HyperWorks Desktop User's Guide

Groups entityGroups-24

Groups entityGroups-24

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Groups entityGroups-24

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Group entities are used to define and store interfaces and rigid walls typically used in contact analysis.  Groups are shown under the Group folder within the Model Browser.

Groups have a display state, on or off, which controls the display of a group in the graphics area.  The display state of a group can be controlled using the icon next to the group entity in the Model Browser.

Groups also have an active and export state.  The active state of a group controls the display state of the group and the listing of the group in the Model Browser and any of its views.  If a group entity is active, then its display state is available to be turned on or off and it is listed in the Model Browser and any of its views.  If a group entity is inactive, then its display state is turned off permanently and it is not listed in the Model Browser or any of its views.  If a find operation "finds" an inactive group entity, that group entity will automatically be set to active.

The export state of a group entity controls whether or not that group is exported when the custom export option is utilized.  The all export option is not affected by the export state of a group.  The active and export states of group entities can be controlled using the Entity State Browser.

The data names associated with groups can be found in the data names section of the HyperMesh Reference Guide.

 

The following panels can be used to create and edit groups:

Interfaces (configurations 1-4)

Rigid Walls (configuration 5)

Solver Card Support for Groups

hmtoggle_arrow1RADIOSS (Block Format)

Supported Card

Solver Description

Supported Parameters

Notes

INICONT

Container definition for ALE material

 

 

INIVOL

Defines material in the ALE containers

 

 

/INTER

Describes the interfaces.

 

 

/INTER/LAGMUL/TYPE7

Describes the Lagrange multiplier interface type 7.

 

 

/INTER/TYPE1

Describes the interface type 1

 

 

/INTER/TYPE2

Describes the interface type 2

 

 

/INTER/TYPE3

Describes the interface type 3

 

 

/INTER/TYPE5

Describes the interface type 5

 

 

/INTER/TYPE6

Describes the interface type 6

 

 

/INTER/TYPE7

Describes the interface type 7

 

 

/INTER/TYPE8

Describes the interface type 8

 

 

/INTER/TYPE9

Describes the ALE Lagrange with void opening and free space.

 

 

/INTER/TYPE10

Describes the tied contact with void.

 

 

/INTER/TYPE11

Describes the edge to edge or line to line interface.

 

 

/INTER/TYPE12

Describes the interface type 12 - fluid/fluid.

 

 

/INTER/TYPE14

This interface simulates impacts between an hyper-ellipsoidal rigid master surface and a list of slave nodes.

 

 

/INTER/TYPE15

This interface is a penalty contact interface without damping.

 

 

/INTER/TYPE18

Describes the Euler/Lagrange or ALE/Lagrange.

 

 

/INTER/TYPE19

This is a combination of interface Type 7 and Type 11, with common input based on the same slave / master surfaces.

 

 

/INTER/TYPE20

This is a general single surface or surface to surface contact interface. Edge to edge contact is also possible. Also allows zero gap between the contacts.

 

 

INTER/TYPE21

Specific interface between a non-deformable master surface and a slave surface designed for stamping.

 

 

/RWALL

Describes the rigid walls.

 

 

/RWALL/CYL

Describes the rigid walls - cylinder of diameter

 

 

/RWALL/PARAL

Describes the rigid walls - parallelogram

 

 

/RWALL/PLANE

Describes the rigid walls - plane

 

 

/RWALL/SPHER

Describes the rigid walls - sphere of diameter

 

 

/RWALL/THERM

Describes the ALE rigid wall.

 

 

/SECT

Definition of sections for time history plots.

 

 

hmtoggle_arrow1RADIOSS (Bulk Data Format), OptiStruct

Contact, thermal analysis definitions, multi-body dynamics bodies, non-structural mass, rigid walls and section outputs are represented using group entities

Supported Card

Solver Description

Supported Parameters

Notes

CONTACT

Defines master-slave contact between two entities.

 

Defined using the Interfaces panel

CONDUCTION

Defines CHBDYE slave elements used for thermal conduction analysis

 

Defined using the Interfaces panel.

CONVECTION

Defines CHBDYE slave elements used for thermal conduction analysis, and also allows for CONV continuation cards to be defined.

 

Defined using the Interfaces panel.

GROUND

Defines the ground body for multi-body dynamics simulation.

 

Defined using the Bodies panel

MBCNTDS

Defines a multi-body contact between a node and a deformable surface.

 

Defined using the Interfaces panel

MBCNTR

Defines a multi-body contact between rigid bodies.

 

Defined using the Interfaces panel

NODESET

 

 

 

NSM1

Defines non-structural mass per unit length/area on properties or elements.

 

Defined using the Nsm panel.

NSML1

Defines lumped non-structural mass on properties or elements.

 

Defined using the Nsm panel.

PCONV

Specifies the free convection boundary condition properties for heat transfer analysis.

 

Defined using the Interfaces panel

PFBODY

Defines a flexible body for multi-body dynamics simulation.

 

Defined using the Bodies panel

PRBODY

Defines a rigid body for multi-body dynamics simulation.

 

Defined using the Bodies panel

RWALL

Defines a rigid wall of the following types: Infinite Plane, Infinite Cylinder, Sphere and Parallelogram.

 

Defined using the Rigid walls panel.

SECT

Defines a section for force output in geometric nonlinear analysis.

 

Defined using the Interfaces panel.

TIE

Defines a kinematic tied contact used in geometric non-linear analysis.

 

Defined using the Interfaces panel.

XDAMP

Defines damping used in geometric non-linear analysis.

 

Defined using the Interfaces panel.

hmtoggle_arrow1Abaqus

Groups are entities for various types of interfaces.  It is recommended that all contact interfaces, such as *CONTACT PAIR, *TIE, *PRE-TENSION SECTION, *SURFACE, *SURFACE INTERACTION, as *CONTACT, be defined from the Contact Manager in the Abaqus user profile.  All history type interface controls, such as Contact Interference, Model Change, Change Friction, Contact Controls, Controls, and Clearance, be defined from the Step Manager in the Abaqus user profile.

The following Abaqus keywords are supported as groups in the Interface panel:

Supported Card

Solver Description

Supported Parameters

Notes

*BLOCKAGE

Control contacting surfaces for blockage

n/a

Must be used in conjunction with the *SURFACE INTERACTION card.

*CHANGE FRICTION

Change friction properties

AMPLITUDE

ELSET

INTERACTION

RESET

The Standard template only.

It must be added to a load step (*STEP).

*CLEARANCE

Specify a particular initial clearance value and a contact direction for the slave nodes on a surface

CPSET

INPUT

MASTER

SLAVE

TABULAR

VALUE

Must be added to a load step (*STEP) in explicit template.

*COHESIVE BEHAVIOR

Used to define surface-based cohesive behavior in a mechanical contact analysis.

Eligibility

RepeatedContacts

Type

Dependency

It must be used in conjunction with the *SURFACE INTERACTION option.

*CONTACT

(General Contact)

Begin the definition of general contact

OP

 

*CONTACT CLEARANCE

Define contact clearance properties

ADJUST

CLEARANCE

NAME

SEARCH ABOVE

SEARCH BELOW

SEARCH NSET

 

*CONTACT CLEARANCE ASSIGNMENT

Assign contact clearances between surfaces in the general contact domain

N/A

 

*CONTACT CONTROLS

Specify additional controls for contact

APPROACH

AUTOMATIC TOLERANCES

FRICTION ONSET

LAGRANGE MULTIPLIER

MASTER

MAXCHP

PERRMX

RESET

SLAVE

SLIDE DISTANCE

STABILIZE

TANGENT FRACTION

UERRMX

Must be added to a load step (*STEP).

*CONTACT CONTROLS ASSIGNMENT

Assign contact controls for the general contact algorithm

TYPE = SCALE PENALTY, NODAL EROSION

TYPE = ENHANCED EDGE TRACKING, FOLD TRACKING, FOLD INVERSION CHECK, SCALE PENALTY

CONTACT THICKNESS REDUCTION = SELF, NOPERIMSELF

AUTOMATIC OVERCLOSURE RESOLTION

NODAL EROSION

This card is a sub-option in the *CONTACT card image.

*CONTACT DAMPING

Define viscous damping between contacting surfaces

DEFINITION=DAMPING COEFFICIENT

This card is a sub-option in the *SURFACE INTERACTION card image.

*CONTACT EXCLUSIONS

Specify self-contact surfaces or surface pairings to exclude from the general contact domain

Surface1

Surface2

This card is a sub-option in the *CONTACT card image

*CONTACT FORMULATION

Specify a nondefault contact formulation for the general contact algorithm

TYPE = PURE MASTER-SLAVE

This card is a sub-option in the * CONTACT card image.

