Solver Import Options
Supported solver import options.
Access solver import options by clicking Select Options, next to Solver Options in the Import - FE Models tab.
Abaqus
- Generic material
- Import a model in the generic material mode, in which all material sub-options, parameters, and data lines are supported as simple text.
- Expand loads on sets
- Expand all loads on sets to individual nodes/elements.
- Expand sets defined by range
- Import all sets with the GENERATE parameter as regular sets. Tip: This is useful when node/element IDs are renumbered during import.
- Import Id's
- Retain any pre-existing entity IDs during import.
- Organize orphan systems, vectors, beamsects into separate collectors
- Organize orphan systems, vectors, and beamsections into a separate collector during import.
LS-DYNA
- Read *INITIAL_STRESS_SHELL and *INITIAL_STRAIN_SHELL
- Read the *INITIAL_STRESS_SHELL and *INITIAL_STRAIN_SHELL keywords from the solver deck before importing in HyperMesh. By default, both of these checkboxes are selected, which results in HyperMesh automatically reading the keywords. If you clear these checkboxes, then the data from the *INITIAL_STRESS_SHELL and *INITIAL_STRAIN_SHELL keywords will be exported to a .hmx file.
- Map LS-DYNA Titles / Headings to HM names
- HyperMesh maintains only one name for every solver keyword entity mapped to HyperMesh named entities. Choose between the HyperMesh names (if present) in the solver deck as a comment and name present in the LS-DYNA keyword. By default this option is off indicating the preference to the HyperMesh name.
- Include Type
- Choose the solver type for the file that you plan to attach as an
include to the model loaded in HyperMesh.
Restriction: Available if the Import as Include option is activated in the Import tab.The following include types are available to choose from in LS-DYNA:
- *INCLUDE
- *INCLUDE_STAMPED_PART
- *INCLUDE_STAMPED_PART_SET
- *INCLUDE_COMPENSATION_BLANK_BEFORE_SPRINGBACK
- *INCLUDE_COMPENSATION_BLANK_AFTER_SPRINGBACK
- *INCLUDE_ COMPENSATION_DESIRED_BLANK_SHAPE
- *INCLUDE_ COMPENSATION_COMPENSATED_SHAPE
- *INCLUDE_CURRENT_TOOLS
- Skip include file in *INCLUDE_STAMP
- Skip the include file that is referred using the keyword *INCLUDE_STAMPED_PART or *INCLUDE_STAMPED_PART_SET upon import when this option is activated. By default, this option is activated.
- Create HM assembly based on includes
- Automatically create assemblies with the name of the include, and the components contained in the include file. The assembly hierarchy data structure also follows the include hierarchy data structure. By default, this option is turned Off.
- Activate Transformations
- Activate all of the transformations defined in the model upon import when this option is activated. By default, this option is activated.
- ConstrainedExtraNodes_PID_NID
- Associate the keywords *CONSTRAINED_EXTRA_NODE_SET with the name Xtranodes_PID_NID; where PID is the ID of the *PART keyword and NID is the ID of the Node set ID referenced in this keyword. By default, this option is off.
- Extend Element Property Offset
- Add an ID offset to elements and properties that do not have solver IDs.
- Generate Element Property ID's Per Include
- Assign a max ID per Include file, instead of assigning a global max ID to elements and properties that do not have solver IDs.
- Organize orphan systems, vectors, beamsects into separate collectors
- Organize orphan systems, vectors, and beamsections into a separate collector during import.
Nastran
- Element to property ratio
- Defines how imported elements are organized into components. When
importing an FE model and the By HM Comment option is selected but no
HyperMesh comment cards exist, Nastran users can specify a ratio to be
considered when importing HyperMesh
entities. On import, HyperMesh will
calculate the ratio of the number of elements to the number of
properties:
- If the calculated ratio is less than the specified ratio, all the elements are put into one component.
- If the calculated ratio is greater than the specified ratio, one component is created for each property.
- Delete duplicate nodes
- Delete duplicate node IDs on import; only the final imported node of a given ID will be retained.
- Delete duplicate systems
- Delete duplicate systems IDs on import; only the final imported systems of a given ID will be retained.
- Import comment lines on nodes and elements
- Read and store Nastran comment lines above nodes and elements. Reading in models with a large number of comments on nodes and/or elements may increase model import time. By default, this option is turned OFF.
- Organize orphan systems, vectors, beamsects into separate collectors
- Organize orphan systems, vectors, and beamsections into a separate collector during import.
- Read ANSYS Comments and Read PATRAN Comments
- Read ANSYS and PATRAN comments during import.
OptiStruct
- Element to property ratio
- Defines how imported elements are organized into components. When
importing an FE model and the By HM Comment option is selected but no
HyperMesh comment cards exist, OptiStruct users can specify a ratio to be
considered when importing HyperMesh
entities. On import, HyperMesh will
calculate the ratio of the number of elements to the number of
properties:
- If the calculated ratio is less than the specified ratio, all the elements are put into one component.
- If the calculated ratio is greater than the specified ratio, one component is created for each property.
- Delete duplicate nodes
- Delete duplicate node IDs on import; only the final imported node of a given ID will be retained.
- Delete duplicate systems
- Delete duplicate system IDs on import; only the final imported systems of a given ID will be retained.
- Import comment lines on nodes and elements
- Read and store Nastran comment lines above nodes and elements. Reading in models with a large number of comments on nodes and/or elements may increase model import time. By default, this option is turned OFF.
- Organize orphan systems, vectors, beamsects into separate collectors
- Organize orphan systems, vectors, and beamsections into a separate collector during import.
Radioss
- Read Engine
- Read the Radioss engine cards if an engine file (_0001.rad) is available with the imported input deck.
- Read INITIAL SHELL Data
- Read and import Radioss initial state cards of 2D elements.
- Activate transformations
- Activate Radioss transformations during the import process, so that transformed entities will be displayed in their transformed position after importing the model.
- Read INITIAL Brick Data
- Read and import Radioss initial state cards of 3D elements.
- Organize orphan systems, vectors, beamsects into separate collectors
- Organize orphan systems, vectors, and beamsections into a separate collector during import.
- Create single collector for rigids rbe3 and admass elements
- Create a single component for all rigid bodies, and create a single component for all admas elements. When disabled, each rigid body and admas element will be read as a single component.