Appendix¶

Abaqus keyword browser table¶

Use the following table to determine which Abaqus/CAE module (or toolset) contains the functionality associated with a particular Abaqus keyword. To view documentation for the module (or toolset), click the module (or toolset) name shown in the table. Most currently unsupported keywords can be added to your model using the Keywords Editor.

To see keywords beginning with a particular letter of the alphabet, click that letter in the table below.

A

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

Table 38: Keyword browser table.

Keyword	Purpose	Module	Products
*ACOUSTIC CONTRIBUTION	Request the computation of the acoustic contribution factors for the linear, eigenmode-based, steady-state dynamic procedure.	Unsupported	Abaqus/Standard
*ACOUSTIC FLOW VELOCITY	Specify flow velocities as a predefined field for acoustic elements.	Unsupported	Abaqus/Standard
*ACOUSTIC MEDIUM	Specify an acoustic medium.	Property module	Abaqus/StandardAbaqus/Explicit
*ACOUSTIC WAVE FORMULATION	Specify the type of formulation in acoustic problems with incident wave loading.	Model attribute	Abaqus/StandardAbaqus/Explicit
*ACTIVATE ELEMENTS	Activate elements within a step.	Unsupported	Abaqus/Standard
*ADAPTIVE MESH	Define an adaptive mesh domain.	Supported in the Step module; only one adaptive mesh domain can be defined per step.	Abaqus/StandardAbaqus/Explicit
*ADAPTIVE MESH CONSTRAINT	Specify constraints on the motion of the mesh for an adaptive mesh domain.	Displacement and velocity adaptive mesh constraints are supported in the Step module.	Abaqus/StandardAbaqus/Explicit
*ADAPTIVE MESH CONTROLS	Specify controls for the adaptive meshing and advection algorithms.	Step module	Abaqus/StandardAbaqus/Explicit
*ADAPTIVE MESH REFINEMENT	Activate adaptive mesh refinement in an Eulerian domain.	Unsupported	Abaqus/Explicit
*ADJUST	Adjust user-specified nodal coordinates to lie on a given surface or to make adjustments based on a user-specified distribution.	Interaction module	Abaqus/StandardAbaqus/Explicit
*ALLOWABLE STRESS	Specify the allowable stress of a composite at the initiation of damage in a multiscale material.	Unsupported	Abaqus/Standard
*AMPLITUDE	Define an amplitude curve.	Amplitude toolset; bubble loading is not supported. Similar functionality is available in the Interaction module.	Abaqus/StandardAbaqus/Explicit
*ANISOTROPIC HYPERELASTIC	Specify anisotropic hyperelastic properties for approximately incompressible materials.	Property module	Abaqus/StandardAbaqus/Explicit
*ANNEAL	Anneal the structure.	Step module	Abaqus/Explicit
*ANNEAL TEMPERATURE	Specify material properties for modeling annealing or melting.	Property module	Abaqus/StandardAbaqus/Explicit
*AQUA	Define fluid variables for use in loading immersed beam-type structures.	Unsupported	Abaqus/Aqua
*ASSEMBLY	Begin an assembly definition.	Assembly module	Abaqus/StandardAbaqus/Explicit
*ASYMMETRIC-AXISYMMETRIC	Define areas of integration for contact elements used with CAXAn or SAXAn elements.	Unsupported	Abaqus/Standard
*AXIAL	Used to define the axial behavior of beams.	Unsupported	Abaqus/StandardAbaqus/Explicit
*BASE MOTION	Define the base motion for linear, eigenmode-based, dynamic procedures.	Unsupported	Abaqus/Standard
*BASELINE CORRECTION	Include baseline correction.	Amplitude toolset	Abaqus/Standard
*BEAM ADDED INERTIA	Define additional beam inertia.	Unsupported	Abaqus/StandardAbaqus/Explicit
*BEAM FLUID INERTIA	Define additional beam inertia due to immersion in a fluid.	Property module	Abaqus/StandardAbaqus/Explicit
*BEAM GENERAL SECTION	Specify a beam section when numerical integration over the section is not required.	General beam sections with linear response are supported in the Property module.	Abaqus/StandardAbaqus/Explicit
*BEAM SECTION	Specify a beam section when numerical integration over the section is required.	Property module	Abaqus/StandardAbaqus/Explicit
*BEAM SECTION GENERATE	Generate beam section properties for a meshed cross-section.	Unsupported	Abaqus/Standard
*BEAM SECTION OFFSET	Define an offset for the beam cross-section origin.	Property module	Abaqus/StandardAbaqus/Explicit
*BIAXIAL TEST DATA	Used to provide biaxial test data (compression and/or tension).	Property module	Abaqus/StandardAbaqus/Explicit
*BLOCKAGE	Control contacting surfaces for blockage.	Unsupported	Abaqus/Explicit
*BOUNDARY	Specify boundary conditions.	Load module; fluid cavity pressure and generalized plane strain boundary conditions are not supported.	Abaqus/StandardAbaqus/Explicit
*BRITTLE CRACKING	Define brittle cracking properties.	Property module	Abaqus/Explicit
*BRITTLE FAILURE	Specify brittle failure criterion.	Property module	Abaqus/Explicit
*BRITTLE SHEAR	Define the postcracking shear behavior of a material used with the brittle cracking model.	Property module	Abaqus/Explicit
*BUCKLE	Obtain eigenvalue buckling estimates.	Step module	Abaqus/Standard
*BUCKLING ENVELOPE	Define a nondefault buckling envelope for buckling strut response of frame elements with PIPE sections.	Unsupported	Abaqus/Standard
*BUCKLING LENGTH	Define buckling length data for buckling strut response of frame elements with PIPE sections.	Unsupported	Abaqus/Standard
*BUCKLING REDUCTION FACTORS	Define buckling reduction factors for buckling strut response of frame elements with PIPE sections.	Unsupported	Abaqus/Standard
*BULK VISCOSITY	Modify bulk viscosity parameters.	Step module	Abaqus/Explicit
*C ADDED MASS	Specify concentrated added mass in a *FREQUENCY step.	Unsupported	Abaqus/Aqua
*CAP CREEP	Specify a cap creep law and material properties.	Property module	Abaqus/Standard
*CAP HARDENING	Specify Drucker-Prager/Cap plasticity hardening.	Property module	Abaqus/StandardAbaqus/Explicit
*CAP PLASTICITY	Specify the Modified Drucker-Prager/Cap plasticity model.	Property module	Abaqus/StandardAbaqus/Explicit
*CAPACITY	Define the molar heat capacity at constant pressure for an ideal gas species.	Interaction module	Abaqus/Explicit
*CAST IRON COMPRESSION HARDENING	Specify hardening in compression for the gray cast iron plasticity model.	Property module	Abaqus/StandardAbaqus/Explicit
*CAST IRON PLASTICITY	Specify plastic material properties for gray cast iron.	Property module	Abaqus/StandardAbaqus/Explicit
*CAST IRON TENSION HARDENING	Specify hardening in tension for the gray cast iron plasticity model.	Property module	Abaqus/StandardAbaqus/Explicit
*CAVITY DEFINITION	Define a cavity for thermal radiation.	Interaction module	Abaqus/Standard
*CECHARGE	Specify concentrated electric charges in piezoelectric analysis.	Load module	Abaqus/Standard
*CECURRENT	Specify concentrated current in an electric conduction analysis.	Load module	Abaqus/Standard
*CENTROID	Define the position of the centroid of the beam section.	Property module	Abaqus/StandardAbaqus/Explicit
*CFILM	Define film coefficients and associated sink temperatures at one or more nodes or vertices.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CFLOW	Specify concentrated fluid flow.	Load module	Abaqus/Standard