*CONTACT INCLUSIONS

Specify self-contact surfaces or surface pairings to include in the general contact domain

ALL ELEMENT BASED

ALL EXTERIOR

This card is a sub-option in the *CONTACT card image.

*CONTACT INTERFERENCE

Prescribe time-dependent allowable interferences of contact pairs and contact elements

AMPLITUDE

OP

SHRINK

TYPE= {CONTACT PAIR, ELEMENT}

The Standard template only.

Must be added to a load step (*STEP).

*CONTACT PAIR

Define surfaces that contact each other

ADJUST

CPSET

EXTENSION ZONE

GEOMETRIC CORRECTION

HCRIT

INTERACTION

MECHANICAL CONSTRAINT

NO THICKNESS

OP

SMALL SLIDING

SMOOTH

SUPPLEMENTARY CONSTRAINTS

TIED

TRACKING

TYPE

WEIGHT

 

*CONTACT PROPERTY ASSIGNMENT

Assign contact properties for the general contact algorithm

SURFACE1

SURFACE2

This card is a sub-option in the *CONTACT card image.

*CONTROLS

Reset solution controls

TYPE = DIRECT CYCLIC

OPTIONS (Analysis, Parameters, Reset, Type)

The Standard template only.

*CONTROLS

Reset solution controls

TYPE = VCCT LINEAR SCALING

Beta

OPTIONS (Analysis, Parameters, Reset, Type)

The Standard template only.

*COUPLING

Define a surface-based coupling constraint where the *SURFACE card points to elements

CONSTRAINT NAME

INFLUENCE RADIUS

ORIENTATION

REF NODE

SURFACE

The *COUPLING is also supported as rigid elements (COUP_KIN) and RBE3 (COUP_DIS) when *SURFACE points to nodes.

 

*DEBOND

Used to specify that crack propagation may occur between two surfaces that are initially partially bonded.

Slave Surface

Master Surface

Frequency

DebondingForce

Fracture_Criterion

The Standard template only.

The *FRACTURE CRITERION option must appear immediately following this option.

*DIAGNOSTICS

Control diagnostic messages

ADAPTIVE MESH = {STEP SUMMARY / SUMMARY / DETAIL / OFF}

CONTACT INITIAL OVERCLOSURE = {DETAIL / SUMMARY}

CUTOFF RATIO

DEFORMATION SPEED CHECK = {SUMMARY / DETAIL / OFF}

DETECT CROSSED SURFACES = {ON / OFF}

PLASTICITY = {SUMMARY / DETAIL / OFF}

WARNING RATIO WARPED SURFACE = {SUMMARY / DETAIL / OFF}

Explicit template only.

Must be added to a load step (*STEP).

*DISTRIBUTING

Define a distributing coupling constraint

WEIGHTING METHOD = {UNIFORM, LINEAR, QUADRATIC, CUBIC}

This card is a sub-option in the *COUPLING card image.

It is also supported as COUP_DIS type rbe3 elements.

*FASTENER (SPOT WELD)

Define mesh-independent fasteners

ADJUST ORIENTATION

ATTACHMENT METHOD

COUPLING

ELSET

INTERACTION NAME

NUMBER OF LAYERS

ORIENTATION

PROPERTY

RADIUS OF INFLUENCE

REFERENCE NODE SET

SEARCH RADIUS

WEIGHTING METHOD

UNSORTED

The *FASTENER PROPERTY card is defined from the Property panel.

*FILTER

Define a filter for output filtering

NAME

TYPE= BUTTERWORTH, CHEBYS1, CHEBYS2

OPERATOR= LIMIT, HALT, INVARIANT

Explicit template only

*FIXED MASS SCALING

Specify mass scaling at the beginning of the step

DT

ELSET

TYPE= {BELOW MIN, UNIFORM, SET EQUAL DT}

FACTOR

Explicit template only.

Must be added to a load step (*STEP).

*FRACTURE CRITERION

Used to specify the criterion for crack propagation along initially partially bonded surfaces.

TYPE = VCCT

Mode_I, Mode_II, Mode_III, Exponent, Temperature

Tolerance

Viscosity

Dependencies

Mixed_Mode_Behavior

It must appear immediately following the *DEBOND option in Abaqus/Standard and after the *COHESIVE BEHAVIOR option in Abaqus/Explicit.

*FRICTION

Specify a friction model

ANISOTROPIC

EXPONENTIAL DECAY

TAUMAX

DEPENDENCIES

ROUGH

USER

ELASTIC SLIP

LAGRANGE

SLIP TOLERANCE

DEPVAR

PROPERTIES

This card is a sub-option in the *SURFACE INTERACTION card image.

*FRICTION

Specify a friction model

ANISOTROPIC

EXPONENTIAL DECAY

TAUMAX

DEPENDENCIES

ROUGH

USER

ELASTIC SLIP

LAGRANGE

SLIP TOLERANCE

DEPVAR

PROPERTIES

This card is a sub-option in the *CHANGE FRICTION card image.

*INITIAL CONDITIONS

Prescribe initial conditions for an analysis.

TYPE = CONTACT

Slave_Surface

Master_Surface

NodeSet

MultipleDataLines

 

*INTEGRATED OUTPUT SECTION

Define an integrated output section over a surface with a local coordinate system and a reference point

NAME

SURFACE

REF NODE

ORIENTATION

PROJECT ORIENTATION

POSITION = { INPUT, CENTER}

REF NODE MOTION = {INDEPENDENT, AVERAGE TRANSLATION, AVERAGE}

 

*KINEMATIC

Define a kinematic coupling constraint

dof1, dof2

This card is a sub-option in the *COUPLING card image.

It is also supported as COUP_KIN type rigid elements.

*MODEL CHANGE

Remove or reactivate elements and contact pairs

ACTIVATE

ADD = {STRAIN FREE, WITH STRAIN}

REMOVE

The Standard template only.

Must be added to a load step (*STEP).

*PRE-TENSION SECTION

Associate a pre-tension node with a pre-tension section

NODE

NSET

ELEMENT

SURFACE

 

*SHELL TO SOLID COUPLING

Define a surface-based coupling between a shell edge and a solid face

CONSTRAINT NAME

INFLUENCE DISTANCE

POSITION TOLERANCE

The EDGE BASED surfaces can be created from the Contact Manager.

*SURFACE

Define a surface or region in a model

NAME

TRIM

TYPE= {ELEMENT, NODE, SEGMENTS, CYLINDER, REVOLUTION, CUTTING SURFACE}

CROP

PROPERTY

COMBINE = {UNION, INTERSECTION, DIFFERENCE}

Type Material

For analytical rigid surfaces (TYPE= SEGMENTS, CYLINDER, REVOLUTION), corresponding *RIGID BODY card should also be created from the collector panel.

*SURFACE BEHAVIOR

Define alternative pressure-overclosure relationships for contact

NO SEPARATION

PRESSURE-OVERCLOSURE= {HARD, EXPONENTIAL, LINEAR, TABULAR}

AUGMENTED LAGRANGE

PENALTY

This card is a sub-option in the *SURFACE INTERACTION card image.

*SURFACE INTERACTION

Define surface interaction properties

PAD THICKNESS

USER

Explicit template only.

This card is defined from the Property panel in case of Standard 3D and Standard 2D templates.

*SURFACE PROPERTY ASSIGNMENT

Assign surface properties to a surface for the general contact algorithm

PROPERTY = (FEATURE EDGE CRITERIA, THICKNESS OF FSET FRACTION)

This card is a sub-option in the *CONTACT card image.

*TIE

Define surface-based tie and cyclic symmetry constraints or coupled acoustic-structural interactions

POSITION TOLERANCE

TIED NSET

ADJUST

CYCLIC SYMMETRY

NO ROTATION

TYPE

NO THICKNESS

CYCLIC SYMMETRY

CONSTRAIN RATIO

 

*VARIABLE MASS SCALING

Specify mass scaling during the step

DT

ELSET

TYPE= {BELOW MIN, UNIFORM, SET EQUAL DT, ROLLING}

FREQUENCY

NUMBER INTERVAL

CROSS SECTION NODES

EXTRUDED LENGTH

FEED RATE

Explicit template only.

Must be added to a load step (*STEP).

.

hmtoggle_arrow1LS-DYNA

Groups can be created and edited from the Interface panel (Configurations 1-4), Rigid Wall panel (Configuration 5), and Ale Setup panel (Configuration 6).  An LS-DYNA entity that utilizes a *SET_ [NODE, SHELL, PART, etc.] keyword card belongs to a group, with the exception of Rigid Bodies/RBE2’s.

