Magnetic pulse welding, a high speed joining process using electromagnetic forces,
because of clean and multi-material operation has a wide range of possibilities for further …

Magnetic pulse welding (MPW) is a solid-state impact welding technology that provides
metallurgical joints while exhibiting a negligible heat-affected zone. The MPW process is a …

Three complementary impact welding technologies are described in this paper. They are
explosive welding, magnetic pulse welding, and laser impact welding, which have been …

Introduced is a comprehensive numerical modeling framework that includes microstructure
when simulating the laser impact welding (LIW) of metals to study the transient phenomena …

Magnetic Pulse Welding (MPW) applies the electromagnetic principles postulated in the
XIXth century and later demonstrated. In recent years the process has been developed to …

The main objective of this research is to investigate the magnetic pulse welding (MPW)
process, the resulting joint strength and the interface welding metallurgy. It is known that …

The high-speed water jet is used for different manufacturing processes such as cutting, shot
peening, cleaning, machining, and spot welding. As water jet spot welding is a concise time …

Due to the relatively high degree of complexities involved with water jet spot welding
process, the experimental and conventional numerical methods are hardly capable of …

In this paper, the gas mixture detonation technique was utilized for impact spot welding of
dissimilar metallic plates. The gas detonation produces shock waves to accelerate a high …

Magnetic pulse welding (MPW) can offer unique advantages over other joining techniques
when applied correctly. Especially for dissimilar metal welding it has several advantages …