*CFLUX	Specify concentrated fluxes in heat transfer or mass diffusion analyses.	Load module	Abaqus/StandardAbaqus/Explicit
*CHANGE FRICTION	Change friction properties.	Interaction module	Abaqus/Standard
*CHARACTERISTIC LENGTH	Define characteristic element length at a material point.	Unsupported	Abaqus/Explicit
*CLAY HARDENING	Specify hardening for the clay plasticity model.	Property module	Abaqus/StandardAbaqus/Explicit
*CLAY PLASTICITY	Specify the extended Cam-clay plasticity model.	Property module	Abaqus/StandardAbaqus/Explicit
*CLEARANCE	Specify a particular initial clearance value and a contact direction for the secondary nodes on a surface.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CLOAD	Specify concentrated forces and moments.	Load module	Abaqus/StandardAbaqus/ExplicitAbaqus/Aqua
*CLUSTER MASS INERTIATABLE	Specify mass and inertia discrete particle clusters.	Unsupported	Abaqus/Explicit
*COHESIVE BEHAVIOR	Specify contact cohesive behavior properties.	Interaction module	Abaqus/StandardAbaqus/Explicit
*COHESIVE SECTION	Specify element properties for cohesive elements.	Property module	Abaqus/StandardAbaqus/Explicit
*COMBINATORIAL RULE	Define controls associated with combinatorial rules to derive interaction properties from surface properties.	Unsupported	Abaqus/Explicit
*COMBINED TEST DATA	Specify simultaneously the normalized shear and bulk compliances or relaxation moduli as functions of time.	Property module	Abaqus/StandardAbaqus/Explicit
*COMPLEX FREQUENCY	Extract complex eigenvalues and modal vectors.	Step module	Abaqus/Standard
*COMPOSITE MODAL DAMPING	Specify composite modal damping for modal analyses based on the SIM architecture.	Unsupported	Abaqus/Standard
*CONCENTRATION TENSOR	Define the concentration tensor for an inclusion in the aggregate.	Unsupported	Abaqus/Standard
*CONCRETE	Define concrete properties beyond the elastic range.	Property module	Abaqus/Standard
*CONCRETE COMPRESSION DAMAGE	Define compression damage properties for the concrete damaged plasticity model.	Property module	Abaqus/StandardAbaqus/Explicit
*CONCRETE COMPRESSION HARDENING	Define hardening in compression for the concrete damaged plasticity model.	Property module	Abaqus/StandardAbaqus/Explicit
*CONCRETE DAMAGED PLASTICITY	Define flow potential, yield surface, and viscosity parameters for the concrete damaged plasticity model.	Property module	Abaqus/StandardAbaqus/Explicit
*CONCRETE FAILURE	Specify material failure criteria and allow element deletion for the concrete damaged plasticity material model.	Unsupported	Abaqus/Explicit
*CONCRETE TENSION DAMAGE	Define postcracking damage properties for the concrete damaged plasticity model.	Property module	Abaqus/StandardAbaqus/Explicit
*CONCRETE TENSION STIFFENING	Define postcracking properties for the concrete damaged plasticity model.	Property module	Abaqus/StandardAbaqus/Explicit
*CONDUCTIVITY	Specify thermal conductivity.	Property module	Abaqus/StandardAbaqus/Explicit
*CONNECTOR BEHAVIOR	Begin the specification of a connector behavior.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CONNECTOR CONSTITUTIVE REFERENCE	Define reference lengths and angles to be used in specifying connector constitutive behavior.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CONNECTOR DAMAGE EVOLUTION	Specify connector damage evolution for connector elements.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CONNECTOR DAMAGE INITIATION	Specify connector damage initiation criteria for connector elements.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CONNECTOR DAMPING	Define connector damping behavior.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CONNECTOR DERIVED COMPONENT	Specify user-defined components in connector elements.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CONNECTOR ELASTICITY	Define connector elastic behavior.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CONNECTOR FAILURE	Define a failure criterion for connector elements.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CONNECTOR FRICTION	Define friction forces and moments in connector elements.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CONNECTOR HARDENING	Define the plasticity initial yield value and hardening behavior in connector elements.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CONNECTOR LOAD	Specify loads for available components of relative motion in connector elements.	Load module	Abaqus/StandardAbaqus/Explicit
*CONNECTOR LOCK	Define a locking criterion for connector elements.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CONNECTOR MOTION	Specify the motion of available components of relative motion in connector elements.	Load module	Abaqus/StandardAbaqus/Explicit
*CONNECTOR PLASTICITY	Define plasticity behavior in connector elements.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CONNECTOR POTENTIAL	Specify user-defined potentials in connector elements.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CONNECTOR SECTION	Specify connector attributes for connector elements.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CONNECTOR STOP	Specify connector stops for connector elements.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CONNECTOR UNIAXIAL BEHAVIOR	Define uniaxial behavior in connector elements.	Interaction module	Abaqus/Explicit
*CONSTITUENT	Define a constituent in the multiscale material.	Unsupported	Abaqus/StandardAbaqus/Explicit
*CONSTRAINT CONTROLS	Reset overconstraint checking controls.	Unsupported	Abaqus/Standard
*CONTACT	Begin the definition of general contact.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CONTACT CLEARANCE	Define contact clearance properties.	Unsupported	Abaqus/Explicit
*CONTACT CLEARANCE ASSIGNMENT	Assign contact clearances between surfaces in the general contact domain.	Unsupported	Abaqus/Explicit
*CONTACT CONTROLS	Specify additional controls for contact.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CONTACT CONTROLS ASSIGNMENT	Assign contact controls for the general contact algorithm.	Unsupported	Abaqus/StandardAbaqus/Explicit
*CONTACT DAMPING	Define viscous damping between contacting surfaces.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CONTACT EXCLUSIONS	Specify self-contact surfaces or surface pairings to exclude from the general contact domain.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CONTACT FILE	Define results file requests for contact variables.	Unsupported; Abaqus/CAE reads output from the output database file only.	Abaqus/Standard
*CONTACT FORMULATION	Specify a nondefault contact formulation for the general contact algorithm.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CONTACT INCLUSIONS	Specify self-contact surfaces or surface pairings to include in the general contact domain.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CONTACT INITIALIZATION ASSIGNMENT	Assign contact initialization methods for general contact.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CONTACT INITIALIZATION DATA	Define contact initialization methods for general contact.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CONTACT INTERFERENCE	Prescribe time-dependent allowable interferences of contact pairs and contact elements.	Interaction module	Abaqus/Standard
