International audienceThe micromorphic constitutive model developed in previous works and accounting for isotropic plasticity, mixed kinematic and isotropic hardening and micromorphic damage is revised in order to enhance some coupling aspects. The associated numerical aspects are investigated and implemented into ABAQUS®/Explicit solver by developing two subroutines VUMAT to implement the micromorphic model and VUEL to implement an assumed strain-based element with additional micromorphic degrees of freedom. The tensional and bending tests of DP1000 dual phase steel are simulated and used to validate the model by comparing with experimental results
The concept of the local approach is applied to different damage mechanisms of structural steels by ...
International audienceIt is well established that the use of inelastic constitutive equations accoun...
This contribution describes the numerical treatment and calibration strategy for a new micromechanic...
International audienceA thermodynamically-consistent micromorphic constitutive model fully coupled w...
International audienceIt is well known that the use of inelastic constitutive equations accounting f...
International audienceThis chapter deals with the presentation of micromechanical modeling of the el...
In this report we present the formulation of the physically-based Evolving Microstructural Model of ...
A constitutive model that incorporates material dilation and the concept of continuum damage mechani...
International audienceThis paper describes the needs required in modern virtual metal forming includ...
A unifying thermomechanical framework is presented that reconciles several classes of gradient elast...
International audienceThe micromorphic approach consists in introducing additional degrees of freedo...
The continuum modelling of the macroscopic behaviour of metallic sheets and the identification of co...
Damage characterization and micromechanical modelling in dual-phase (DP) steels have recently drawn ...
Bending of dual-phase (DP) steels has introduced new issues concerning the analysis by finite elemen...
International audienceA unifying thermomechanical framework is presented that reconciles several cla...
The concept of the local approach is applied to different damage mechanisms of structural steels by ...
International audienceIt is well established that the use of inelastic constitutive equations accoun...
This contribution describes the numerical treatment and calibration strategy for a new micromechanic...
International audienceA thermodynamically-consistent micromorphic constitutive model fully coupled w...
International audienceIt is well known that the use of inelastic constitutive equations accounting f...
International audienceThis chapter deals with the presentation of micromechanical modeling of the el...
In this report we present the formulation of the physically-based Evolving Microstructural Model of ...
A constitutive model that incorporates material dilation and the concept of continuum damage mechani...
International audienceThis paper describes the needs required in modern virtual metal forming includ...
A unifying thermomechanical framework is presented that reconciles several classes of gradient elast...
International audienceThe micromorphic approach consists in introducing additional degrees of freedo...
The continuum modelling of the macroscopic behaviour of metallic sheets and the identification of co...
Damage characterization and micromechanical modelling in dual-phase (DP) steels have recently drawn ...
Bending of dual-phase (DP) steels has introduced new issues concerning the analysis by finite elemen...
International audienceA unifying thermomechanical framework is presented that reconciles several cla...
The concept of the local approach is applied to different damage mechanisms of structural steels by ...
International audienceIt is well established that the use of inelastic constitutive equations accoun...
This contribution describes the numerical treatment and calibration strategy for a new micromechanic...