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laws:hill3d_ki [2022/02/20 19:34] ehssen |
laws:hill3d_ki [2023/03/28 18:12] (current) ehssen [List of state variables (if NTEO = 0 or 3)] |
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|INDAM| 0 (no fatigue damage computation)\\ > 1 (fatigue damage computation)| | |INDAM| 0 (no fatigue damage computation)\\ > 1 (fatigue damage computation)| | ||
^Line 2 (4I5)^^ | ^Line 2 (4I5)^^ | ||
- | |NTE0|0 Classic hardening\\ 1 Teodosiu hardening\\ 2 Teodosiu + Jauman hardening \\ 3 Ziegler hardening \\ 4 Armostrong-Frederick hardening with 2 terms| | + | |NTE0|0 Classic hardening\\ 1 Teodosiu hardening\\ 2 Teodosiu + Jauman hardening \\ 3 Ziegler hardening \\ 4 Armstrong-Frederick hardening with 2 terms| |
|//if nteo = 1 or nteo= 2, then//|| | |//if nteo = 1 or nteo= 2, then//|| | ||
|NREAD| = 1 Read the 58 state variables in .f72 (in column)| | |NREAD| = 1 Read the 58 state variables in .f72 (in column)| | ||
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|Q(3):Q(8)|Back stress (__X__)| | |Q(3):Q(8)|Back stress (__X__)| | ||
|Q(9)| Accumulated plastic equivalent strain divided by $\sqrt{2}$ ($\frac{\underline{\varepsilon^{pl}}}{\sqrt{2}}$ )| | |Q(9)| Accumulated plastic equivalent strain divided by $\sqrt{2}$ ($\frac{\underline{\varepsilon^{pl}}}{\sqrt{2}}$ )| | ||
+ | |Q(10):Q(15)|Plastic strain tensor $\underline{\varepsilon}^p$ (6 components)| | ||
+ | |Q(16):Q(18)|Principal strains $\varepsilon_{I}$, $\varepsilon_{II}$, $\varepsilon_{III}$| | ||
==== List of state variables (if NTEO = 4)==== | ==== List of state variables (if NTEO = 4)==== | ||
|Q(1)| Yield criterion = 0 : the previous step was elastic \\= 1: the previous step was elasto-plastic| | |Q(1)| Yield criterion = 0 : the previous step was elastic \\= 1: the previous step was elasto-plastic| |