DREAM3D User Manual
Find Twin Boundary Schmid Factors

Group (Subgroup)

Statistics Filters (Crystallographic)

Description

This filter calculates the Schmid Factors for the 3 slip systems in the plane of each twin boundary. The filter only calculates the values for Faces already identified as twins.

Parameters

| Output File | | | Loading Direction | 3 x float |

Required DataContainers

  • Voxel
  • SurfaceMesh

Required Arrays

Type Default Name Description Comment Filters Known to Create Data
Face SurfaceMeshFaceLabels N x 2 Col of signed integer Quick Surface Mesh (SurfaceMeshing), M3C Surface Meshing (Slice at a Time)
Face SurfaceMeshFaceNormals N x 3 Col of floats Generate Triangle Normals Filter (SurfaceMeshing)
Field (Voxel) AvgQuats Five (5) values (floats) defining the average orientation of the Field in quaternion representation Filter will calculate average quaternions for Fields if not already calculated. Find Field Average Orientations (Statistics)
Field (Voxel) FieldPhases Phase Id (int) specifying the phase of the FieldFind Field Phases (Generic), Read Field Info File (IO), Pack Primary Phases (SyntheticBuilding), Insert Precipitate Phases (SyntheticBuilding), Establish Matrix Phase (SyntheticBuilding)
Ensemble (Voxel) CrystalStructures Enumeration (int) specifying the crystal structure of each Ensemble/phase (Hexagonal=0, Cubic=1, Orthorhombic=2) Values should be present from experimental data or synthetic generation and cannot be determined by this filter. Not having these values will result in the filter to fail/not execute. Read H5Ebsd File (IO), Read Ensemble Info File (IO), Initialize Synthetic Volume (SyntheticBuilding)

Created Arrays

Type Default Name Description Comment
Face SurfaceMeshTwinBoundarySchmidFactors 3 Schmid factors on the plane of the twin boundary for the user defined loading direction

Authors

Copyright: 2013 Michael A. Groeber (AFRL)

Contact Info: dream.nosp@m.3d@b.nosp@m.luequ.nosp@m.artz.nosp@m..net

Version: 1.0.0

License: See the License.txt file that came with DREAM3D.

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