There are various processes practiced in a market for manufacturing axisymmetrical cup
with significant forming depth among which deep drawing process is most prompt. The deep …

摘要电磁成形是一种高速率脉冲成形技术, 因其能大幅改善金属材料成形性能而得到广泛关注,
其研究主要涉及材料科学与电磁技术两大问题. 纵观其发展历史, 电磁成形材料科学问题得到 …

A new dynamic forming method denoted as Lorentz-force-driven (LFD) sheet metal
stamping was proposed in this work, which has been applied to cylindrical cup forming. A …

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 …

Accurate calculation of electromagnetic parameters in electromagnetic forming (EMF)
process is crucial for predicting the deformation behavior of metallic workpieces. Previous …

In this paper, we present a novel study on electromagnetic forming (EMF) comprises
experiments, modeling, and validation. Free bulging of aluminum sheet metals was …

A new approach—radial Lorentz force augmented deep drawing—has been developed to
enhance the material flow of the flange in an electromagnetically deep drawing process, by …

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 …

A new gradient electromagnetic forming (GEMF) approach that utilizes the gradient
electromagnetic force generated by use of a sectional coil is proposed to meet force-field …

In conventional electromagnetic tube expansion (EMTE), the wall thickness of the tube
decreases significantly because the electromagnetic force is mainly in the radial direction …