… However, the focus of the current investigation is to develop slip-hardening and twin-hardening
functions which could be incorporated in different crystal plasticity models. In addition, …

… hardening parameters for crystal plasticity models. The most conventional approach for
identifying crystal plasticity hardening … out simple mechanical tests on a single crystal [25,26]. …

… self-consistent (EPSC) crystal plasticity, which is coupled with the … a dislocation-based
hardening law and accounts for inter-… yield function incorporating distortional hardening using the …

… of some important aspects of crystalline plasticity, especially of features that are …
hardening is described by the evolution of the functions gM which describe the current strain-hardened …

… This work aims at the formulation of a gradient crystal plasticity … Specifically, a classical
continuum crystal plasticity framework … hardening as a consequence of dislocation entanglement. …

… models, in particular on a yield function and a function for the flow stress. The concept of a
plastic potential for the yield criterion is introduced by Von Mises (1928) and elegantly used by …

… Φ ̇ 0 m =0, where g(ε p ) is a strain hardening function, m is a strain rate sensitive parameter,
and Φ ̇ 0 is a reference value of the overstress function. Obviously, if Φ ̇ →0, J→0 . Eq. …

… of all of the functions central to crystal plasticity simulations in … and fast retrieval of crystal
plasticity solutions for a crystal of any … a simplified saturation type hardening law, which assumes …

… This paper describes the application of a coupled crystal plasticity based microstructural model
… microscale crystal plasticity simulation with measured texture data and hardening laws in …

… A model of crystal plasticity is developed in which the effects … function, which describes the
kinematic-type hardening in … to additional isotropic hardening caused by incompatibility of …