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  • News
  • Installation
  • Documentation
  • Support
  • Development
  • GitHub
  • Google Scholar

Section Navigation

  • Usage
  • How-To Guides
    • Create Texture for a Dual-Phase Microstructure
    • Generate a Three-Step Load Case for the Grid Solver
    • Create a Polycrystal with Laguerre Tessellation for the Grid Solver
    • Create a Polycrystal with Elongated Grains for the Grid Solver
    • Add IPF of the inital microstructure to the grid file
    • Visualization of triply periodic minimal surfaces (TPMS)
    • Rescale a Grid Solver Geometry File
    • Add Derived Field Data
    • Density Plot with Pandas
    • Plot Data per Grain with Scatter
    • Calculate r-Value
    • Calculate stretch ratio of lattice plane spacings
    • Store data in an ASCII Table
    • Plot Inverse Pole Figure (IPF) with orix
    • Determine Yield Point
    • Plot Pole Figures
    • Stress and Strain Measures
  • Tutorials
  • Reference
    • File Formats
      • Materialpoint Configuration
        • homogenization
        • phase
        • material
      • Numerics Configuration
      • Grid Solver
      • Mesh Solver
      • MSC Marc
      • Result (DADF5)
    • Crystal Structures
      • Face-Centered Cubic (cF)
      • Body-Centered Cubic (cI)
      • Hexagonal (hP)
      • Body-Centered Tetragonal (tI)
    • Processing Tools
      • Pre-Processing
      • Post-Processing
      • Miscellaneous
  • Literature

Crystal Structures#

The crystal plasticity material models can be used in conjunction with four different lattice types:

  • Face-Centered Cubic (cF)

  • Body-Centered Cubic (cI)

  • Hexagonal (hP)

  • Body-Centered Tetragonal (tI)

All lattice-related information is defined in file:crystal.f90 and in the Python class damask.Crystal.

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