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Linear problems
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Elastostatics :
standard continuous galerkin
* 2D plane stress/strain
* 3D isotropic, orthotropic
* axisymmetric

discontinous galerkin
-> volumetric locking

mixed formulation using Hu-Washizu
-> volumetric locking

Elastodynamics 
* time integration Newmark scheme, theta

Poroelasticity

Mixing continuum and interfaces
* elastic interfaces/supports (beam on elastic foundation)

Linear Fracture Mechanics
* G-theta method to compute J-integral and stress intensity factors

Homogenization in elasticity
-> treatment of rigid particles with Lagrange multipliers

Linear Buckling 

Cosserat

Strain gradient

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Nonlinear problems
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Hyperelasticity :
-> compressible neo-hookean
-> incompressible neo-hookean

Viscoelasticity
* Maxwell model
* Kelvin-Voigt model

Elasto-plasticity
* radial return for von Mises/Drucker Prager
* limit analysis with augmented Lagrangian

Viscoplasticity
* yield stress fluids

Contact
* resolution of normal contact with TAO
* contact with AL

Von-Karman plates

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Beams and Plates
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Membrane

Axisymmetric shells

Love-Kirchhoff plates with DG

Reissner-Mindlin plates

Higher-order plate models (warping, Bending-Gradient)

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Misc
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Topology Optimization
(undocumented example)

Linear Matching Method