A simultaneous prediction of macroscopic deformation and microstructure evolution is
critical for understanding the deformation mechanism of components. In this work, the hydro …

An investigation was conducted to study the influence of peak-ageing and double ageing
treatments in the precipitation along the different grain boundary orientations of an extruded …

Cryogenic die-less spinning was proposed to address wrinkling and cracking, which occur
in traditional spinning, to form large thin-walled curved components. A finite element model …

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

The aim of this work is to explore various homogenization solution-aging post-treatments
(HAT) related to maraging steel, manufactured by selective laser melting (SLM), in order to …

To study the effect of deformation mode together with loading path on the microstructure
evolution of 2219 aluminium alloy at elevated temperature, plane strain compression (PSC) …

Deformation behavior and precipitation features of an Al–Cu alloy are investigated using
uniaxial tensile tests at intermediate temperatures. It is found that the true stress drops with …

Tube flow forming followed by flattening is an effective way to make ultra-wide sheet for
plastic forming of large thin-walled components. However, the work hardening and poor …

Marginal-restraint mandrel-free spinning is an advanced technology for manufacturing
ellipsoidal heads with large diameter-thickness ratios. Nevertheless, the spinning-induced …

Rings made of 2219 Al alloy are typically manufactured by multi-directional forging (MDF)
and ring rolling at 460° C, followed by heat treatment. However, this process often results in …