*CONTACT MASS SCALING	Specify contact mass scaling during the step.	Interaction module	Abaqus/Explicit
*CONTACT OUTPUT	Specify contact variables to be written to the output database.	Step module	Abaqus/StandardAbaqus/Explicit
*CONTACT PAIR	Define surfaces that contact each other.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CONTACT PERMEABILITY	Specify fluid permeability contact property.	Unsupported	Abaqus/Standard
*CONTACT PRINT	Define print requests for contact variables.	Unsupported	Abaqus/Standard
*CONTACT PROPERTY ASSIGNMENT	Assign contact properties for the general contact algorithm.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CONTACT RESPONSE	Define contact responses for design sensitivity analysis.	Unsupported	Abaqus/Design
*CONTACT STABILIZATION	Define contact stabilization controls for general contact.	Interaction module	Abaqus/Standard
*CONTOUR INTEGRAL	Provide contour integral estimates.	Interaction module	Abaqus/Standard
*CONTROLS	Reset solution controls.	Step module	Abaqus/Standard
*CONWEP CHARGE PROPERTY	Define a CONWEP charge for incident waves.	Unsupported	Abaqus/Explicit
*CORRELATION	Define cross-correlation properties for random response loading.	Unsupported	Abaqus/Standard
*CO-SIMULATION	Identify that the current step is a co-simulation step in Abaqus.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CO-SIMULATION REGION	Identify the interface regions in the Abaqus model and specify the fields to be exchanged during co-simulation.	Interaction module	Abaqus/StandardAbaqus/Explicit
*COUPLED CONSTITUTIVE RESPONSE	This option is used to introduce a user-defined constitutive behavior involving multiple physics fields.	Unsupported	Abaqus/Standard
*COUPLED TEMPERATURE-DISPLACEMENT	Fully coupled, simultaneous heat transfer and stress analysis.	Step module	Abaqus/Standard
*COUPLED THERMAL-ELECTRICAL	Fully coupled, simultaneous heat transfer and electrical analysis.	Step module	Abaqus/Standard
*COUPLED THERMAL-ELECTROCHEMICAL	Define a coupled thermal-electrochemical analysis.	Unsupported	Abaqus/Standard
*COUPLING	Define a surface-based coupling constraint.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CRADIATE	Specify radiation conditions and associated sink temperatures at one or more nodes or vertices.	Interaction module	Abaqus/StandardAbaqus/Explicit
*CREEP	Define a creep law.	Property module	Abaqus/Standard
*CREEP STRAIN RATE CONTROL	Control loadings based on the maximum equivalent creep strain rate.	Unsupported	Abaqus/Standard
*CRUSH STRESS	Define the crush stress of a material.	Unsupported	Abaqus/Explicit
*CRUSH STRESS VELOCITY FACTOR	Define how the approach velocity at a crushing interface influences a material's resistance to crushing.	Unsupported	Abaqus/Explicit
*CRUSHABLE FOAM	Specify the crushable foam plasticity model.	Property module	Abaqus/StandardAbaqus/Explicit
*CRUSHABLE FOAM HARDENING	Specify hardening for the crushable foam plasticity model.	Property module	Abaqus/StandardAbaqus/Explicit
*CURE GLASS TRANSITION TEMPERATURE	This option is used to specify the glass transition temperature as a function of the degree of cure.	Unsupported	Abaqus/Standard
*CURE HEAT GENERATION	Define the specific heat of the reaction for cure modeling capabilities.	Unsupported	Abaqus/Standard
*CURE KINETICS	Define the reaction kinetics for cure modeling capabilities.	Unsupported	Abaqus/Standard
*CURE MAX CONVERSION	Define the maximum value of the degree of conversion for cure modeling capabilities.	Unsupported	Abaqus/Standard
*CURE SHRINKAGE	Define the cure shrinkage coefficients for cure modeling capabilities.	Unsupported	Abaqus/Standard
*CYCLED PLASTIC	Specify cycled yield stress data for the *ORNL model.	Property module	Abaqus/Standard
*CYCLIC	Define cyclic symmetry for a cavity radiation heat transfer analysis.	Interaction module	Abaqus/Standard
*CYCLIC HARDENING	Specify the size of the elastic range for the combined hardening model.	Property module	Abaqus/StandardAbaqus/Explicit
*CYCLIC SYMMETRY MODEL	Define the number of sectors and the axis of symmetry for a cyclic symmetric structure.	Interaction module	Abaqus/StandardAbaqus/Explicit
*D ADDED MASS	Specify distributed added mass in a *FREQUENCY step.	Unsupported	Abaqus/Aqua
*D EM POTENTIAL	Specify distributed surface magnetic vector potential.	Load module	Abaqus/Standard
*DAMAGE EVOLUTION	Specify material properties to define the evolution of damage.	Property module	Abaqus/StandardAbaqus/Explicit
*DAMAGE INITIATION	Specify material and contact properties to define the initiation of damage.	Property module	Abaqus/StandardAbaqus/Explicit
*DAMAGE STABILIZATION	Specify viscosity coefficients for the damage model for fiber-reinforced materials, surface-based cohesive behavior or cohesive behavior in enriched elements.	Property module	Abaqus/StandardAbaqus/Explicit
*DAMPING	Specify material damping.	Property module	Abaqus/StandardAbaqus/Explicit
*DAMPING CONTROLS	Specify damping controls.	Supported in the Step module only for substructure generation.	Abaqus/Standard
*DASHPOT	Define dashpot behavior.	Property module and Interaction module; supported only for linear behavior independent of field variables. For nonlinear behavior or to include field variables, model connectors in the Interaction module.	Abaqus/StandardAbaqus/Explicit
*DEBOND	Activate crack propagation capability and specify debonding amplitude curve.	Unsupported	Abaqus/Standard
*DECHARGE	Input distributed electric charges for piezoelectric analysis.	Load module	Abaqus/Standard
*DECURRENT	Specify distributed current densities in an electromagnetic analysis.	Load module	Abaqus/Standard
*DEFORMATION PLASTICITY	Specify the deformation plasticity model.	Property module	Abaqus/Standard
*DENSITY	Specify material mass density.	Property module	Abaqus/StandardAbaqus/Explicit
*DEPVAR	Specify solution-dependent state variables.	Property module	Abaqus/StandardAbaqus/Explicit
*DESIGN GRADIENT	Directly specify design gradients for design sensitivity analysis.	Unsupported	Abaqus/Design
*DESIGN PARAMETER	Specify design parameters with respect to which sensitivities are calculated.	Unsupported	Abaqus/Design
*DESIGN RESPONSE	Specify responses for design sensitivity analysis.	Unsupported	Abaqus/StandardAbaqus/Design
*DETONATION POINT	Define detonation points for a JWL explosive equation of state.	Property module	Abaqus/StandardAbaqus/Explicit
*DFLOW	Specify distributed seepage flows for consolidation analysis.	Load module	Abaqus/Standard
*DFLUX	Specify distributed fluxes in computational fluid dynamics and mass diffusion analyses and specify distributed fluxes and nonuniform concentrated fluxes in heat transfer analyses.	Load module	Abaqus/StandardAbaqus/Explicit
*DIAGNOSTICS	Control diagnostic messages.	Unsupported	Abaqus/StandardAbaqus/Explicit
*DIELECTRIC	Specify dielectric material properties.	Property module	Abaqus/Standard
*DIFFUSIVITY	Specify mass diffusivity or slurry concentration diffusivity.	Property module	Abaqus/Standard
