To meet the various and critical manufacturing requirements including high precision, low
cost, good manufacturability, and more demanding from product service and performance …

In existing electromagnetic sheet metal forming processes, the sheet metal is typically
deformed away from the coil under repulsive Lorentz forces. This deformation mode makes it …

摘要电磁成形是利用脉冲电磁力实现轻质合金快速塑性成形的一种高能率加工技术,
可显著提高材料的成形极限并改善成形性能. 吸引式电磁成形则是其中的一种独特应用 …

Electromagnetic forming is a method of high-speed metal workpiece forming technology that
uses electromagnetic force pulses generated from the interaction of the magnetic flux …

Coil design and performance analysis are critical for the electromagnetic forming (EMF)
process. However, previous studies have paid little attention to the coil conductivity, and the …

High-accuracy forming of aluminum alloy variable-diameter tubes imposes strict
requirements on force field design. Although electromagnetic forming has shown unique …

In the conventional electromagnetic tube expansion, tube wall thickness tends to decrease
significantly while the workpiece is expanded. This paper is aimed at introducing a new …

The Lorentz force distribution on a tube is the dominant factor that determines the tube
deformation behavior in the electromagnetic forming process. However, the existing forming …

Electromagnetic forming (EMF) is widely used in the processing of tube fittings in the fields of
aerospace, automobile, and other industrial manufacturing because of its high energy rate …

Improving the forming efficiency at a reasonable cost has been the main challenge in the
electromagnetic forming technology. Towards this aim, this paper proposes a simultaneous …