Electromagnetic forming (EMF) is a kind of high-speed forming technology that can be useful
for materials like aluminum. EMF helps to overcome the limitations of traditional forming …

The deformation texture and microstructure evolution in pure aluminum sheet after
electromagnetic bulging was investigated in detail by using electron backscatter diffraction …

The coil-workpiece magnetic coupling coefficient K is one of the factors that influence the
efficiency of electromagnetic forming (EMF) process. Along with this, an evaluation of the …

Aluminium can benefit from the high-speed forming technique known as electromagnetic
forming (EMF). EMF is increasingly used in automotive applications as a result of this …

Bimetal tubes have useful applications in various industries where service conditions
demand more different requirements in the tube core than its outside surface. The recent use …

Electromagnetic forming (EMF) is a high-speed impulse forming process developed during
the 1950s and 1960s to acquire shapes from sheet metal that could not be obtained using …

The electromagnetic forming is a procedure of high-speed processing, which favors the
increase of the formability of some plastically deformed metals. In order to evaluate the …

Electromagnetic sheet metal forming (EMF) is a forming process driven by the dynamics of
electromagnetic-mechanical phenomena. In this high-speed process does not exist …

Electromagnetic forming is a high velocity forming process where Lorentz force is used for
workpiece expansion. The required velocity for forming is achieved by a pulsed magnetic …