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doc:user:elements:volumes:hyper_functionbased

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doc:user:elements:volumes:hyper_functionbased [2026/07/02 14:15] vanhulledoc:user:elements:volumes:hyper_functionbased [2026/07/02 14:15] (current) vanhulle
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-The deviatoric (elastic) potentials $\psi_{e}^{(i)}$ are defined using hyperelastic potential laws defined in [[doc:user:elements:volumes:hyper_dev_potential]] whilst volumetric potentials $\psi_{vol}^{(i)}(J)$ are defined using volumic potential laws in [[doc:user:elements:volumes:hyper_vol_potential]].+The deviatoric (elastic) potentials $\psi_{e}^{(i)}$ are defined using hyperelastic potential laws defined in [[doc:user:elements:volumes:hyper_dev_potential]] whilst volumetric potentials $\psi_{vol}^{(i)}$ are defined using volumic potential laws in [[doc:user:elements:volumes:hyper_vol_potential]].
  
 It is also possible to add **inelastic** deformations $\mathbf{F}_{in}$ (//e.g.// thermal expansion) by using inelastic potential laws in [[doc:user:elements:volumes:hyper_inel_potential]]. The total deformation gradient $\mathbf{F}$ writes It is also possible to add **inelastic** deformations $\mathbf{F}_{in}$ (//e.g.// thermal expansion) by using inelastic potential laws in [[doc:user:elements:volumes:hyper_inel_potential]]. The total deformation gradient $\mathbf{F}$ writes
doc/user/elements/volumes/hyper_functionbased.1782994506.txt.gz · Last modified: by vanhulle

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