REVIEW allows you to efficiently visualize the entities defining master and slave.  A transparency mode as well as the ability to turn on/off master and slave entities is also available.  In review mode, review opts allows you to customize the graphical review of the interfaces.

The Interface panel allows you to define groups with HyperMesh configurations of 1, 2, 3, and 4. The difference among these configurations is the type of entities contained within the group.

Config 1

Holds master and slave elements.

Config 2

Holds master elements and slave nodes.

Config 3

Holds slave elements.

Config 4

Holds slave nodes.

The Rigid Wall panel allows you to define a group with the HyperMesh configuration 5.  This group configuration holds the additional geometric data for LS-DYNA rigid wall definitions.

Sliding Interfaces

Accessed via the Rigid Wall panel.
The Keyword _TITLE option is supported.  The _THERMAL(IREAD==3) option is not supported.
Use the additional cards option in Keyword decks to select number of lines of data.  If this is on, two additional cards are available.
In Structured, additional cards are controlled by using the IREAD variable.  Valid values are 0, 1, and 2.
Boxes, part sets, and sets are supported.
The $HMNAME fields are used for names.  When using the _TITLE option, the 70-character field is considered a comment.
If the line following the keyword (No TITLE option), or the first line of the Structured card contains $HM_NAME, the name supplied is read and used as the group's name.  If the string $HM_ID also exists, this is used as the group’s ID.  NAME is 16 characters, starting in Column 9.  ID field is 8 characters, starting in Column 35.
The HyperMesh interface type defines the general type of the LS-DYNA Sliding Interface.  Use the card previewer to make changes to the LS-DYNA type.  

HyperMesh

Option

Keyword *CONTACT_

Structured

SlidingOnly

Defines a *CONTACT_SLIDING_ONLY_option card.

 

Off

<nothing>

Type 1

 

On

PENALTY

Type p1

SurfaceToSurface

Defines a *CONTACT_option_SURFACE_TO_SURFACE card.

 

None

<nothing>

Type 3

 

Automatic

AUTOMATIC_

Type a3

 

The None and Automatic options have an additional option to define a OneWayInterface.  If this option is on, the following cards are created.

 

None and OneWay

ONE_WAY_

Type 10

 

Automatic and OneWay

AUTOMATIC_ONE_WAY_

Type a10

 

Constraint

CONSTRAINT_

Type 17

 

Eroding

ERODING_

Type 14

 

TieBreak

TIEBREAK_

Type 9

 

The Tied option has an additional option to define OFFSET.

 

 

 

Tied

TIED

Type 2

 

Tied and offset

TIED_OFFSET

 

 

Tiedshell

TIED_SHELL_EDGE

 

 

Tiedshell and offset

TIED_SHELL_EDGE_OFFSET

 

NodesToSurface

Defines a *CONTACT_option_NODES_TO_SURFACE card.

 

None

<nothing>

Type 5

 

Automatic

AUTOMATIC

Type a5

 

Constraint

CONSTRAINT_

Type 18

 

Eroding

ERODING_

Type 16

 

TieBreak

TIEBREAK_

Type 8

 

The Tied option has an additional option to define OFFSET.

 

Tied

TIED_

Type 6

 

Tied and offset

TIED_OFFSET

 

SingleSurface

Defines a *CONTACT_option_SINGLE_SURFACE card.

 

none

<nothing>

Type 4

 

Automatic

AUTOMATIC_

Type 13

 

Airbag

AIRBAG_

Type a13

 

Eroding

ERODING_

Type 15

RgdBodyToRgd
 Body

Defines a *CONTACT_RIGID_BODY_option_TO RIGID_BODY card

 

Off

ONE_WAY_

Type 21

 

On

TWO_WAY_

Type 19

RgdNodeToRgdBody

N/A

RIGID_NODES_TO_RIGID  BODY

Type 20

DrawBead

N/A

DRAW_BEAD

Type 23

Interior

Defines a *CONTACT_INTERIOR card.

AutomaticGeneral

Defines a *CONTACT_AUTOMATIC_GENERAL card.

ForceTransducer

Defines a *CONTACT_FORCE_TRANSDUCER_option card

 

On

PENALTY

 

 

Off

CONSTRAINT

 

ContactSpotweld

Defines a *CONTACT_SPOTWELD card

 

none

 

 

 

Torsion

WITH_TORSION

 

ContactSIngEdge

Defines a *CONTACT_SINGLE_EDGE card

Supported Card

Solver Description

Supported Parameters

Notes

*ALE_MULTI-
MATERIAL_GROUP

Defines the appropriate ALE material groupings for interface reconstruction when many ALE Multi-Material Groups are present in a model.

PSID TBD

 

*ALE_REFERENCE_
SYSTEM_CURVE

Defines a motion and/or a deformation prescribed for a geometric entity (where a geometric entity may be any part, part set, node set or segment set).

curveCount

 

*ALE_REFERENCE_
SYSTEM_GROUP

Used to associate a geometric entity to a reference system type.

SID TBD, PRTYPE, XC, YC, ZC, EXPLIM

 

*ALE_REFERENCE_
SYSTEM_NODE

Defines a group of nodes that control the motion of an ALE mesh.

NodeCount

 

*ALE_REFERENCE_
SYSTEM_SWITCH

Allows many choices of the reference system types for any ALE geometric entity.

T1 - T7

TYPE1 - TYPE8

IdCount

 

*ALE_SMOOTHING

Smoothing constraint that keeps a node at its initial parametric location along a line between two other nodes.

IPRE, SNID TBD, MNID1 TBD, MNID2 TBD

 

*ALE_TANK_TEST

Allows for the airbag information input of the control volume approach to be used as input for the ALE/Eulerian fluid-structure interaction model of the airbag.

MDOTLC, TANKVOL, PAMB, PFINAL, MACHLIM, VELMAX, AORIF, AMMGIDG, AMMGIDA, NUMPNT

 

*BOUNDARY_AMBIENT_
EOS

Defines the IDs of 2 load curves: 1) internal energy per unit reference specific volume and 2) relative volume.

PID, LCID

 

*BOUNDARY_FLUX_SET

Define flux boundary conditions for a thermal or coupled thermal/structural analysis.

LCID, MLC1-4, LOC

Heat Flux Options (None, Function vs. Time, Function vs. Temperature)

 

*BOUNDARY_SPH_FLOW

Define a flow of particle

STYP, DOF, VAD, LCID, SF, DEATH, BIRTH, VID

 

*CONSTRAINED_EXTRA_
NODES_NODE

Define extra nodes for rigid body.

XtraNodeSetHelp

 

*CONSTRAINED_EXTRA_
NODES_SET

Define extra nodes for rigid body.

XtraNodeSetHelp

 

*CONSTRAINED_
LAGRANGE_IN_SOLID

Provides the coupling mechanism for modeling Fluid-Structure Interaction.

TITLE, NQUAD, CTYPE, DIREC, MCOUP, PSID TBD (START/END), PFAC, FRIC, FRCMIN, NORM, NORMTYP, DAMP, CQ, HMIN, HMAX, ILEAK, LCIDPOR, NVENT, IBLOCk

MCOUP_SetMultiMatGrp

PFAC_curve

OptionalCard

 

*CONSTRAINED_RIGID_
BODIES

Merge two rigid bodies.

n/a

 

*CONSTRAINED_TIE-
BREAK

Define a tied shell edge to shell edge interface that can release locally as a function of plastic strain of the shells surrounding the interface nodes.

SNSID TBD

MNSID TBD

 

*CONSTRAINED_TIED_
NODES_FAILURE

Define a tied node set with failure based on plastic strain.

EPPF, ETYPE, NSID TBD

TiedNodesFailureHelp

 

*CONTACT_AIRBAG_
SINGLE_SURFACE(ID)

Define a contact interface.

HEADING, SBOXID, MBOXID, SPR, MPR, SSID TBD, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

mppOption

Additional Cards

 

*CONTACT_AIRBAG_
SINGLE_SURFACE_MPP
(ID)

 

HEADING, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID TBD, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

OptionalCard

AdditionalCards

 

*CONTACT_AUTO_MOVE

Move the master surface in a contact definition to close an initial gap between the slave and master surfaces.

CID, VID, LCID, ATIME

 

*CONTACT_AUTOMATIC_
GENERAL(ID)

Define a contact interface.

HEADING, SBOXID, MBOXID, SPR, MPR, SSID TBD, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

interiorOption

mppOption

AdditionalCards

 

*CONTACT_AUTOMATIC_
GENERAL_INTERIOR(ID)

Define a contact interface.

