Abstract 2195 Al-Li alloy is one of the most important structural materials in the aerospace
industry in recent years because of its advantages, such as low density, high strength, good …

The application prospect of 2195 alloy in aerospace structure parts has received
widespread attention. The high strain rate forming combined with heat treatment process is a …

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 manufacturing process of 2219 aluminum alloy (AA2219) thin-walled parts nowadays
exhibits challenging to meet the service requirements of the high performance and …

In this paper, a novel method of electromagnetic partitioning forming with elastic cushion is
proposed. Its main principle is based on that the parts vibrate at high speed under the action …

The article covers experimental research on the forming of products made of 7075 aluminum
alloy. This aluminum alloy grade is characterized by high strength, but due to its low …

High-strength 7075 aluminum alloy is widely used in the aerospace industry. The forming
performance of 7075 aluminum alloy is poor at room temperature. Therefore, hot forming is …

为解决高性能铝锂合金构件的成形难题, 提出了电磁形变复合热处理(Electromagnetic
deformation combined with heat treatment, ET) 工艺, 研究了ET 工艺下2195 …

The process for manufacturing automotive aluminum profiles is a multi-stage process, which
includes porthole die extrusion, aging treatment, bending, and electrophoretic painting …

In this paper, thin-walled aluminum alloy parts were fabricated using electromagnetic
incremental forming with an elastic cushion. The effect of the thickness of the elastic cushion …