*DIRECT CYCLIC	Obtain the stabilized cyclic response of a structure directly.	Step module	Abaqus/Standard
*DISCRETE ELASTICITY	Specify effective elastic material properties for discrete particles.	Unsupported	Abaqus/Explicit
*DISCRETE SECTION	Specify element properties for discrete elements.	Unsupported	Abaqus/Explicit
*DISPLAY BODY	Define a part instance that will be used for display only.	Interaction module	Abaqus/StandardAbaqus/Explicit
*DISTRIBUTING	Define a distributing coupling constraint.	Interaction module	Abaqus/StandardAbaqus/Explicit
*DISTRIBUTING COUPLING	Specify nodes and weighting for distributing coupling elements.	Unsupported; this option has been superseded by coupling constraints used in conjunction with the distributing option.	Abaqus/Standard
*DISTRIBUTION	Define spatial distributions.	Property module	Abaqus/StandardAbaqus/Explicit
*DISTRIBUTION TABLE	Define a distribution table.	Property module	Abaqus/StandardAbaqus/Explicit
*DLOAD	Specify distributed loads.	Load module	Abaqus/StandardAbaqus/ExplicitAbaqus/Aqua
*DOMAIN DECOMPOSITION	Define a region for domain decomposition and/or define constraints on the domain decomposition.	Unsupported	Abaqus/Explicit
*DRAG CHAIN	Specify parameters for drag chain elements.	Unsupported	Abaqus/Standard
*DRUCKER PRAGER	Specify the extended Drucker-Prager plasticity model.	Property module	Abaqus/StandardAbaqus/Explicit
*DRUCKER PRAGER CREEP	Specify a Drucker-Prager creep law and material properties.	Property module	Abaqus/Standard
*DRUCKER PRAGER HARDENING	Specify hardening for Drucker-Prager plasticity models.	Property module	Abaqus/StandardAbaqus/Explicit
*DSA CONTROLS	Set DSA solution controls.	Unsupported	Abaqus/Design
*DSECHARGE	Input distributed electric surface charges for piezoelectric analysis.	Load module	Abaqus/Standard
*DSECURRENT	Specify distributed current densities over a surface in an electromagnetic analysis.	Load module	Abaqus/Standard
*DSFLOW	Specify distributed seepage flows normal to a surface.	Load module	Abaqus/Standard
*DSFLUX	Specify distributed surface fluxes for heat transfer analysis.	Load module	Abaqus/StandardAbaqus/Explicit
*DSLOAD	Specify distributed surface loads.	Load module	Abaqus/StandardAbaqus/Explicit
*DYNAMIC	Dynamic stress/displacement analysis.	Step module	Abaqus/StandardAbaqus/Explicit
*DYNAMIC TEMPERATURE-DISPLACEMENT	Dynamic coupled thermal-stress analysis using explicit integration.	Step module	Abaqus/Explicit
*EIGENSTRAIN	Define your eigenstrain based on different physics.	Unsupported	Abaqus/Standard
*EL FILE	Define results file requests for element variables.	Unsupported; Abaqus/CAE reads output from the output database file only.	Abaqus/StandardAbaqus/Explicit
*EL PRINT	Define data file requests for element variables.	Unsupported	Abaqus/Standard
*ELASTIC	Specify elastic material properties.	Property module	Abaqus/StandardAbaqus/Explicit
*ELCOPY	Create elements by copying from an existing element set.	Not applicable; copying portions of sketches and instancing of parts serve similar purposes.	Abaqus/StandardAbaqus/Explicit
*ELECTRIC MACHINE LOAD	Define electromagnetic forces loads for an electric machine.	Unsupported	Abaqus/Standard
*ELECTRIC MACHINE PROPERTY	Define electric machine properties (or parameters) needed to apply electric machine loads.	Property module	Abaqus/Standard
*ELECTRICAL CONDUCTIVITY	Specify electrical conductivity.	Property module	Abaqus/Standard
*ELECTRICAL RESISTIVITY	Specify electrical resistivity.	Unsupported	Abaqus/Standard
*ELECTROMAGNETIC	Electromagnetic response.	Step module	Abaqus/Standard
*ELEMENT	Define elements by giving their nodes.	Mesh module	Abaqus/StandardAbaqus/Explicit
*ELEMENT MATRIX OUTPUT	Write element stiffness matrices and mass matrices to a file.	Unsupported	Abaqus/Standard
*ELEMENT OPERATOR OUTPUT	Write element operator output to a SIM document.	Unsupported	Abaqus/Standard
*ELEMENT OUTPUT	Define output database requests for element variables.	Step module	Abaqus/StandardAbaqus/Explicit
*ELEMENT PROGRESSIVE ACTIVATION	Define the progressive element activation feature and its properties.	Unsupported	Abaqus/Standard
*ELEMENT RECOVERY MATRIX	Generate modal recovery matrices for a substructure.	Unsupported	Abaqus/Standard
*ELEMENT RESPONSE	Define element responses for design sensitivity analysis.	Unsupported	Abaqus/StandardAbaqus/Design
*ELEMENT SOLUTION-DEPENDENT VARIABLES	Allocate space for element solution-dependent variables, and specify optional output names and descriptions for some or all variables allocated.	Unsupported	Abaqus/Standard
*ELEMENT USER OUTPUT VARIABLES	Specify the number of user-defined element output variables.	Unsupported	Abaqus/Standard
*ELGEN	Incremental element generation.	Not applicable; elements are generated when you meshthe model.	Abaqus/StandardAbaqus/Explicit
*ELSET	Assign elements to an element set.	Set toolset	Abaqus/StandardAbaqus/Explicit
*EMBEDDED ELEMENT	Specify an element or a group of elements that lie embedded in a group of “host” elements in a model.	Interaction module	Abaqus/StandardAbaqus/Explicit
*EMISSIVITY	Specify surface emissivity.	Interaction module	Abaqus/Standard
*END ASSEMBLY	End the definition of an assembly.	Assembly module	Abaqus/StandardAbaqus/Explicit
*END INSTANCE	End the definition of an instance.	Assembly module for part instances not imported from a previous analysis; Load module for part instances imported from a previous analysis	Abaqus/StandardAbaqus/Explicit
*END LOAD CASE	End the definition of a load case for multiple load case analysis.	Load module	Abaqus/Standard
*END PART	End the definition of a part.	Part module	Abaqus/StandardAbaqus/Explicit
*END STEP	End the definition of a step.	Step module	Abaqus/StandardAbaqus/Explicit
*ENERGY FILE	Write energy output to the results file.	Unsupported; Abaqus/CAE reads output from the output database file only.	Abaqus/StandardAbaqus/Explicit
*ENERGY OUTPUT	Define output database requests for whole model or element set energy data.	Step module	Abaqus/StandardAbaqus/Explicit
*ENERGY PRINT	Print a summary of the total energies.	Unsupported	Abaqus/Standard
*ENRICHMENT	Specify an enriched feature and the properties of the enrichment.	Interaction module	Abaqus/Standard
*ENRICHMENT ACTIVATION	Activate or deactivate an enriched feature.	Interaction module	Abaqus/Standard
*EOS	Specify an equation of state model.	Property module	Abaqus/Explicit
*EOS COMPACTION	Specify plastic compaction behavior for an equation of state model.	Property module	Abaqus/StandardAbaqus/Explicit
*EPJOINT	Define properties for elastic-plastic joint elements.	Unsupported	Abaqus/Standard
*EQUATION	Define linear multi-point constraints.	Interaction module	Abaqus/StandardAbaqus/Explicit
*EQUIVALENT RADIATED SURFACE PROPERTIES	Specify radiated surface properties.	Property module	Abaqus/Standard
*EULERIAN BOUNDARY	Define inflow and outflow conditions at Eulerian mesh boundaries.	Load module	Abaqus/Explicit
*EULERIAN MESH MOTION	Define the motion of an Eulerian mesh.	Load module	Abaqus/Explicit
*EULERIAN SECTION	Specify element properties for Eulerian elements.	Property module	Abaqus/Explicit
