The role of spinning in the age hardening behaviors of 2219 aluminum alloy and the
underlying mechanisms are very vital for aging process design. To this end, the Vickers …

Plastic deformation is usually required from raw materials to metal products. Unfortunately,
the lost ductility of high-strength aluminum alloys during deformation can hardly be …

This investigation presents the results of research on low cycle fatigue properties of Sc-
modified AA2519-T62 extrusion. The basic mechanical properties of the investigated alloy …

In the present study, the influence of the initial heat-treatment conditions on the artificial
aging behavior after conventional linear extrusion at room temperature was investigated for …

The aim of this investigation was to identify the effect of rolling at room temperature and
under cryogenic conditions on selected properties and the microstructure of the AA2519-T62 …

The service behavior of ductile metallic materials, when they have previously undergone
technological plastic deformation, depends on the deformation conditions. These are …

The work is devoted to FSW of cold rolled AA2519. The non-uniform distribution of all
second phase precipitates (including coherent θ''and non-coherent θ) was shown via the …

In the present study, the influence of the initial heat-treatment conditions on the artificial
aging behavior after conventional linear extrusion at room temperature was investigated for …

The present study deals with the effect of pre-deformation technique of AA2519 alloy (Al–
5.64 Cu–0.33 Mn–0.23 Mg–0.15 Zr–0.11 Ti–0.09 V–0.08 Fe–0.01 Si (wt.%)) under T8 …

Microstructure, precipitation behaviour and mechanical properties of an Al-5.64 Cu-0.33 Mn-
0.23 Mg-0.14 Zr-0.11 Ti (in wt.%) alloy subjected to thermomechanical processing (TMP) …