Current joining technologies have to fulfil multiple requirements. Firstly, the demand of mass
reduction is causing a progressive hybridization, requiring the joining of dissimilar materials …

Multi-material tubular components have found versatile applications in various products and
machine parts because of their ability to offer simultaneous advantages of the constituent …

In this study, a novel embedded machine learning (ML) framework was employed to analyze
interfacial characteristics in dissimilar-alloy impact welding. While kee** the substrates …

This study aims to investigate the effects of welding on the fatigue and crack behavior of
ASTM A36 steel, a low-carbon steel commonly used in various applications, particularly in …

As a non-heat input solid-state joining technology, electromagnetic pulse welding (EMPW)
has many advantages in the connection of dissimilar metals. Finite element (FE) methods …

Magnetic pulse welding is used to join overlapped thin sheets of dissimilar materials in solid
state, which is not easy by fusion welding due to severe thermomechanical distortion and …

Magnetic pulse welding is a solid-state joining technology, based on the use of
electromagnetic forces to deform and to weld workpieces. Since no external heat sources …

Magnetic pulse welding involves the joining of two metallic parts in a solid state by the use of
a short and intense electromagnetic impulses and the resulting impact between the parts …

The use of 7000 aluminum alloys has an important role in future lightweight structures in the
field of mobility due to the low density and high strength. However, these alloys can only be …

To fulfill the need to limit automotive emissions, reducing vehicle weight is widely
recommended and achieved in many ways, both by the construction of individual elements …