HEADING, SBOXID, MBOXID, SPR, MPR, SSID TBD, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_AUTOMATIC_
GENERAL_INTERIOR_
MPP(ID)

 

HEADING, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID TBD, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

OptionalCard

AdditionalCards

 

*CONTACT_AUTOMATIC_
GENERAL_MPP(ID)

 

HEADING, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID TBD, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

interiorOption

OptionalCard

AdditionalCards

 

*CONTACT_AUTOMATIC_
NODES_TO_SURFACE(ID)

Define a contact interface.

Heading, SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

SMOOTH

mppOption

AdditionalCards

 

*CONTACT_AUTOMATIC_
NODES_TO_SURFACE_
MPP(ID)

 

HEADING, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID TBD, MSID TBD,FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

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OptionalCard

AdditionalCards

 

*CONTACT_AUTOMATIC_
NODES_TO_SURFACE_
SMOOTH(ID)

Define a contact interface.

Heading, SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_AUTOMATIC_
NODES_TO_SURFACE_
SMOOTH_MPP(ID)

 

HEADING, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID TBD, MSID TBD,FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

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OptionalCard

AdditionalCards

 

*CONTACT_AUTOMATIC_
ONE_WAY_SURFACE_TO
_SURFACE(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, SSID TBD, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

mppOption

AdditionalCards

 

*CONTACT_AUTOMATIC_
ONE_WAY_SURFACE_TO
_SURFACE_SMOOTH(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, SSID TBD, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

mppOption

AdditionalCards

 

*CONTACT_AUTOMATIC_
ONE_WAY_SURFACE_TO
_SURFACE_TIEBREAK
(ID)

 

HEADING, SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, SFLS, CN

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*CONTACT_AUTOMATIC_
SINGLE_SURFACE(ID)

 

HEADING, SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

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SMOOTH

mppOption

AdditionalCards

 

*CONTACT_AUTOMATIC_
SINGLE_SURFACE_MPP
(ID)

 

HEADING, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID TBD, MSID TBD,FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

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SMOOTH

OptionalCard

AdditionalCards

 

*CONTACT_AUTOMATIC_
SINGLE_SURFACE_
SMOOTH(ID)

 

HEADING, SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_AUTOMATIC_
SINGLE_SURFACE_
SMOOTH_MPP(ID)

 

HEADING, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID TBD, MSID TBD,FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

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OptionalCard

AdditionalCards

 

*CONTACT_AUTOMATIC_
SURFACE_TO_SURFACE
(ID)

 

Heading, SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

mppOption

 

*CONTACT_AUTOMATIC_
SURFACE_TO_SURFACE_
MPP(ID)

 

HEADING, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID TBD, MSID TBD,FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

OptionalCard

AdditionalCards

 

*CONTACT_AUTOMATIC_
SURFACE_TO_SURFACE_
SMOOTH(ID)

 

Heading, SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

mppOption

 

*CONTACT_AUTOMATIC_
SURFACE_TO_SURFACE_
SMOOTH_MPP(ID)

 

HEADING, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID TBD, MSID TBD,FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

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OptionalCard

AdditionalCards

 

*CONTACT_AUTOMATIC_
SURFACE_TO_SURFACE_
TIEBREAK(ID)

 

Heading, SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, OPTION, SFLS

SlaveMasterAddHelp

mppOption

 

*CONTACT_AUTOMATIC_
SURFACE_TO_SURFACE_
TIEBREAK_MPP(ID)

 

HEADING, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID TBD, MSID TBD,FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

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OptionalCard

AdditionalCards

 

*CONTACT_CONSTRAINT_
NODES_TO_SURFACE(ID)

 

Heading, SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, KPF

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mppOption

AdditionalCards

 

*CONTACT_CONSTRAINT_
NODES_TO_SURFACE_
MPP(ID)

 

HEADING, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID TBD, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, KPF

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OptionalCard

AdditionalCards

 

*CONTACT_CONSTRAINT_
SURFACE_TO_SURFACE
(ID)

 

Heading, SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, KPF

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_CONSTRAINT_
SURFACE_TO_SURFACE_
MPP(ID)

 

HEADING, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID TBD, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, KPF

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OptionalCard

AdditionalCards

 

*CONTACT_DRAWBEAD
(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, LCIDRF, LCIDNF, DBDTH, DFSCL, NUMINT, DBPID, ELOFF

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_DRAWBEAD_
MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, LCIDRF, LCIDNF, DBDTH, DFSCL, NUMINT, DBPID, ELOFF

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OptionalCard

AdditionalCards

 

*CONTACT_ENTITY(ID)

Define a contact entity

PARTID, SF, df, cf, intord, SSID, BT, DT, SO, GO, AX, AY, AZ, BX, BY, BZ, InOut

ContEntityHelp

mppOption

 

*CONTACT_ENTITY_MPP
(ID)

 

TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, PARTID, SF, df, cf, intord, SSID, BT, DT, SO, GO, AX, AY, AZ, BX, BY, BZ, InOut

ContEntityHelp

OptionalCard

 

*CONTACT_ERODING_
NODES_TO_SURFACE(ID)

 

Heading, SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, ISYM, EROSOP, IADJ

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_ERODING_
NODES_TO_SURFACE_
MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8,  SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, ISYM, EROSOP, IADJ

SlaveMasterAddHelp

OptionalCard

AdditionalCards

 

*CONTACT_ERODING_
SINGLE_SURFACE(ID)

 

Heading, SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, ISYM, EROSOP, IADJ

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_ERODING_
SINGLE_SURFACE_MPP
(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, ISYM, EROSOP, IADJ

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OptionalCard

AdditionalCards

 

*CONTACT_ERODING_
SURFACE_TO_SURFACE
(ID)

 

Heading, SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, ISYM, EROSOP, IADF

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_ERODING_
SURFACE_TO_SURFACE_
MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, ISYM, EROSOP, IADF

SlaveMasterAddHelp

 

*CONTACT_FORCE_
TRANSDUCER_
CONSTRAINT(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_FORCE_
TRANSDUCER_
CONSTRAINT_MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8,  SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

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OptionalCard

AdditionalCards

 

*CONTACT_FORCE_
TRANSDUCER_PENALTY
(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_FORCE_
TRANSDUCER_PENALTY_
MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8,  SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

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OptionalCard

AdditionalCards

 

*CONTACT_FORMING_
NODES_TO_SURFACE(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

SMOOTH

mppOption

AdditionalCards

 

*CONTACT_FORMING_
NODES_TO_SURFACE_
MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8,  SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

OptionalCard

AdditionalCards

 

*CONTACT_FORMING_
NODES_TO_SURFACE_
SMOOTH(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_FORMING_
NODES_TO_SURFACE_
SMOOTH_MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8,  SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

OptionalCard

AdditionalCards

 

*CONTACT_FORMING_
ONEWAY_SURFACE_TO_
SURFACE(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

SMOOTH

mppOption

AdditionalCards

 

*CONTACT_FORMING_
ONEWAY_SURFACE_TO_
SURFACE_CONSTRAINED
_OFFSET(ID)

 

Heading, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SMOOTH

 

*CONTACT_FORMING_
ONEWAY_SURFACE_TO_
SURFACE_CONSTRAINED
_OFFSET_MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8,  SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

SMOOTH

OptionalCard

AdditionalCards

 

*CONTACT_FORMING_
ONEWAY_SURFACE_TO_
SURFACE_CONSTRAINED
_OFFSET_SMOOTH(ID)

 

Heading, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

 

*CONTACT_FORMING_
ONEWAY_SURFACE_TO_
SURFACE_CONSTRAINED
_OFFSET_SMOOTH_MPP
(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8,  SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

OptionalCard

AdditionalCards

 

*CONTACT_FORMING_
ONEWAY_SURFACE_TO_
SURFACE_MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8,  SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

OptionalCard

AdditionalCards

 

*CONTACT_FORMING_
ONEWAY_SURFACE_TO_
SURFACE_SMOOTH(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_FORMING_
ONEWAY_SURFACE_TO_
SURFACE_SMOOTH_
MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8,  SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

OptionalCard

AdditionalCards

 

*CONTACT_FORMING_
SURFACE_TO_SURFACE
(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_FORMING_
SURFACE_TO_SURFACE_
CONSTRAINED_OFFSET
(ID)

 

SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

OneWay, SMOOTH

mppOption

AdditionalCards

 

*CONTACT_FORMING_
SURFACE_TO_SURFACE_
CONSTRAINED_OFFSET_
MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

OneWay, SMOOTH

OptionalCard

 

*CONTACT_FORMING_
SURFACE_TO_SURFACE_
CONSTRAINED_OFFSET_
SMOOTH(ID)

 

SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

OneWay, SMOOTH

mppOption

AdditionalCards

 

*CONTACT_FORMING_
SURFACE_TO_SURFACE_
CONSTRAINED_OFFSET_
SMOOTH_mpp(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

OneWay, SMOOTH

OptionalCard

 

*CONTACT_FORMING_
SURFACE_TO_SURFACE_
MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8,  SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

OptionalCard

AdditionalCards

 

*CONTACT_FORMING_
SURFACE_TO_SURFACE_
SMOOTH(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_FORMING_
SURFACE_TO_SURFACE_
SMOOTH_MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8,  SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

OptionalCard

AdditionalCards

 

*CONTACT_INTERIOR(ID)

Define interior contact for foam hexahedral and tetrahedral elements.