*EVENT SERIES	Define the event series data.	Unsupported	Abaqus/Standard
*EVENT SERIES TYPE	Define the type of an event series.	Unsupported	Abaqus/Standard
*EXPANSION	Specify thermal or field expansion.	Property module	Abaqus/StandardAbaqus/Explicit
*EXTERNAL FIELD	Import external fields to define distributions, initial conditions, and history-dependent fields or to perform a submodel analysis.	Unsupported	Abaqus/StandardAbaqus/Explicit
*EXTREME ELEMENT VALUE	Define element variables to be monitored.	Unsupported	Abaqus/Explicit
*EXTREME NODE VALUE	Define nodal variables to be monitored.	Unsupported	Abaqus/Explicit
*EXTREME VALUE	Define element and nodal variables to be monitored.	Unsupported	Abaqus/Explicit
*FABRIC	Specify the in-plane response of a fabric material.	Unsupported	Abaqus/Explicit
*FAIL STRAIN	Define parameters for strain-based failure measures.	Property module	Abaqus/StandardAbaqus/Explicit
*FAIL STRESS	Define parameters for stress-based failure measures.	Property module	Abaqus/StandardAbaqus/Explicit
*FAILURE RATIOS	Define the shape of the failure surface for a *CONCRETE model.	Property module	Abaqus/Standard
*FASTENER	Define mesh-independent fasteners.	Interaction module	Abaqus/StandardAbaqus/Explicit
*FASTENER PROPERTY	Prescribe mesh-independent fastener properties.	Interaction module	Abaqus/StandardAbaqus/Explicit
*FATIGUE	Define a fatigue crack growth analysis in bulk brittle materials and in brittle material interfaces.	Unsupported	Abaqus/Standard
*FIBER DISPERSION	Define the second-order orientation tensor of fiber in a composite material.	Unsupported	Abaqus/StandardAbaqus/Explicit
*FIELD	Specify predefined field variable values.	Load module	Abaqus/StandardAbaqus/Explicit
*FIELD IMPORT	Import external fields to apply over an analysis step in a sequentially coupled multiphysics analysis.	Unsupported	Abaqus/StandardAbaqus/Explicit
*FIELD MAPPER CONTROLS	Define controls for the mapper.	Unsupported	Abaqus/Standard
			Abaqus/Explicit
*FIELD OPERATIONS	Define optional field operations to perform when importing a predefined field.	Unsupported	Abaqus/StandardAbaqus/Explicit
*FILE FORMAT	Specify format for results file output and invoke zero-increment results file output.	Unsupported; Abaqus/CAE does not use the results file.	Abaqus/Standard
*FILE OUTPUT	Define output written to the results file.	Unsupported; Abaqus/CAE reads output from the output database file only.	Abaqus/Explicit
*FILM	Define film coefficients and associated sink temperatures.	Interaction module	Abaqus/StandardAbaqus/Explicit
*FILM PROPERTY	Define a film coefficient as a function of temperature and field variables.	Interaction module	Abaqus/StandardAbaqus/Explicit
*FILTER	Define a filter and/or operator for output filtering and/or operating.	Filter toolset	Abaqus/Explicit
*FIXED MASS SCALING	Specify mass scaling at the beginning of the step.	Step module	Abaqus/Explicit
*FLEXIBLE BODY	Generate a flexible body from an Abaqus/Standard substructure or a natural frequency extraction.	Unsupported	Abaqus/Standard
*FLOW	Define seepage coefficients and associated sink pore pressures.	Unsupported	Abaqus/Standard
*FLUID BEHAVIOR	Define fluid behavior for a fluid cavity.	Interaction module	Abaqus/StandardAbaqus/Explicit
*FLUID BULK MODULUS	Define compressibility for a hydraulic fluid.	Interaction module	Abaqus/StandardAbaqus/Explicit
*FLUID CAVITY	Define a fluid cavity.	Interaction module	Abaqus/StandardAbaqus/Explicit
*FLUID DENSITY	Specify hydrostatic fluid density.	Interaction module	Abaqus/StandardAbaqus/Explicit
*FLUID EXCHANGE	Define fluid exchange.	Interaction module	Abaqus/StandardAbaqus/Explicit
*FLUID EXCHANGE ACTIVATION	Activate fluid exchange definitions.	Interaction module	Abaqus/Explicit
*FLUID EXCHANGE PROPERTY	Define the fluid exchange property for flow in or out of a fluid cavity.	Interaction module	Abaqus/StandardAbaqus/Explicit
*FLUID EXPANSION	Specify the thermal expansion coefficient for a hydraulic fluid.	Interaction module	Abaqus/StandardAbaqus/Explicit
*FLUID FLUX	Change the amount of fluid in a fluid-filled cavity.	Unsupported	Abaqus/StandardAbaqus/Explicit
*FLUID ID FIELD	Associate a fluid identifier with a predefined field variable in a multi-fluid definition.	Unsupported	Abaqus/Standard
*FLUID INFLATOR	Define a fluid inflator.	Interaction module	Abaqus/Explicit
*FLUID INFLATOR ACTIVATION	Activate fluid inflator definitions.	Interaction module	Abaqus/Explicit
*FLUID INFLATOR MIXTURE	Define gas species used for a fluid inflator.	Interaction module	Abaqus/Explicit
*FLUID INFLATOR PROPERTY	Define a fluid inflator property.	Interaction module	Abaqus/Explicit
*FLUID LEAKOFF	Define fluid leak-off coefficients for pore pressure cohesive elements and enriched elements.	Property module	Abaqus/Standard
*FLUID PIPE CONNECTOR LOSS	Specify fluid pipe connector element loss.	Unsupported	Abaqus/Standard
*FLUID PIPE CONNECTOR SECTION	Specify fluid pipe connector element section properties.	Unsupported	Abaqus/Standard
*FLUID PIPE CONNECTOR THERMAL LOSS	Define the method to solve for the convective heat transfer solution in thermal fluid pipe connector elements.	Unsupported	Abaqus/Standard
*FLUID PIPE CONNECTOR WALL	Specify wall geometry for thermal fluid pipe connector elements.	Unsupported	Abaqus/Standard
*FLUID PIPE FLOW LOSS	Specify fluid pipe element loss.	Unsupported	Abaqus/Standard
*FLUID PIPE SECTION	Specify fluid pipe element section properties.	Unsupported	Abaqus/Standard
*FLUID PIPE THERMAL	Define the method to solve for the convective heat transfer solution in the thermal fluid pipe elements.	Unsupported	Abaqus/Standard
*FLUID PIPE WALL	Specify wall geometry for thermal fluid pipe elements.	Unsupported	Abaqus/Standard
*FOUNDATION	Prescribe element foundations.	Interaction module	Abaqus/Standard
*FRACTURE CRITERION	Specify crack propagation criteria.	Property module and Interaction module	Abaqus/StandardAbaqus/Explicit
*FRAME SECTION	Specify a frame section.	Unsupported	Abaqus/Standard
*FREQUENCY	Extract natural frequencies and modal vectors.	Step module	Abaqus/Standard
*FRICTION	Specify a friction model.	Interaction module	Abaqus/StandardAbaqus/Explicit
*GAP	Specify clearance and local geometry for GAP-type elements.	Unsupported; similar functionality is available by modeling connectors.	Abaqus/Standard
*GAP CONDUCTANCE	Introduce heat conductance between interface surfaces.	Interaction module	Abaqus/StandardAbaqus/Explicit
*GAP CONVECTION	Define Nusselt number for gap convection.	Unsupported	Abaqus/Standard
*GAP DIFFUSIVITY	Specify ion or species diffusion contact properties.	Unsupported	Abaqus/Standard
*GAP ELECTRICAL CONDUCTANCE	Specify electrical conductance between surfaces.	Unsupported	Abaqus/Standard
*GAP FLOW	Define constitutive parameters for tangential flow in pore pressure cohesive elements and enriched elements.	Property module	Abaqus/Standard
*GAP HEAT GENERATION	Introduce heat generation due to energy dissipation at the interface.	Interaction module	Abaqus/StandardAbaqus/Explicit
