The experimental and numerical work presented in this paper reveals that stress state has
strong effects on both the plastic response and the ductile fracture behavior of an aluminum …

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 …

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 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 newly proposed isotropic ductile fracture criterion (Khan and Liu, 2012), based on the
magnitude of stress vector (MSV), is further developed to include strain rate and temperature …

In the present work, an elastoplastic-damage model fully coupled with the constitutive
equations of the non-associated plasticity is developed, to enrich the existing research …

It is essential to accurately model the anisotropic plastic deformation and ductile fracture of
metals in order to guarantee the reliable numerical analysis and optimization of metal …

To understand comprehensively the relationship between material ductility and stress state,
the new shear, shear-compression, and shear-tension specimens were specially designed …

This two-part series of papers presents complementary experiments and analyses of ductile
failure of an aluminum alloy in the challenging regime of moderate to low stress triaxiality …

Under impact loading conditions, the stress state derived from the contact between the
projectile and the target, as well as from the subsequent mechanical waves, is a variable of …