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 …

The responses of the tubular specimens loaded under combined tension and torsion in Part
I exhibited limit load instabilities followed by extensive localized deformation prior to failure …

Ductile failure in polycrystalline aluminum alloys under pure shear as well as with
superposed tension and compression loading is explored through the modified Arcan shear …

Recent work on ductile failure under shear-dominant stress states has challenged the long-
accepted premise that the strain at failure monotonically decreases with increasing …

The aim of this paper is to establish the extent to which materials can be deformed under
shear-dominant loadings. Custom Al-6061-T6 tubular specimens are loaded under radial …

This paper investigates the influence of plastic anisotropy on the tensile ductility of a high-
strength aluminium alloy. To this end, finite element simulations of smooth and notched …

The influence of plastic anisotropy, yield strength and work hardening on ductile failure is
studied by nonlinear finite element simulations and strain localization analyses of tensile …

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 …

The effect of triaxiality on the evolution of damage in Al-2024 aluminum cylindrical
specimens is studied in this work. Uncoupled and coupled damage models, all of them …

This article focuses on predicting the instant of failure in a real scale component of complex
geometry and loading using a ductile damage model calibrated exclusively on small-scale …