Hydraulic forming (HF) has good forming accuracy, but causes the material to break easily.
Electromagnetic forming (EMF) can greatly improve the forming limit of materials, but its …

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 …

The electromagnetic force between the tube and the coil is generally dominated by repulsive
Lorentz force in the existing electromagnetic tube forming systems. In these cases, the coil …

In the conventional electromagnetic tube expansion, the end effects generated by the
conventional helix coil may lead to inhomogeneous tube deformation in the axial direction …

Electromagnetic blank holding for forming complex parts has received considerable
attention due to the flexibility in die design and force control. However, electromagnetics …

The application of an attractive electromagnetic force for small tube bulge forming is a
meaningful but challenging issue because it is almost impossible to do so with the traditional …

Aluminum alloy possesses poor plastic deformation ability under quasi-static stamping (QS).
Hence, the plastic deformation behavior and microstructure evolution of 5052 aluminum …

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 …

Improving the strength and controllability of the magnetic force that acts on a workpiece is
important to enhance the forming ability and outcome during the electromagnetic forming …