Note the »material stretch tensor« $ \tnsr U $ following from the »right Cauchy–Green deformation tensor«: $ \tnsr C = \tnsr F^\text T\tnsr F = \tnsr U^\text ...
Crystal lattice The crystal plasticity material model can be used in conjunction with three different lattice types: * face centered cubic * body centered...
Isotropic #TableOfContents Features Isotropic version of the Peirce, Asaro, Needleman (1983) phenomenological crystal plasticity constitutive law. The constitu...
J2 #TableOfContents Features Isotropic version of the Peirce, Asaro, Needleman (1983) phenomenological crystal plasticity constitutive law. The von Mises stres...
Material configuration file #TableOfContents #PurposeMatConfig Purpose In the most general case a material point in the simulated geometry contains a number of ...
NonLocal Features Physics based dislocation density model. Microstructure parameterization Kinematics Kinetics Deformation Structure Parameters in material...
PhenoPowerLaw Features In the phenopowerlaw model plastic shear strain due to slip systems and twins is considered. Microstructure parameterization Kinematic...
Single crystal time integration #TableOfContents Governing equations In order to arrive at a solution for stress equilibrium and strain compatibility the solver...
Spectral Solver #TableOfContents Introduction The present implementation is based on the works by P. Suquet 3 and R.A. Lebensohn 4 . The basic scheme inclu...
This site describes DAMASK 2.03! For all new users we strongly reccomend the use of DAMASK 3! Please visit https://damask.mpie.de for more information. DAMASK ...
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