*GAP RADIATION	Introduce heat radiation between surfaces.	Interaction module	Abaqus/StandardAbaqus/Explicit
*GAS SPECIFIC HEAT	Define reacted product's specific heat for an ignition and growth equation of state.	Property module	Abaqus/Explicit
*GASKET BEHAVIOR	Begin the specification of a gasket behavior.	Property module	Abaqus/Standard
*GASKET CONTACT AREA	Specify a gasket contact area or contact width for average pressure output.	Property module	Abaqus/Standard
*GASKET ELASTICITY	Specify elastic properties for the membrane and transverse shear behaviors of a gasket.	Property module	Abaqus/Standard
*GASKET SECTION	Specify element properties for gasket elements.	Property module	Abaqus/Standard
*GASKET THICKNESS BEHAVIOR	Specify a gasket thickness-direction behavior.	Property module	Abaqus/Standard
*GEL	Define a swelling gel.	Property module	Abaqus/Standard
*GEOSTATIC	Obtain a geostatic stress field.	Step module	Abaqus/Standard
*GLOBAL DAMPING	Specify global damping.	Supported in the Step module only for substructure generation.	Abaqus/Standard
*GLOBAL RESPONSE	Specify global design response.	Unsupported	Abaqus/Standard
*HEADING	Print a heading on the output.	Job module	Abaqus/StandardAbaqus/Explicit
*HEAT GENERATION	Include volumetric heat generation in heat transfer analyses.	Property module	Abaqus/StandardAbaqus/Explicit
*HEAT TRANSFER	Transient or steady-state uncoupled heat transfer analysis.	Step module	Abaqus/Standard
*HEATCAP	Specify a point capacitance.	Property module and Interaction module.	Abaqus/StandardAbaqus/Explicit
*HOURGLASS STIFFNESS	Specify nondefault hourglass stiffness.	Mesh module	Abaqus/Standard
*HYPERELASTIC	Specify elastic properties for approximately incompressible elastomers.	Property module	Abaqus/StandardAbaqus/Explicit
*HYPERFOAM	Specify elastic properties for a hyperelastic foam.	Property module	Abaqus/StandardAbaqus/Explicit
*HYPOELASTIC	Specify hypoelastic material properties.	Property module	Abaqus/Standard
*HYSTERESIS	Specify a rate-dependent elastomer model.	Property module	Abaqus/Standard
*IMPEDANCE	Define impedances for acoustic analysis.	Unsupported	Abaqus/StandardAbaqus/Explicit
*IMPEDANCE PROPERTY	Define the impedance parameters for an acoustic medium boundary.	Interaction module	Abaqus/StandardAbaqus/Explicit
*IMPERFECTION	Introduce geometric imperfections for postbuckling analysis.	Interaction module	Abaqus/StandardAbaqus/Explicit
*IMPORT	Import information from a previous Abaqus/Explicit or Abaqus/Standard analysis.	Supported for use in conjunction with part instances; importing selected part instances stored in an output database is supported using the File menu and importing the initial state of part instances is supported in the Load module.	Abaqus/StandardAbaqus/Explicit
*IMPORT CONTROLS	Specify the full-model input format, the tie constraint formation configuration, and the tolerance for error checking on shell normals.	Unsupported	Abaqus/StandardAbaqus/Explicit
*IMPORT ELSET	Import element set definitions from a previous Abaqus/Explicit or Abaqus/Standard analysis.	Unsupported	Abaqus/StandardAbaqus/Explicit
*IMPORT NSET	Import node set definitions from a previous Abaqus/Explicit or Abaqus/Standard analysis.	Unsupported	Abaqus/StandardAbaqus/Explicit
*IMPORT SURFACE	Import surface definitions from a previous Abaqus/Explicit or Abaqus/Standard analysis.	Unsupported	Abaqus/StandardAbaqus/Explicit
*INCIDENT WAVE	Define incident wave loading for a blast or scattering load on a boundary.	Unsupported; this option has been superseded by incident wave interactions.	Abaqus/StandardAbaqus/Explicit
*INCIDENT WAVE FLUID PROPERTY	Define the fluid properties associated with an incident wave.	Unsupported; this option has been superseded by incident wave interaction properties.	Abaqus/StandardAbaqus/Explicit
*INCIDENT WAVE INTERACTION	Define incident wave loading for a blast or scattering load on a surface.	Interaction module	Abaqus/StandardAbaqus/Explicit
*INCIDENT WAVE INTERACTION PROPERTY	Define the geometric data and fluid properties describing an incident wave.	Interaction module	Abaqus/StandardAbaqus/Explicit
*INCIDENT WAVE PROPERTY	Define the geometric data describing an incident wave.	Unsupported; this option has been superseded by incident wave interaction properties.	Abaqus/StandardAbaqus/Explicit
*INCIDENT WAVE REFLECTION	Define the reflection load on a surface caused by incident wave fields.	Unsupported	Abaqus/StandardAbaqus/Explicit
*INCLUDE	Reference an external file containing Abaqus input data.	Several input data options in Abaqus/CAE provide the capability to reference external files; for example, the material editor can read material properties from an ASCII file.	Abaqus/StandardAbaqus/Explicit
*INCREMENTATION OUTPUT	Define output database requests for time incrementation data.	Step module	Abaqus/StandardAbaqus/Explicit
*INELASTIC HEAT FRACTION	Define the fraction of the rate of inelastic dissipation that appears as a heat source.	Property module	Abaqus/StandardAbaqus/Explicit
*INERTIA RELIEF	Apply inertia-based load balancing.	Load module	Abaqus/Standard
*INITIAL CONDITIONS	Specify initial conditions for the model.	Load module	Abaqus/StandardAbaqus/ExplicitAbaqus/Aqua
*INSTANCE	Begin an instance definition.	Assembly module for part instances not imported from a previous analysis; Load module for part instances imported from a previous analysis	Abaqus/StandardAbaqus/Explicit
*INTEGRATED OUTPUT	Specify variables integrated over a surface to be written to the output database.	Step module	Abaqus/StandardAbaqus/Explicit
*INTEGRATED OUTPUT SECTION	Define an integrated output section over a surface with a local coordinate system and a reference point.	Step module	Abaqus/StandardAbaqus/Explicit
*INTERFACE	Define properties for contact elements.	Property module; supported for two-dimensional, three-dimensional, and axisymmetric acoustic interface elements. Contact elements are not supported.	Abaqus/Standard
*INTERFACE REACTION	Introduce an interface reaction between surfaces.	Unsupported	Abaqus/Standard
*INTERNAL FLUX GENERATION	This option is used to define user-defined internal source terms at the material integration point across multiple physics fields.	Unsupported	Abaqus/Standard
*ISOTROPIZATION PARAMETERS	Define isotropization parameters for a multiscale material.	Unsupported	Abaqus/Standard
*ITS	Define properties for ITS elements.	Unsupported; similar functionality (with the exception of friction) is available by modeling connectors.	Abaqus/Standard
*JOINT	Define properties for JOINTC elements.	Unsupported; similar functionality is available by modeling connectors.	Abaqus/Standard
*JOINT ELASTICITY	Specify elastic properties for elastic-plastic joint elements.	Unsupported	Abaqus/Standard
*JOINT PLASTICITY	Specify plastic properties for elastic-plastic joint elements.	Unsupported	Abaqus/Standard
*JOINTED MATERIAL	Specify the jointed material model.	Unsupported	Abaqus/Standard
*JOULE HEAT FRACTION	Define the fraction of electric energy released as heat.	Property module	Abaqus/Standard
