In this paper, a continuum damage enhanced formulation of effective (undamaged) material
properties is proposed to predict fracture behaviour of various notched tensile specimens …

In this paper, a new coupled damage‐plasticity model is proposed to predict plastic
response and ductile fracture for two hydrostatic‐stress‐insensitive metals. A convenient …

The aim of this paper is to gain insight for the transition of fracture initiation sites in notched
tensile specimens. For this purpose, a stress triaxiality-dependent viscoplastic damage …

A model for plasticity and damage, developed in the context of continuum damage
mechanics and consistent with micromechanisms of void nucleation, growth, and …

Nonlinear dynamic finite element analysis (FEA) is conducted to simulate the fracture of
unnotched Charpy specimens of steel under pendulum impact loading by a dedicated …

In the present work, damage mechanics is incorporated into the plastic constitutive relation
in order to describe the localized plastic deformation and damage experienced in a tensile …

In this contribution, it is suggested a damage evolution law which is based on Continuum
Damage Mechanics (CDM) and dependent on the hydrostatic pressure, by the stress …

Based on continuum damage mechanics and stress invariants, a novel multi-parameters
ductile fracture model is proposed by coupling the synergistic effects of hydrostatic pressure …

The last several decades have seen growth in elastic-plastic fracture mechanics and the
modeling of the behavior of structural steels employed in the nuclear, oil and gas, and other …

Material models for ductile damage, crack initiation, and crack growth are of high interest, eg
for metal forming simulations. Empirical engineering approaches are often applied, but the …