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Trace: • 3D HGT-assisted thermoset AFP (thermal) • Inelastic Potentials
doc:user:elements:volumes:hyper_dev_potential

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doc:user:elements:volumes:hyper_dev_potential [2025/11/14 15:32] – [BonetBurtonHyperPotential] vanhulledoc:user:elements:volumes:hyper_dev_potential [2025/11/14 15:33] (current) – [Anisotropic Elastic Potentials] vanhulle
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 W_{dev} = \sum^n_{i=1} W_{dev}^{(i)} \left(\bar{I}_1, \bar{I}_2, \bar{I}_3, \bar{I}_4^{(i)}, \bar{I}_5^{(i)} \right) = \sum^n_{i=1} W_{dev}^{(i)} \left(\bar{I}_1, \bar{I}_2, J, \bar{I}_4^{(i)}, \bar{I}_5^{(i)} \right) W_{dev} = \sum^n_{i=1} W_{dev}^{(i)} \left(\bar{I}_1, \bar{I}_2, \bar{I}_3, \bar{I}_4^{(i)}, \bar{I}_5^{(i)} \right) = \sum^n_{i=1} W_{dev}^{(i)} \left(\bar{I}_1, \bar{I}_2, J, \bar{I}_4^{(i)}, \bar{I}_5^{(i)} \right)
 $$ $$
 +At the moment, a maximum of 3 separate principal directions can be given to the material law.
  
 === Reminders === === Reminders ===
doc/user/elements/volumes/hyper_dev_potential.txt · Last modified: by vanhulle
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