*KAPPA	Specify the material parameters for mass diffusion driven by gradients of temperature and equivalent pressure stress.	Property module	Abaqus/Standard
*KINEMATIC	Define a kinematic coupling constraint.	Interaction module	Abaqus/StandardAbaqus/Explicit
*KINEMATIC COUPLING	Constrain all or specific degrees of freedom of a set of nodes to the rigid body motion of a reference node.	Unsupported; this option has been superseded by coupling constraints used in conjunction with the kinematic option.	Abaqus/Standard
*LATENT HEAT	Specify latent heats.	Property module	Abaqus/StandardAbaqus/Explicit
*LOAD CASE	Begin a load case definition for multiple load case analysis.	Load module	Abaqus/Standard
*LOADING DATA	Provide loading data for uniaxial behavior models in connectors or provide data from a uniaxial or a shear loading test for fabric materials.	Unsupported	Abaqus/Explicit
*LOW DENSITY FOAM	Specify properties for a low-density foam.	Property module	Abaqus/StandardAbaqus/Explicit
*M1	Define the first bending moment behavior of beams.	Unsupported	Abaqus/StandardAbaqus/Explicit
*M2	Define the second bending moment behavior of beams.	Unsupported	Abaqus/StandardAbaqus/Explicit
*MAGNETIC PERMEABILITY	Specify magnetic permeability.	Property module	Abaqus/Standard
*MAGNETOSTATIC	Magnetostatic analysis.	Unsupported	Abaqus/Standard
*MANIFEST	Specify the input files to execute in an evolution analysis.	Unsupported	Abaqus/Standard
*MAP SOLUTION	Map a solution from an old mesh to a new mesh.	Unsupported	Abaqus/Standard
*MASS	Specify a point mass.	Property module and Interaction module.	Abaqus/StandardAbaqus/Explicit
*MASS ADJUST	Adjust and/or redistribute the mass of an element set.	Unsupported	Abaqus/Explicit
*MASS DIFFUSION	Transient or steady-state uncoupled mass diffusion analysis.	Step module	Abaqus/Standard
*MASS FLOW RATE	Specify fluid mass flow rate in a heat transfer analysis.	Unsupported	Abaqus/Standard
*MATERIAL	Begin the definition of a material.	Property module	Abaqus/StandardAbaqus/Explicit
*MATRIX	Read in the stiffness or mass matrix for a linear user element.	Unsupported	Abaqus/Standard
*MATRIX ASSEMBLE	Define stiffness, mass, or damping matrices for a part of the model.	Unsupported	Abaqus/Standard
*MATRIX CHECK	Check the quality of the generated stiffness and mass matrices.	Unsupported	Abaqus/Standard
*MATRIX EXPORT	Write generated matrices to files in specific formats for selected workflows.	Unsupported	Abaqus/Standard
*MATRIX GENERATE	Generate global or element matrices.	Unsupported	Abaqus/Standard
*MATRIX INPUT	Read in a matrix for a part of the model.	Unsupported	Abaqus/Standard
*MATRIX OUTPUT	Output generated matrices in various forms.	Unsupported	Abaqus/Standard
*MEAN FIELD DAMAGE	Define the impact of microlevel damage on the behavior of the composite material at the macro level.	Unsupported	Abaqus/StandardAbaqus/Explicit
*MEAN FIELD HOMOGENIZATION	Begin the definition of a multiscale material modeled with mean-field homogenization.	Unsupported	Abaqus/StandardAbaqus/Explicit
*MEDIA TRANSPORT	Activate or deactivate a periodic media.	Unsupported	Abaqus/Explicit
*MEMBRANE SECTION	Specify section properties for membrane elements.	Property module	Abaqus/StandardAbaqus/Explicit
*MODAL DAMPING	Specify damping for modal dynamic analysis.	Step module	Abaqus/Standard
*MODAL DYNAMIC	Dynamic time history analysis using modal superposition.	Step module	Abaqus/Standard
*MODAL FILE	Write generalized coordinate (modal amplitude) data or eigendata to the results file during a mode-based dynamic or eigenvalue extraction procedure.	Unsupported; Abaqus/CAE reads output from the output database file only.	Abaqus/Standard
*MODAL OUTPUT	Write generalized coordinate (modal amplitude) data to the output database during a mode-based dynamic or complex eigenvalue extraction procedure.	Step module	Abaqus/Standard
*MODAL PRINT	Print generalized coordinate (modal amplitude) data during a mode-based dynamic procedure.	Unsupported	Abaqus/Standard
*MODEL CHANGE	Remove or reactivate elements and contact pairs.	Interaction module	Abaqus/Standard
*MOHR COULOMB	Specify the Mohr-Coulomb plasticity model.	Property module	Abaqus/StandardAbaqus/Explicit
*MOHR COULOMB HARDENING	Specify hardening for the Mohr-Coulomb plasticity model.	Property module	Abaqus/StandardAbaqus/Explicit
*MOISTURE SWELLING	Define moisture-driven swelling.	Property module	Abaqus/Standard
*MOLECULAR WEIGHT	Define the molecular weight of an ideal gas species.	Interaction module	Abaqus/StandardAbaqus/Explicit
*MONITOR	Define a degree of freedom to monitor.	Step module	Abaqus/StandardAbaqus/Explicit
*MOTION	Specify motions as a predefined field.	Unsupported	Abaqus/Standard
*MPC	Define multi-point constraints.	Interaction module	Abaqus/StandardAbaqus/Explicit
*MULLINS EFFECT	Specify Mullins effect material parameters for elastomers.	Property module	Abaqus/StandardAbaqus/Explicit
*MULTIPHYSICS LOAD	Specify a Butler-Volmer surface load to model solid electrodes.	Unsupported	Abaqus/Standard
*NCOPY	Create nodes by copying.	Not applicable; copying portions of sketches and instancing of parts serve similar purposes.	Abaqus/StandardAbaqus/Explicit
*NETWORK STIFFNESS RATIO	Specify stiffness ratios for viscoelastic networks.	Unsupported	Abaqus/StandardAbaqus/Explicit
*NFILL	Fill in nodes in a region.	Not applicable; nodes are generated when you mesh the model.	Abaqus/StandardAbaqus/Explicit
*NGEN	Generate incremental nodes.	Not applicable; nodes are generated when you mesh the model.	Abaqus/StandardAbaqus/Explicit
*NMAP	Map nodes from one coordinate system to another and rotate, translate, or scale the nodal coordinates.	Unsupported; meshing techniques in the Mesh module are usually preferable.	Abaqus/StandardAbaqus/Explicit
*NO COMPRESSION	Introduce a compressive failure theory (tension only materials).	Property module	Abaqus/StandardAbaqus/Explicit
*NO TENSION	Introduce a tension failure theory (compression only material).	Property module	Abaqus/StandardAbaqus/Explicit
*NODAL ENERGY RATE	Define critical energy release rates at nodes.	Unsupported	Abaqus/StandardAbaqus/Explicit
*NODAL THICKNESS	Define shell or membrane thickness at nodes.	Property module	Abaqus/StandardAbaqus/Explicit
*NODE	Specify nodal coordinates.	Mesh module	Abaqus/StandardAbaqus/Explicit
*NODE FILE	Define results file requests for nodal data.	Unsupported; Abaqus/CAE reads output from the output database file only.	Abaqus/StandardAbaqus/Explicit
*NODE OUTPUT	Define output database requests for nodal data.	Step module	Abaqus/StandardAbaqus/Explicit
*NODE PRINT	Define print requests for nodal variables.	Unsupported	Abaqus/Standard
*NODE RESPONSE	Define nodal responses for design sensitivity analysis.	Unsupported	Abaqus/Design
*NONLINEAR BH	Specify nonlinear magnetic behavior of a soft magnetic material.	Property module	Abaqus/Standard
*NONSTRUCTURAL MASS	Specify mass contribution to the model from nonstructural features.	Property module and Interaction module.	Abaqus/StandardAbaqus/Explicit
*NORMAL	Specify a particular normal direction.	Unsupported	Abaqus/StandardAbaqus/Explicit
*NSET	Assign nodes to a node set.	Set toolset	Abaqus/StandardAbaqus/Explicit
