This paper investigates the influence of stress state on the equivalent plastic fracture strain
in 2024-T351 aluminum alloy. Eighteen unique stress states at failure—with triaxialities …

This paper presents experimental ductile fracture data for 2139-T8 aluminum alloy under
various stress states for the ultimate purpose of probing the fracture envelope as a function …

The plastic deformation and ductile fracture behavior of 12.7 mm thick 2024-T351 aluminum
plate is investigated. Tension, compression and shear experiments are conducted at strain …

The ductile fracture of 2024 aluminum loaded under unequal in-plane biaxial tension and
out-of-plane compression is investigated. This stress state is induced in materials during …

To numerically predict crack formation and growth of cast components under accidental
loading, it is necessary to characterize fracture properties at the macroscopic level. In this …

This paper describes an experimental investigation into the mechanism of ductile fracture in
the aluminum alloy AL2024-T351 using a combination of synchrotron X-ray and focused ion …

This paper presents the calibration procedure for aluminum alloy 2024-T351 using a
recently developed damage plasticity theory. The damage plasticity theory consists of a full …

The effect of stress state and loading path on the ductile fracture of aluminum 2024-T351 is
characterized through tension–torsion experiments on tubular specimens. The experimental …

In this study, the plastic deformation behavior at a large strain range, as well as the ductile
damage and fracture of aluminum alloy 2024-O materials, were investigated under quasi …

Purpose: Cast aluminium alloys have found wide application to manufacture lighted-weight
components of complex shape in automotive and aerospace industries. To improve the …