An isotropic ductile fracture criterion considering nucleation, growth, shear coalescence and
necking coalescence of voids during plastic deformation is developed to model fracture …

A new ductile fracture criterion (DFC) is developed based on two typical fracture
mechanisms-tension fracture and shear fracture by analyzing the morphologies of the …

This paper is concerned with the extension of a shear-controlled ductile fracture criterion for
accurate prediction of fracture forming limit diagrams (FFLD) in sheet metal forming …

In order to accurately describe the fracture behaviour of ductile metals in a wide range of
stress states, based on the mechanism of void nucleation, growth, and coalescence during …

A new ductile fracture criterion is proposed based on three stages of ductile fracture: void
nucleation, growth and coalescence from the microscopic viewpoint. Based on the …

A new ductile fracture criterion motivated by dislocation theory and void evolution is
proposed to predict fracture initiation of high-strength steels, which also considers size …

A population of several spherical voids is included in a three-dimensional, small scale
yielding model. Two distinct void growth mechanisms, put forth by [Int. J. Solids Struct. 39 …

In the present paper, ductile crack growth in an aluminium alloy is numerically simulated
using a cohesive zone model under both plane stress and plane strain conditions for two …

A correct representation of the fracture limit for material subject to various stress states is
essential for the accurate prediction of fracture behavior. In this paper, a comprehensive …

A macroscopic ductile fracture criterion is proposed based on micro-mechanism analysis of
nucleation, growth and shear coalescence of voids from experimental observation of fracture …