Targeted squeeze casting components of the thick-walled locations with local
supplementary pressure (LSP) can effectively realize the local forced shrinkage, which is …

This study investigates the new surface development on AA6061 and AA5086 alloys
considering the wire-arc additive manufacturing technique as a direct energy deposition …

During the reactor operation, aluminum tank and the core components can experience
radiation damage, resulting in limitation of its life span. Effects of radiation on the aluminum …

The microstructure of aluminum alloy components fabricated by wire-arc directed energy
deposition (wire-arc DED) has typical periodic heterogeneous distribution characteristics …

In order to study the effects of strain (ɛ) and strain rate (ε˙) on the dynamic recrystallization
(DRX) and solid-state welding behaviors of aluminum alloys, hot compression welding …

To solve the problem of insufficient strength of thick aluminum alloy welded joints, this study
introduces a pioneering technique known as variable-polarity plasma arc keyhole-tungsten …

Abstract 2319 aluminum alloy parts was prepared by wire arc additive manufacturing
technology. The corrosion properties of additively manufactured 2319 aluminum alloy and …

A novel multistage aging heat-treatment method was applied to investigate the
microstructural evolution and properties of an additive-manufactured 2319 aluminum alloy …

Two different Mn contents of Al-Mg-Mn alloy wires were employed for preparing wire arc
addition manufacturing (WAAM) samples. The compositions of the as-deposited samples …

2195 aluminum–lithium (Al–Li) and 2XXX series aluminum alloys are joined using
resistance spot welding for the first time. The macrostructure, microstructure, element …