PSID

SlaveDefnSelectHelp

mppOption

 

*CONTACT_INTERIOR_
MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, PSID

 

*CONTACT_NODES_TO_
SURFACE(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

SMOOTH

mppOption

AdditionalCards

 

*CONTACT_NODES_TO_
SURFACE_
INTERFERENCE(ID)

 

Heading, SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, FSF, VSF, LCID1, LCID2

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_NODES_TO_
SURFACE_
INTERFERENCE_MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, LCID1, LCID2

SlaveMasterAddHelp

OptionalCard

AdditionalCards

 

*CONTACT_NODES_TO_
SURFACE_MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

SMOOTH

OptionalCard

AdditionalCards

 

*CONTACT_NODES_TO_
SURFACE_SMOOTH(ID)

 

Heading, SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, FSF, VSF

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_NODES_TO_
SURFACE_SMOOTH_
MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

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OptionalCard

AdditionalCards

 

*CONTACT_ONE_WAY_
SURFACE_TO_SURFACE
(ID)

 

Heading, SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, FSF, VSF

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mppOption

AdditionalCards

 

*CONTACT_ONE_WAY_
SURFACE_TO_SURFACE_
INTERFERENCE(ID)

 

Heading, SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, FSF, VSF, LCID1, LCID2

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_ONE_WAY_
SURFACE_TO_SURFACE_
INTERFERENCE_
CONSTRAINED_OFFSET
(ID)

 

Heading, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, LCID1, LCID2

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OneWay

mppOption

AdditionalCards

 

*CONTACT_ONE_WAY_
SURFACE_TO_SURFACE_
INTERFERENCE_
CONSTRAINED_OFFSET_
MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

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OptionalCard

AdditionalCards

 

*CONTACT_ONE_WAY_
SURFACE_TO_SURFACE_
INTERFERENCE_MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, LCID1, LCID2

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OptionalCard

AdditionalCards

 

*CONTACT_ONE_WAY_
SURFACE_TO_SURFACE_
MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

OptionalCard

AdditionalCards

 

*CONTACT_ONE_WAY_
SURFACE_TO_SURFACE_
SMOOTH(ID)

 

Heading, SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, FSF, VSF

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_ONE_WAY_
SURFACE_TO_SURFACE_
SMOOTH_MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

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OptionalCard

AdditionalCards

 

*CONTACT_RIGID_BODY_
ONE_WAY_TO_RIGID_
BODY(ID)

Define rigid surface contact.

HEADING, SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, LCID, FCM, US, LCDC, DSF, UNLCID

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TwoWayOption

mppOption

AdditionalCards

 

*CONTACT_RIGID_BODY_
ONE_WAY_TO_RIGID_
BODY_MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, LCID, FCM, US, LCDC, DSF, UNLCID

SlaveMasterAddHelp

TwoWayOption

OptionalCard

AdditionalCards

 

*CONTACT_RIGID_BODY_
TWO_WAY_TO_RIGID_
BODY(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, LCID, FCM, US, LCDC, DSF, UNLCID

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_RIGID_BODY_
TWO_WAY_TO_RIGID_
BODY_MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, LCID, FCM, US, LCDC, DSF, UNLCID

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OptionalCard

AdditionalCards

 

*CONTACT_RIGID_NODES
_TO_RIGID_BODY(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, LCID, FCM, US, LCDC, DSF, UNLCID

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_RIGID_NODES
_TO_RIGID_BODY_MPP
(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, LCID, FCM, US, LCDC, DSF, UNLCID

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OptionalCard

AdditionalCards

 

*CONTACT_RIGID_
SURFACE(ID)

 

BOXID, SEGID, FS, FD, DC, VC, LCIDX, LCIDY, LCIDZ, FSLCID, FDLCID, SFS, STTHK, SFTHK, XPENE, BSORT

mppOption

 

*CONTACT_RIGID_
SURFACE_MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, BOXID, SEGID, FS, FD, DC, VC, LCIDX, LCIDY, LCIDZ, FSLCID, FDLCID, SFS, STTHK, SFTHK, XPENE, BSORT

 

*CONTACT_SINGLE_
EDGE(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_SINGLE_
EDGE_MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID, MSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

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OptionalCard

AdditionalCards

 

*CONTACT_SINGLE_
SURFACE(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, SSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_SINGLE_
SURFACE_MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

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OptionalCard

AdditionalCards

 

*CONTACT_SLIDING_
ONLY(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

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PenaltyOption

mppOption

AdditionalCards

 

*CONTACT_SLIDING_
ONLY_MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

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OptionalCard

AdditionalCards

 

*CONTACT_SLIDING_
ONLY_PENALTY(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

PenaltyOption

mppOption

AdditionalCards

 

*CONTACT_SLIDING_
ONLY_PENALTY_MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

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OptionalCard

AdditionalCards

 

*CONTACT_SPOTWELD
(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

Options (None, Torsion)

mppOption

AdditionalCards

 

*CONTACT_SPOTWELD_
MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

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OptionalCard

AdditionalCards

 

*CONTACT_SPOTWELD_
WITH_TORSION(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

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Options (None, Torsion)

mppOption

AdditionalCards

 

*CONTACT_SPOTWELD_
WITH_TORSION_MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, SSID, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

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OptionalCard

AdditionalCards

 

*CONTACT_SURFACE_TO
_SURFACE(ID)

 

Heading, SSID TBD, MSID TBD. SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

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OFFSET

CONSTRAINED_OFFSET

mppOption

AdditionalCards

 

*CONTACT_SURFACE_TO
_SURFACE_
INTERFERENCE(ID)

 

Heading, SSID TBD, MSID TBD. SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, LCID1, LCID2

SlaveMasterAddHelp

OneWay

mppOption

AdditionalCards

 

*CONTACT_SURFACE_TO
_SURFACE_
INTERFERENCE_
CONSTRAINED_OFFSET

 

Heading, SSID TBD, MSID TBD. SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, LCID1, LCID2

SlaveMasterAddHelp

OneWay

mppOption

AdditionalCards

 

*CONTACT_SURFACE_TO
_SURFACE_
INTERFERENCE_
CONSTRAINED_OFFSET_
MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SSID TBD, MSID TBD. SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, LCID1, LCID2

SlaveMasterAddHelp

OneWay

OptionalCard

AdditionalCard

 

*CONTACT_SURFACE_TO
_SURFACE_
INTERFERENCE_MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SSID TBD, MSID TBD. SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, LCID1, LCID2

SlaveMasterAddHelp

OneWay

OptionalCard

AdditionalCards

 

*CONTACT_SURFACE_TO
_SURFACE_MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SSID TBD, MSID TBD. SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

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OFFSET

CONSTRAINED_OFFSET

OptionalCard

AdditionalCards

 

*CONTACT_SURFACE_TO
_SURFACE_SMOOTH(ID)

 

Heading, SSID TBD, MSID TBD. SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

OneWay, THERMAL, SMOOTH

mppOption

AdditionalCards

 

*CONTACT_SURFACE_TO
_SURFACE_SMOOTH_
MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SSID TBD, MSID TBD. SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF

SlaveMasterAddHelp

OneWay, THERMAL, SMOOTH

OptionalCard

AdditionalCards

 

*CONTACT_THERMAL_
SURFACE_TO_SURFACE_(ID)

 

Heading, SSID TBD, MSID TBD. SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, K, FRAD, H0, LMIN, LMAX, CHLM, BC_FLAG, ALGO

SlaveMasterAddHelp

OneWay, THERMAL, SMOOTH

mppOption

AdditionalCards

 

*CONTACT_THERMAL_
SURFACE_TO_SURFACE_
MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SSID TBD, MSID TBD. SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, K, FRAD, H0, LMIN, LMAX, CHLM, BC_FLAG, ALGO

SlaveMasterAddHelp

OneWay, THERMAL, SMOOTH

OptionalCard

AdditionalCards

 

*CONTACT_TIEBREAK_
NODES_TO_SURFACE(ID)

 

Heading, SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, NFLF, SFLF, NEN, MES

