between …

In recent years, hybrid materials combining aluminum alloys and steels have gained
popularity across various industries due to their lightweight design and superior mechanical …

Tubular components are challenging to weld using friction stir welding (FSW) process due to
its curvature. In the present work, a novel strategy involving concave shoulder tool with three …

This study aims to model temperature distribution in friction stir welding (FSW) using various
backing plates and polygonal pin profiles since temperature significantly modifies the …

Excellent strength and corrosion resistance make dissimilar AA6061-T6/AA7075-T6
aluminium welding a popular choice in the aviation and automobile industries. Fusion …

Predicting the failure location of welded specimens is of importance for various industrial
applications. In friction stir welding, material flow and eventually defect have an effect on the …

Internal defects such as voids/cavities significantly hamper the weld quality, resulting in
lower weld efficiency and mechanical properties. Therefore, there is a scope for developing …