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struct | DisplacementGradient |
| A struct computing the value, first and second derivatives of the Green-Lagrange strain tensor (in Voigt notation), where the displacement gradient is enhanced. More...
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struct | DisplacementGradientTransposed |
| A struct computing the value, first and second derivatives of the Green-Lagrange strain tensor (in Voigt notation), where the transpose of the displacement gradient (pre-multiplied with deformation gradient at the center of the element) is enhanced. More...
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struct | E0 |
| Dummy struct for displacement-based EAS elements, i.e. 0 enhanced modes. More...
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struct | E11 |
| Structure representing EAS for Q2 with 11 enhanced strains. More...
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struct | E21 |
| Structure representing EAS for H1 with 21 enhanced strains. More...
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struct | E4 |
| E4 structure for EAS with linear strains and 4 enhanced modes. More...
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struct | E5 |
| Structure representing EAS for Q1 with 5 enhanced strains. More...
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struct | E7 |
| Structure representing EAS for Q1 with 7 enhanced strains. More...
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struct | E9 |
| Structure representing EAS for H1 with 9 enhanced strains. More...
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struct | EASVariant |
| Wrapper around the EAS variant, contains helper functions. More...
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struct | EX |
| Interface for displacement-based EAS elements, where linear or Green-Lagrange strains are enhanced. More...
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struct | GreenLagrangeStrain |
| A struct computing the value, first and second derivatives of the Green-Lagrange strain tensor (in Voigt notation), where the Green-Lagrange strain itself is enhanced. More...
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struct | H0 |
| Dummy struct for displacement-based EAS elements, i.e. 0 enhanced modes, where displacement gradient is enhanced. More...
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struct | H4 |
| H4 struct for EAS with 4 enhanced modes. More...
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struct | H9 |
| H9 struct for EAS with 9 enhanced modes. More...
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struct | HX |
| Interface for displacement-based EAS elements, where displacement gradient is enhanced. More...
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struct | LinearStrain |
| A struct computing the value, first and second derivatives of the linear strain tensor (in Voigt notation), where the linear strain itself is enhanced. More...
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