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_TIEBREAK_
NODES_TO_SURFACE_
MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, NFLF, SFLF, NEN, MES

SlaveMasterAddHelp

OptionalCard

AdditionalCards

 

*CONTACT_TIEBREAK_
SURFACE_TO_SURFACE
(ID)

 

Heading, SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, NFLS, SFLS, TBLCID, THKOFF

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_TIEBREAK_
SURFACE_TO_SURFACE_
MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SSID TBD, MSID TBD, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFST, SFMT, FSF, VSF, NFLS, SFLS, TBLCID, THKOFF

SlaveMasterAddHelp

OptionalCard

AdditionalCards

 

*CONTACT_TIED_NODES_
TO_SURFACE(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFMT, FSF, VSF

SlaveMasterAddHelp

OFFSET

CONSTRAINED_OFFSET

mppOption

AdditionalCards

 

*CONTACT_TIED_NODES_
TO_SURFACE_
CONSTRAINED_OFFSET
(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFMT, FSF, VSF

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OFFSET

CONSTRAINED_OFFSET

mppOption

AdditionalCards

 

*CONTACT_TIED_NODES_
TO_SURFACE_
CONSTRAINED_OFFSET_
MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFMT, FSF, VSF

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OFFSET

CONSTRAINED_OFFSET

OptionalCard

AdditionalCards

 

*CONTACT_TIED_NODES_
TO_SURFACE_MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFMT, FSF, VSF

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OFFSET

CONSTRAINED_OFFSET

OptionalCard

AdditionalCards

 

*CONTACT_TIED_NODES_
TO_SURFACE_OFFSET
(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFMT, FSF, VSF

SlaveMasterAddHelp

OFFSET

CONSTRAINED_OFFSET

mppOption

AdditionalCards

 

*CONTACT_TIED_NODES_
TO_SURFACE_OFFSET
_MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFMT, FSF, VSF

SlaveMasterAddHelp

OFFSET

CONSTRAINED_OFFSET

OptionalCard

AdditionalCards

 

*CONTACT_TIED_SHELL_
EDGE_TO_SURFACE(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFMT, FSF, VSF

SlaveMasterAddHelp

TiedOptions (None, Offset, BeamOffset, Constrained Offset)

mppOption

AdditionalCards

 

*CONTACT_TIED_SHELL_
EDGE_TO_SURFACE_
BEAM_OFFSET(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFMT, FSF, VSF

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_TIED_SHELL_
EDGE_TO_SURFACE_
BEAM_OFFSET_MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFMT, FSF, VSF

SlaveMasterAddHelp

OptionalCard

AdditionalCards

 

*CONTACT_TIED_SHELL_
EDGE_TO_SURFACE_
CONSTRAINED_OFFSET
(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFMT, FSF, VSF

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_TIED_SHELL_
EDGE_TO_SURFACE_
CONSTRAINED_OFFSET_
MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFMT, FSF, VSF

SlaveMasterAddHelp

OptionalCard

AdditionalCards

 

*CONTACT_TIED_SHELL_
EDGE_TO_SURFACE_
MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFMT, FSF, VSF

SlaveMasterAddHelp

OptionalCard

AdditionalCards

 

*CONTACT_TIED_SHELL_
EDGE_TO_SURFACE_
OFFSET(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFMT, FSF, VSF

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_TIED_SHELL_
EDGE_TO_SURFACE_
OFFSET_MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFMT, FSF, VSF

SlaveMasterAddHelp

OptionalCard

AdditionalCards

 

*CONTACT_TIED_
SURFACE_TO_SURFACE
(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFMT, FSF, VSF

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OFFSET

CONSTRAINED_OFFSET

mppOption

AdditionalCards

 

*CONTACT_TIED_
SURFACE_TO_SURFACE_
CONSTRAINED_OFFSET
(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFMT, FSF, VSF

SlaveMasterAddHelp

OFFSET

CONSTRAINED_OFFSET

mppOption

AdditionalCards

 

*CONTACT_TIED_
SURFACE_TO_SURFACE_
CONSTRAINED_OFFSET_
MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFMT, FSF, VSF

SlaveMasterAddHelp

OptionalCard

AdditionalCards

 

*CONTACT_TIED_
SURFACE_TO_SURFACE_
MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFMT, FSF, VSF

SlaveMasterAddHelp

OptionalCard

AdditionalCards

 

*CONTACT_TIED_
SURFACE_TO_SURFACE_
OFFSET(ID)

 

HEADING, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFMT, FSF, VSF

SlaveMasterAddHelp

mppOption

AdditionalCards

 

*CONTACT_TIED_
SURFACE_TO_SURFACE_
OFFSET_MPP(ID)

 

Heading, TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, SBOXID, MBOXID, SPR, MPR, FS, FD, DC, VC, VDC, PENCHK, BT, DT, SFS, SFM, SST, MST, SFMT, FSF, VSF

SlaveMasterAddHelp

OptionalCard

AdditionalCards

 

*CONTACT_TIED_
SURFACE_TO_SURFACE_
TITLE(ID)

 

 

 

*CONTACT_2D_
AUTOMATIC_SURFACE_
TO_SURFACE(ID)

Define a 2-dimensional contact or slide line.

 

 

*CONTACT_2D_
AUTOMATIC_SURFACE_
TO_SURFACE_THERMAL_
TITLE(ID)

 

Dyna_Name, SFACT, FREQ, FS, FD, DC, MEMBS, TBIRTH, TDEATH, SOS, SOM, NDS, NDM, IPF, INIT, K, FRAD, H0, LMIN, LMAX, CHLM, BC_FLAG, ALGO

SlaveMasterAddHelp

Options (Automatic)

mppOption

AdditionalCards

 

*CONTACT_2D_
AUTOMATIC_SURFACE_
TO_SURFACE_THERMAL_
TITLE_MPP(ID)

 

TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, Dyna_Name, SFACT, FREQ, FS, FD, DC, MEMBS, TBIRTH, TDEATH, SOS, SOM, NDS, NDM, IPF, INIT, K, FRAD, H0, LMIN, LMAX, CHLM, BC_FLAG, ALGO

SlaveMasterAddHelp

Options (Automatic)

OptionalCard

AdditionalCards

 

*CONTACT_2D_
AUTOMATIC_SURFACE_
TO_SURFACE_TITLE(ID)

 

Dyna_Name, SFACT, FREQ, FS, FD, DC, MEMBS, TBIRTH, TDEATH, SOS, SOM, NDS, NDM, IPF, INIT

SlaveMasterAddHelp

Options (Automatic)

THERMAL

mppOption

AdditionalCards

 

*CONTACT_2D_
AUTOMATIC_SURFACE_
TO_SURFACE_TITLE_MPP
(ID)

 

TRACKPEN, BUCKET, LCBUCKET, NSEG2TRACK, INITITER, PARMAX, CPARM8, Dyna_Name, SFACT, FREQ, FS, FD, DC, MEMBS, TBIRTH, TDEATH, SOS, SOM, NDS, NDM, IPF, INIT

SlaveMasterAddHelp

Options (Automatic)

THERMAL

OptionalCard

AdditionalCards

 

*DATABASE_CROSS_
SECTION_SET(ID)

Define a cross section for resultant forces written to ASCII file SECFORC.

Dyna_Name, HSID, BSID, SSID, TSID, DSID, PID

DatabaseXSectSetHelp

LocalSystemFlag (RigidBody, Accelerometer, Coordinate ID)

 

*DATABASE_CROSS_
SECTION_PLANE(ID)

XsectionPlane

PSID TBD

 

*DATABASE_FSI

Used to output information about certain coupled Lagrangian surfaces.

PSID TBD

 

*DATABASE_NODAL_
FORCE_GROUP

Define a nodal force group for output into  ASCII file NODFOR and the binary file XTFILE.

CID

 

*ELEMENT_TRIM

Define a part subset to be trimmed by *DEFINE_CURVE_TRIM

 

 

*INITIAL_GAS_MIXTURE

Used to specify a) which ALE multi-material groups may be present inside an ALE mesh set at time zero and b) the corresponding reference gas temperature and density which define the initial thermodynamic state of the gases.

MMGID

TEMP

PSID TBD

RO1 - RO8

 

*INITIAL_VOID
(PART and SET)

Define initial voided part set IDs or part numbers.

n/a

 

*INITIAL_VOLUME_
FRACTION

Define initial volume fractions of different materials in multi-material ALE elements.

 

 

*INITIAL_VOLUME_
FRACTION_GEOMETRY

Volume filling command for defining the volume fractions of various ALE multi-material group that can occupy certain regions in some specified ALE mesh set.

