This work is concerned with the theoretical development, algorithmic implementation and
numerical investigation of a novel thermodynamically consistent 'two-surface'gradient …

The objective of the present paper is to develop a thermodynamically consistent coupled
damage-plasticity model at large deformations, which accounts for damage anisotropy …

Eringen's micromorphic approach for materials with microstructure is applied to the plasticity
and damage of single crystals. A plastic microdeformation variable and its rotational part are …

An iterative method to simulate 3D fatigue crack propagation in crystalline materials is
proposed and demonstrated on simple test cases. The method relies on the computation of …

A micromorphic single crystal plasticity model is formulated at finite deformations as an
extension of Mandel's classical theory based on a multiplicative decomposition of the …

Numerical and experimental evolutions of slip fields in notched Ni-Base Single Crystal
superalloy tensile specimens are presented as a function of secondary crystallographic …

In this study, a microdamage model is newly proposed to predict the failure process of FCC
single crystals. Two micro damage mechanisms, slip and cleavage, are both involved in the …

A regularised anisotropic continuum damage mechanics model is presented that couples
crystal plasticity with damage induced on crystallographic planes. Two and three …

A new method for 3D simulation of crack growth in single crystals is proposed. From Crystal
Plasticity Finite Element (CPFE) computations of a pre-cracked single crystal, a damage …

The present work provides an original consistent framework for combining different
constitutive laws, possibly nonlinear, within diffuse interface models (phase field) by …