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  • Installation
  • Interfaces
  • Features
    • Solvers
    • Material models
      • AT2 Phase Field Fracture
      • B4 model
      • Compressible Neo Hooke model
      • Compressible Neo Hooke model (Automatic Differentiation)
      • Compressible Finite-Strain Linear Viscoelasticity
      • Finite-Strain Isotropic Biot Viscoelasticity
      • Finite-strain J2 plasticity
      • Finite-Strain Orthotropic Biot Viscoelasticity
      • Linear Elastic model
      • Linear Elastic model (Automatic Differentiation)
      • Linear Viscoelastic Power Law model
      • Linear Viscoelastic Orthotropic Power Law model
      • Von Mises model
      • Von Mises model (Automatic Differentiation)
    • Finite elements
  • Code documentation
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Material models

This section contains the ready to use available material models.

  • AT2 Phase Field Fracture
  • B4 model
  • Compressible Neo Hooke model
  • Compressible Neo Hooke model (Automatic Differentiation)
  • Compressible Finite-Strain Linear Viscoelasticity
  • Finite-Strain Isotropic Biot Viscoelasticity
  • Finite-strain J2 plasticity
  • Finite-Strain Orthotropic Biot Viscoelasticity
  • Linear Elastic model
  • Linear Elastic model (Automatic Differentiation)
  • Linear Viscoelastic Power Law model
  • Linear Viscoelastic Orthotropic Power Law model
  • Von Mises model
  • Von Mises model (Automatic Differentiation)
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