BAMMG

NTRACE

FILLOPT

FAMMG

 

*INTERFACE_
COMPONENT_NODE

Define an interface for linking calculations.

n/a

 

*INTERFACE_
COMPONENT_SEGMENT

Define an interface for linking calculations.

n/a

 

*INTERFACE_LINKING_
DISCRETE_NODE_SET

Define an interface for linking discrete nodes to an interface file.

IFID

Edge

 

*INTERFACE_LINKING_
EDGE

Define an interface for linking a series of nodes in a shell structure to an interface file for the second analysis using L=isf2 on the execution command line.

IFID

 

*INTERFACE_LINKING_
SEGMENT

Define an interface for linking segments to an interface file for the second analysis using L=isf2 on the execution command line.

IFID

 

*RIGIDWALL_GEOMETRIC
_CYLINDER_ID

Define a rigid wall with an analytically described form.

Name, exclude, BOXID, BIRTH, DEATH, Fric

 

*RIGIDWALL_GEOMETRIC
_CYLINDER_MOTION_ID

 

Name, exclude, BOXID, BIRTH, DEATH, Fric

 

*RIGIDWALL_GEOMETRIC
_FLAT_ID

Define a rigid wall with an analytically described form.

Name, exclude, BOXID, BIRTH, DEATH, Fric

 

*RIGIDWALL_GEOMETRIC
_FLAT (FINITE)

 

 

 

*RIGIDWALL_GEOMETRIC
_FLAT_MOTION_ID

 

Name, exclude, BOXID, BIRTH, DEATH, Fric

 

*RIGIDWALL_GEOMETRIC
_FLAT_MOTION (FINITE)

 

 

 

*RIGIDWALL_GEOMETRIC
_PRISM_ID

Define a rigid wall with an analytically described form.

Name, exclude, BOXID, BIRTH, DEATH, Fric

 

*RIGIDWALL_GEOMETRIC
_PRISM_ID (FINITE)

 

 

 

*RIGIDWALL_GEOMETRIC
_PRISM_MOTION_ID

 

Name, exclude, BOXID, BIRTH, DEATH, Fric

 

*RIGIDWALL_GEOMETRIC
_PRISM_MOTION (FINITE)

 

 

 

*RIGIDWALL_GEOMETRIC
_SPHERE_ID

Define a rigid wall with an analytically described form.

Name, exclude, BOXID, BIRTH, DEATH, Fric

 

*RIGIDWALL_GEOMETRIC
_SPHERE_MOTION_ID

 

Name, exclude, BOXID, BIRTH, DEATH, Fric

 

*RIGIDWALL_PLANAR_ID

Define planar rigid walls with either finite or infinite size.

Name, exclude, BOXID, OFFSET, BIRTH, DEATH, RWKSF, Fric

OrthoOpt

Force

 

*RIGIDWALL_PLANAR_
FINITE(ID)

 

Name, exclude, BOXID, OFFSET, BIRTH, DEATH, RWKSF, Fric

OrthoOpt

Force

 

*RIGIDWALL_PLANAR_
FINITE_FORCES_ID

 

Name, exclude, BOXID, OFFSET, BIRTH, DEATH, RWKSF, Fric, SOFT, SSID, N1-N2

 

*RIGIDWALL_PLANAR_
FINITE_FORCES_MOVING
(ID)

 

Name, exclude, BOXID, OFFSET, BIRTH, DEATH, RWKSF, Fric, mass, SOFT, SSID, N1-NR

 

*RIGIDWALL_PLANAR_
FINITE_MOVING_ID

 

Name, exclude, BOXID, OFFSET, BIRTH, DEATH, RWKSF, Fric, mass

 

*RIGIDWALL_PLANAR_
FORCE_ID

 

Name, exclude, BOXID, OFFSET, BIRTH, DEATH, RWKSF, Fric, SOFT, SSID, N1-N4

 

*RIGIDWALL_PLANAR_
FORCES_MOVING(ID)

 

Name, exclude, BOXID, OFFSET, BIRTH, DEATH, RWKSF, Fric, mass, SOFT, SSID, N1-N4

 

*RIGIDWALL_PLANAR_
MOVING(ID)

 

Name, exclude, BOXID, OFFSET, BIRTH, DEATH, RWKSF, Fric, mass

OrthoOpt

Force

 

*RIGIDWALL_PLANAR_
ORTHO(ID)

 

Name, exclude, BOXID, OFFSET, BIRTH, DEATH, RWKSF, Fric, SfricA, SfricB, DfricA, DfricB, DecayA, DecayB, Node1, Node2

VectorOption

Force

 

*RIGIDWALL_PLANAR_
ORTHO_FINITE_ID

 

Name, exclude, BOXID, OFFSET, BIRTH, DEATH, RWKSF, Fric, SfricA, SfricB, DfricA, DfricB, DecayA, DecayB, Node

VectorOption

Force

 

*RIGIDWALL_PLANAR_
ORTHO_FINITE_FORCES
(ID)

 

Name, exclude, BOXID, OFFSET, BIRTH, DEATH, RWKSF, Fric, SfricA, SfricB, DfricA, DfricB, DecayA, DecayB, Node1, Node2, SOFT, SSID, N1-N4

 

*RIGIDWALL_PLANAR_
ORTHO_FINITE_MOVING_
ID

 

Name, exclude, BOXID, OFFSET, BIRTH, DEATH, RWKSF, Fric, SfricA, SfricB, DfricA, DfricB, DecayA, DecayB, Node1, Node2, mass

 

*RIGIDWALL_PLANAR_
ORTHO_FINITE_FORCES_
MOVING_ID

 

Name, exclude, BOXID, OFFSET, BIRTH, DEATH, RWKSF, Fric, SfricA, SfricB, DfricA, DfricB, DecayA, DecayB, Node1, Node2, mass, SOFT, SSID, N1-N4

 

*RIGIDWALL_PLANAR_
ORTHO_FORCES(ID)

 

Name, exclude, BOXID, OFFSET, BIRTH, DEATH, RWKSF, Fric, SfricA, SfricB, DfricA, DfricB, DecayA, DecayB, Node, SOFT, SSID, N1-N4

VectorOption

 

*RIGIDWALL_PLANAR_
ORTHO_FORCES_
MOVING_ID

 

Name, exclude, BOXID, OFFSET, BIRTH, DEATH, RWKSF, Fric, SfricA, SfricB, DfricA, DfricB, DecayA, DecayB, Node1, Node2, mass, SOFT, SSID, N1-N4

 

*RIGIDWALL_PLANAR_
ORTHO_MOVING_ID

 

Name, exclude, BOXID, OFFSET, BIRTH, DEATH, RWKSF, Fric, SfricA, SfricB, DfricA, DfricB, DecayA, DecayB, Node1, Node2, mass

VectorOption

Force

 

*SET_MULTI-
MATERIAL_GROUP_LIST
(TITLE)

Defines an ALE multi-material set ID which contains a collection of one or more ALE multi-material group IDs.

AMMGID1 - AMMGID8

 

hmtoggle_arrow1MADYMO

Supported Card

Solver Description

Supported Parameters

Notes

CONTACT.FE_FE

Selects groups of FE objects to be used as master and slave surfaces in a contact calculation, and allows you to specify the contact method.

CONTACT_SURFACE, SWITCH, CONTACT_METHOD, CONTACT_FORCE, INITIAL_PEN_TRACK, REDUCTION_FACTOR, MAX_FORCE_PAR, DAMP_COEF, TIME_STEP, FRIC_FUNC, GAP_TYPE, GAP_FUNC,

After creating the CONTACT, add both SURFACEs:

master: Select sets and add desired GROUP_FEs as set references to the MASTER_SURFACE.

slave: Select 'sets' and add desired GROUP_FEs as set references to the SLAVE_SURFACE.

CONTACT_FORCE

 

 

Defined on the card of the parent CONTACT.

CONTACT.MB_FE

Defines a contact between multibody surfaces (master surface) and finite element surfaces (slave surface).

CONTACT_FORCE, CONTACT_TYPE, CONTACT_AREA,

After creating the CONTACT, add both SURFACEs:

master: Select 'sets' and add desired GROUP_MBs as set references to the MASTER_SURFACE.

slave: Select 'sets' and add desired GROUP_FEs as set references to the SLAVE_SURFACE.

CONTACT.MB_MB

Selects groups of multibody surfaces to be used as master (planes, cylinders and ellipsoids) and slave (ellipsoids) in a contact calculation, and allows you to specify contact detection parameters. Friction, contact damping and damping amplification can also be specified.

