It has been widely confirmed that the formability of lightweight but difficult-to-form metals is
significantly improved during electromagnetic forming. However, the physical nature of the …

The identification of different deformation mechanisms in aluminum alloy under high-velocity
electromagnetic forming and mechanical forming is a daunting task, due to the limitations in …

The mechanism by which electromagnetic forming (EMF) enhances the formability of metals
is unclear owing to the coupling effect of multi-physics fields. In the present work, the …

Electromagnetic forming (EMF) is a promising and rapidly developing high-speed forming
technique of lightweight materials. However, there is currently a lack of accurate analysis of …

The combination of electromagnetic forming (EMF) and heat treatment is expected to solve a
series of forming problems of Al–Li alloys with high stiffness and low density, and to improve …

The effect of electromagnetic forming (EMF) on the forming limit and properties of 2024-O
aluminum alloy is studied in this paper. This was done to address the important problems …

Abstract 7075 aluminum alloy has high strength but its formability is poor at room
temperature. To improve its plastic deformation capability, a new forming method, electrically …

It has been reported that the forming limit of materials can be improved during
electromagnetic forming (EMF). However, the detailed mechanism of this phenomenon …

Electromagnetic forming (EMF) is a high-speed forming technology, which can not only
improve the formability of hard-to-form materials but also reduce springback …

A technology named as electrically assisted electromagnetic forming (EAEMF) was used to
improve the plastic deformation ability of 5052 aluminum alloy at room temperature. The …