DIGIMAT Brochure - Figes.com.tr

Map is a Shell & 3D mapping software used to transfer fiber orientations, residual stresses,
temperatures and weldlines between dissimilar injection molding and structural FEA
meshes. Map helps assessing the level of difference between the data on the original and
the final mapped solution. Map enables structural engineers to using the optimal mesh
type needed for an accurate and efficient FEA.
NEW IN <strong>DIGIMAT</strong> 4.1
Enhancement of supported data files and data formats:
- Temperature field from Moldflow midplane
- Nodal fiber orientation from Moldflow 3D
- Nodal fiber orientation from REM3D
- XML file format from Moldflow midplane
Through-the-thickness mapping (1D mapping) of temperature fields
for shell meshes
Computation of a norm of the absolute local error when mapping tensors
GUI improvements:
- 2D plots( Probing, grid, box zoom), histogram capabilities
- Customization of mouse keys for translation, rotation and zoom
MAIN CAPABILITIES
Mapping of temperature field on shell element models.
Global error indicator
New histogram plot capability
Shell & 3D Mapping
From Midplane to multi-layered shell
Between Continuum 3D elements
Across the shell thickness
6 Mapping Methods
Node to Node (temperature mapping only)
Integration point, Node to Integration point
Integration point, Node to Node, Integration point
Element to Integration point
Element to Node/Integration point
Node to element (weld line mapping)
Supported File Format
Meshes:
- Abaqus
- ANSYS
- Ideas
- LS-DYNA
- PAM-CRASH
- Patran
- RADIOSS
- REM3D
- 3D Timon
Data:
- Moldex3D
- Moldflow Mid-Plane
- Moldflow 3D
- REM3D
- SigmaSoft
- 3D Timon
- <strong>DIGIMAT</strong>
Donor-Receiver Positioning
Scaling
Superpose mesh
Supported Elements
Donor mesh:
- 1 st order tetrahedron or triangular shell elements
- 1 st order hexahedron and wedge elements
Receiver mesh:
- 1 st order tetrahedron or triangular shell elements
- 1 st order hexahedron or quadrangular shell elements
- 1 st order wedge elements
- 2 nd order hexahedron and tetrahedron elements
Data Post-Processing
Contour or vector plots
Display tensorial fields using ellipsoids
Synchronized display of donor and receiving meshes
Through the thickness orientation plot for shell elements
Cut plane on 3D meshes
Superposition display of the donor with the receiving meshes
Selective display of element sets
Error Indicators
Translation
Rotation
Global & local error indicators to validate mapping quality
Mapping of midplane fiber orientation tensors
Courtesy of Renault
Partial mapping of 3D fiber orientation tensors
Fibre orientation using the ellipsoid display
Vector plot of fiber orientations on a 3D
The material modeling <strong>com</strong>pany
www.e-Xstream.<strong>com</strong>