EVALUATION_TYPE, BOUNDARY_WIDTH, INITIAL_TYPE, FRIC_COEF, DAMP_COEF, DAMP_AMP_FUNC, DAMP_VEL_FUNC, SWITCH, CONTACT_FORCE, CONTACT_TYPE FRIC_FUNC,

After creating the CONTACT, add both SURFACEs:

master: Select sets and add desired GROUP_MBs as set references to the MASTER_SURFACE.

slave: Select sets and add desired GROUP_MBs as set references to the SLAVE_SURFACE. .

hmtoggle_arrow1MARC

Supported Card

Solver Description

Supported Parameters

Notes

Body 3D Deformable

 

 

 

Body 3D Rigid

 

 

 

Contact Header

 

 

 

Contact Table

 

 

 

hmtoggle_arrow1Nastran

Contact, thermal analysis definitions and non-structural mass are represented using group entities

Supported Card

Solver Description

Supported Parameters

Notes

BCBODY

Defines a flexible or rigid contact body in 2D or 3D.

BID, DIM, BEHAV, BSID, ISTYP, FRIC, IDSPL, CONTROL, 3D, DEFORM,

Second Line, HEAT

Defined using the Interfaces panel

BCTABLE

Defines a contact table.

ERROR, FNTOL, FRIC, CINTERF, IGLUE, HEATC, ISEARCH, ICOORD, JGLUE, FK, EXP, METHOD, ADAPT, THICK, THICKOF, PENV, FACE, TSTART, TEND, MAXPAR, EROSOP, IADJ, SOFT, DEPTH, BSORT, FRCFRQ, SNLOG, ISYM, 12D3D, IGNORE, FRLIM, BIAS, SLIDE, HARDS, COPTS1, COPTM1, HCT, HCV, HNC, BNC, EMISS, HBL, HNL, BNL, HGLUE

Use BCTABLE Manager tool to create BCTABLE, located in the utilities tab inside NASTRAN1

BCTSET

 

SID, TID, FRIC, MIND, MAXD, BCTSET_NUM

 
BCTPARAM (AVGSTS, CTOL, INIPENE, INTORD, MAXF, MAXS, MPER, NCHG, PENN, PENT, REFINE, RESET, SHLTHK)

Defined using the Interfaces panel

BSURF

Defines a contact body or surface defined by Element IDs.

LIST OF ELEMENTS

Defined using the Interfaces panel

BSURFS

3D Contact Region Definition by Solid Elements.

LIST OF ELEMENTS

NX Nastran only.  Defined using the Interfaces panel

CONDUCTION

Defines CHBDYE slave elements used for thermal conduction analysis.

 

Defined using the Interfaces panel

CONVECTION

Defines CHBDYE slave elements used for thermal conduction analysis, and also allows for CONV continuation cards to be defined.

 

Defined using the Interfaces panel

NSM1

Defines non-structural mass per unit length/area on properties or elements.

 

Defined using the NSM panel

NSML1

Defines lumped non-structural mass on properties or elements.

 

Defined using the NSM panel

PCONV

Specifies the free convection boundary condition properties of a boundary condition surface element used for heat transfer analysis.

MID, FORM, EXPF

Defined using the Interfaces panel

RADM

Defines the radiation properties of a boundary element for heat transfer analysis.

ABSORP, EMIS(1)

Defined using the Interfaces panel

 

hmtoggle_arrow1PAM-CRASH 2G

Supported Card

Solver Description

Supported Parameters

Notes

CNTAC / Type 1

Contact Interface

 

 

CNTAC / Type 10

Internal solid anticollapse contact

 

 

CNTAC / Type 13

 

 

 

CNTAC / Type 14

 

 

 

CNTAC / Type 15

 

 

 

CNTAC / Type 16

 

 

 

CNTAC / Type 17

 

 

 

CNTAC / Type 18

 

 

 

CNTAC / Type 19

 

 

 

CNTAC / Type 21

Body to multiplane contact

 

 

CNTAC / Type 33

Symmetric node-to-segment contact with edge treatment

 

 

CNTAC / Type 34

Non-symmetric node-to-segment contact with edge treatment

 

 

CNTAC / Type 36

Self-impacting node-to-segment contact with edge treatment

 

 

CNTAC / Type 37

Enhanced self-impact contact for airbag

 

 

CNTAC / Type 44

Node-to-segment contact with smoothing for shock

 

 

CNTAC / Type 46

Edge-to-edge self-impacting contact

 

 

CNTAC / Type 54

Non-symmetric node-to-segment contact with edge treatment and zero contact thickness

 

 

MASS_GES /

 

 

 

NSMAS /

Non structural mass

 

 

SECFO_CONTACT /

 

 

 

SECFO_PLANE

Section definition for force output

IFRA

TITLE

R

Transmission forces are supported through the Interfaces panel.  Slave nodes and master elements define the cross section.  To define non-shell elements, create an entity set first.  The master definition must be by sets.

SECFO_SECTION  /

Section definition for force output

 

 

SECFO_SUPPORT /

 

 

 

SECFO_VOLFRAC /

 

 

 

TIED /

Node-to-surface tied interface

 

 

hmtoggle_arrow1PERMAS

The following cards are supported in the PERMAS interface:

Supported Card

Solver Description

Supported Parameters

Notes

$CONTACT

Contact definitions

NODE/SURFNODE TO NODE/SURFNODE/ GROUND

SURFACE TO NODE/ SURFNODE/SURFACE/GROUND

FRICTION

OUTTOL (Surface contact)

DISTOL (Surface contact)

CONTSYS

 

$MPC ISURFACE

Coupling of two surfaces

DPDOFS

DOFTYPE = DISP

DPITYP = (NODE/SURFNODE)

CELLPART

DISTOL

OUTTOL

For more information on MPC cards and using duplicate ID pools, see the Permas Interface Overview topic.

$MPC WLSSURFACE/ WLDSURFACE

Weld connection between nodes and surfaces

ISURFACE

For more information on MPC cards and using duplicate ID pools, see the Permas Interface Overview topic.

$PRETENSION PLANE

Pretension definition without detailing the threaded connection.

PLANE NODE TO NODE/ SURFNODE/GROUND

PLANE SURFACE TO NODE/SURFNODE/GROUND

PLANE SURFNODE TO SURFNODE/NODE/GROUND

PREDIR={NORMAL/system and axis/vector}

ORTDIR={JOIN/FREE}

GUIDING={AUTO/CONTACT/PRESCRIBE/EXTERNAL/FREE}

DISTOL

OUTTOL

 

$PRETENSION THREAD

Modeling a threaded pretension section

THREAD NODE TO NODE/SURFNODE/GROUND

THREAD SURFACE TO NODE/SURFNODE/GROUND

THREAD SURFNODE TO SURFNODE/NODE/GROUND

{PREDIR/SCREWDIR}={system and axis/vector}

ALPHA

RADIAL={JOIN/FREE}

PITCH

CIRCUM={JOIN/FREE}

GUIDING

DISTTOL

OUTTOL

 

hmtoggle_arrow1Samcef

This table explains the link between the HyperMesh keywords and the parameters of the Samcef contact.

Supported Card

Solver Description

Supported Parameters

Notes

.MCT

Defines a flexible contact

Contact resolution method:

a) Uncoupled

b) Coupled

Option_number:

a) OPT 3; default

b) OPT 2

Initial Gap:

a) As mesh is

b) No initial gap

Contact_characteristics:

a) nothing to write; default

b) UN3 1

Contact Offset:

a) As mesh is

b) Contact offset

Contact_characteristics:

a) nothing to write; default

b) DMIN XX

Kind of contact:

a) Standard

b) Normal direction glue

Contact_characteristics:

a) nothing to write; default

b) OPCO 2

Curvature Smoothing contact face:

a) Non-activated

b) Activated

Contact_characteristics:

a) nothing to write; default

b) KSMO 1

Free Option

You can add free options, it will be exported at the end of the card .MCT

Examples :

.MCT I 10 GROUP 17 GTAR 23 OPT 3 ! Contact default

.MCT I 20 GROUP 65 GTAR 12 OPT 2 NLIM -1 UN3 1 DMIN -0.0245 KSMO 1 ! Advanced contact

.MCT I 30 GROUP 45 GTAR 75 OPT 2 UN3 1 OCPO 2 KSMO 1 ! Glue contact

.STI

Defines a glue contact

Node project:

a) Non activated

b) Activated

Option_number:

a) PROJ 0; by default

b) nothing to write

Free Option

You can add free options, it will be exported at the end of the card .STI

Examples :

.STI I 1 GROUP 17 23 PROJ 0! Glue default

.STI I 2 GROUP 35 64 ! Advanced glue

For more information about the supported parameters see the topic Contact .MCT and Contact .STI.

 

See also

Browsers

HyperMesh Entities & Solver Interfaces

Include Files

Model Setup