laws:epani
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laws:epani [2019/11/15 12:01] helene created |
laws:epani [2020/08/25 15:46] (current) |
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| |METH| method to be used for the time integration of the constitutive law \\ = 0, using the "backward Euler" method (recommended). It is only valuable for the **isotropic elastic - anisotropic plastic material with anisotropic linear or isotropic nonlinear hardening.** \\ = 1, using the "radial return" method. It is valuable for the **anisotropic elastoplastic material with anisotropic linear hardening.**| | |METH| method to be used for the time integration of the constitutive law \\ = 0, using the "backward Euler" method (recommended). It is only valuable for the **isotropic elastic - anisotropic plastic material with anisotropic linear or isotropic nonlinear hardening.** \\ = 1, using the "radial return" method. It is valuable for the **anisotropic elastoplastic material with anisotropic linear hardening.**| | ||
| ==== Real parameters ==== | ==== Real parameters ==== | ||
| - | ^Line 1 (3G10.0)^ | + | ^Line 1 (3G10.0)^^ |
| |ALPHA| angle between the 1-2 principal axes of material and X-Y axes of coordinates| | |ALPHA| angle between the 1-2 principal axes of material and X-Y axes of coordinates| | ||
| |ECROU| parameter for mixed hardening \\ = 0 isotropic hardening\\ = 1 kinematic hardening\\ > 0 and < 1 mixed hardening| | |ECROU| parameter for mixed hardening \\ = 0 isotropic hardening\\ = 1 kinematic hardening\\ > 0 and < 1 mixed hardening| | ||
laws/epani.1573815690.txt.gz ยท Last modified: 2020/08/25 15:35 (external edit)
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