Abstract 2195 Al-Li alloy billet was prepared by gas atomization (GA) and hot isostatic
pressing (HIP), followed by hot extrusion and different heat treatments. Microstructural …

Abstract Fine eQuiaxed Zone (FQZ) close to the fusion line is a common and unique
microstructural feature for fusion welded high-strength Al alloys particularly when containing …

In this paper, aging precipitates and their high effects on mechanical properties of squeeze-
cast Al–5Cu-0.6 Li-0.5 Mn-0.3 Mg-0.15 Ti alloy (a novel Al–Cu–Li–Mn alloy) were …

In this study, the T85-treated Al-3.78 Cu-1.17 Li-0.7 Mg-0.32 Ag-0.25 Mn-0.33 Zn-0.12 Zr
alloy thermally exposed at a series of temperatures (100–300° C) for 100 h, 500 h, and 1000 …

Al-Li alloys are being successfully employed for manufacturing the structural components of
lightweight aircrafts. In this work, the microstructures and precipitation characteristics of the …

Pre-rolling combined with double aging (DAT8) and interrupted aging (IAT8) were carried
out to improve the mechanical properties of rapidly solidified 2195 Al–Cu–Li alloy. For the …

Attempts to improve the strength of Gen3 Al–Li alloys without obviously deteriorating the
ductility have been directed towards enhancing the matrix precipitation of T 1 phase and …

Multiple nano-phases and nano-complexes feature the typical microstructures of current
commercial Al-Li alloys. We present a combined first-principles and scanning transmission …

Microstructure and low-cycle fatigue behavior of spray-formed Al–Li alloy 2195 extruded
plate were investigated in this work. The spray-formed alloy after hot extrusion experiment …

The manufacturing process of thermo-electromagnetic forming process (TEP), which
includes solution treatment, electromagnetic forming (EMF) and aging, is proposed to settle …