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Fundamentals

• How AMfe is structured
  • Core Modules
  • Model Order Reduction
• Materials
  • HyperelasticMaterial base class
  • Derived classes for different constitutive laws
• Elements
  • The Element class
    • Getter-Methods
    • Implemented element-types
  • Boundary Elements
  • Helper functions
• Mesh
  • Fundamentals of the Mesh class
    • Defining a Mesh
    • Other properties and limits of the mesh class
  • Importing Meshes
    • Basic proceeding
    • Mesh Deflation
    • Import-Functions for certain data-formats
      • Gmsh
      • Nastran
      • Abaqus
      • CSV
  • PandasDataFrame
  • Mesh Tying
  • Helper-Functions
• Assembly
  • Instantiate an Assembly object
  • Generate mapping from local dofs to global dofs
  • Assembling methods
  • The CSR-Format and helper functions
    • CSR-storage
    • Altering CSR matrices
• Boundary Conditions
  • How Dirichlet Boundary Conditions and Constraints are organized
    • The B-Matrix
  • Dirichlet Boundary Conditions
    • Example - The hard way
    • Example - The more convenient way
    • Option ‘External’
  • Applying constraints
    • More convenient way - the master-slave list
  • Neumann Boundary Conditions
    • How Neumann Boundary Conditions are organized in AMfe
    • Boundary Elements
    • Convenient way - Using the set_neumann_bc-method
    • Hard way - Defining boundary elements by hand
  • Mesh-Tying
• Mechanical System
• Solving
• Export and Postprocessing
  • Export Meshes and displacements over time

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