*ONE-STEP INVERSE	Perform a one-step inverse analysis of a sheet metal part.	Unsupported	Abaqus/Standard
*OPERATOR OUTPUT	Write operator output to a SIM document.	Unsupported	Abaqus/Standard
*ORIENTATION	Define a local axis system for material or element property definition, for kinematic coupling constraints, for free directions for inertia relief loads, or for connectors.	Property module, Interaction module, and Load module	Abaqus/StandardAbaqus/Explicit
*ORNL	Specify constitutive model developed by Oak Ridge National Laboratory.	Property module	Abaqus/Standard
*OUTPUT	Define output requests to the output database.	Step module	Abaqus/StandardAbaqus/Explicit
*PAPERBOARD HARDENING	Specify the hardening data of the in-plane paperboard plasticity model.	Unsupported	Abaqus/StandardAbaqus/Explicit
*PAPERBOARD PLASTICITY	Specify the in-plane paperboard plasticity model.	Unsupported	Abaqus/StandardAbaqus/Explicit
*PAPERBOARD THICKNESS COMPRESSION ELASTIC	Define the out-of-plane compression elasticity for the paperboard model.	Unsupported	Abaqus/StandardAbaqus/Explicit
*PAPERBOARD THICKNESS COMPRESSION PLASTICITY	Define the out-of-plane compression yield surface for the paperboard model.	Unsupported	Abaqus/StandardAbaqus/Explicit
*PAPERBOARD TRANSVERSE SHEAR PLASTICITY	Define the transverse shear yield surface for the paperboard model.	Unsupported	Abaqus/StandardAbaqus/Explicit
*PARAMETER	Define parameters for input parametrization.	Unsupported	Abaqus/StandardAbaqus/Explicit
*PARAMETER DEPENDENCE	Define dependence table for tabularly dependent parameters.	Unsupported	Abaqus/StandardAbaqus/Explicit
*PARAMETER SHAPE VARIATION	Define parametric shape variations.	Unsupported	Abaqus/StandardAbaqus/Explicit
*PARAMETER TABLE	Define a parameter table.	Unsupported	Abaqus/StandardAbaqus/Explicit
*PARAMETER TABLE TYPE	Define the type of parameter table.	Unsupported	Abaqus/Standard
*PART	Begin a part definition.	Part module	Abaqus/StandardAbaqus/Explicit
*PARTICLE GENERATOR	Specify a particle generator.	Unsupported	Abaqus/Explicit
*PARTICLE GENERATOR FLOW	Specify flow speed and mass flow rate per unit inlet area for a particle species.	Unsupported	Abaqus/Explicit
*PARTICLE GENERATOR INLET	Specify a particle generator inlet surface.	Unsupported	Abaqus/Explicit
*PARTICLE GENERATOR MIXTURE	Specify particle generator species mixture.	Unsupported	Abaqus/Explicit
*PARTICLE OUTLET	Specify a particle outlet.	Unsupported	Abaqus/Explicit
*PARTICLE OUTLET FLOW	Specify nonreflecting or pressure boundary conditions.	Unsupported	Abaqus/Explicit
*PERFECTLY MATCHED LAYER	Specify perfectly matched layer properties.	Unsupported	Abaqus/Standard
*PERIODIC	Define periodic symmetry for a cavity radiation heat transfer analysis.	Interaction module	Abaqus/Standard
*PERIODIC MEDIA	Specify a periodic media.	Unsupported	Abaqus/Explicit
*PERMANENT MAGNETIZATION	Specify permanent magnetization.	Unsupported	Abaqus/Standard
*PERMEABILITY	Define permeability for pore fluid flow.	Property module	Abaqus/Standard
*PHYSICAL CONSTANTS	Specify physical constants.	Model attribute	Abaqus/StandardAbaqus/Explicit
*PIEZOELECTRIC	Specify piezoelectric material properties.	Property module	Abaqus/Standard
*PIEZOELECTRIC DAMPING	Specify piezoelectric material damping for a piezoelectric material.	Unsupported	Abaqus/Standard
*PIEZORESISTIVITY	Specify piezoresistivity coefficients.	Unsupported	Abaqus/Standard
*PIPE-SOIL INTERACTION	Specify element properties for pipe-soil interaction elements.	Unsupported	Abaqus/Standard
*PIPE-SOIL STIFFNESS	Define constitutive behavior for pipe-soil interaction elements.	Unsupported	Abaqus/Standard
*PLANAR TEST DATA	Used to provide planar test (or pure shear) data (compression and/or tension).	Property module	Abaqus/StandardAbaqus/Explicit
*PLASTIC	Specify a metal plasticity model.	Property module	Abaqus/StandardAbaqus/Explicit
*PLASTIC AXIAL	Define plastic axial force for frame elements.	Unsupported	Abaqus/Standard
*PLASTIC M1	Define the first plastic bending moment behavior for frame elements.	Unsupported	Abaqus/Standard
*PLASTIC M2	Define the second plastic bending moment behavior for frame elements.	Unsupported	Abaqus/Standard
*PLASTIC TORQUE	Define the plastic torsional moment behavior for frame elements.	Unsupported	Abaqus/Standard
*PLASTICITY CORRECTION	Specify the plastic response used to compute Neuber and Glinka plasticity corrections.	Property module	Abaqus/Standard
*PLY FABRIC FAILURE	Defines the conditions that trigger material failure for the ply fabric damage model for bidirectional fabric-reinforced composites.	Unsupported	Abaqus/Explicit
*PLY FABRIC HARDENING	Specify hardening for the in-plane shear plasticity response of bidirectional fabric-reinforced composite materials.	Unsupported	Abaqus/Explicit
*PML COEFFICIENT	Specify perfectly matched layer coefficients.	Unsupported	Abaqus/Standard
*PORE FLUID PRESSURE	Specify a known pore fluid pressure field in a static or in an explicit dynamic stress analysis.	Unsupported	Abaqus/StandardAbaqus/Explicit
*POROUS BULK MODULI	Define bulk moduli for soils and rocks.	Property module	Abaqus/StandardAbaqus/Explicit
*POROUS ELASTIC	Specify elastic material properties for porous materials.	Property module	Abaqus/Standard
*POROUS ELECTRODE THEORY	Activate use of the electrochemistry framework to model a porous electrode.	Unsupported	Abaqus/Standard
*POROUS FAILURE CRITERIA	Define porous material failure criteria for a *POROUS METAL PLASTICITY model.	Property module	Abaqus/Explicit
*POROUS METAL PLASTICITY	Specify a porous metal plasticity model.	Property module	Abaqus/StandardAbaqus/Explicit
*POST OUTPUT	Postprocess for output from the restart file.	Unsupported	Abaqus/Standard
*POTENTIAL	Define the stress potential of a yield/creep model.	Property module	Abaqus/StandardAbaqus/Explicit
*PREPRINT	Select printout for the analysis input file processor.	Job module	Abaqus/StandardAbaqus/Explicit
*PRESSURE PENETRATION	Specify pressure penetration loads with surface-based contact.	Interaction module	Abaqus/Standard
*PRESSURE STRESS	Specify equivalent pressure stress as a predefined field for a mass diffusion analysis.	Unsupported	Abaqus/Standard
*PRESTRESS HOLD	Keep rebar prestress constant during initial equilibrium solution.	Unsupported	Abaqus/Standard
*PRE-TENSION SECTION	Associate a pre-tension node with a pre-tension section.	Load module	Abaqus/Standard
*PRINT	Request or suppress output to the message file in an Abaqus/Standard analysis or to the status file in an Abaqus/Explicit analysis.	Step module	Abaqus/StandardAbaqus/Explicit
*PROBABILITY DENSITY FUNCTION	Specify a probability density function.	Unsupported	Abaqus/Explicit
*PROPERTY TABLE	Define a property table.	Unsupported	Abaqus/StandardAbaqus/Explicit
*PROPERTY TABLE TYPE	Define the type of property table.	Unsupported	Abaqus/Standard
*PSD-DEFINITION	Define a cross-spectral density frequency function for random response loading.	Unsupported	Abaqus/Standard
*RADIATE	Specify radiation conditions in heat transfer analyses.	Interaction module	Abaqus/StandardAbaqus/Explicit
*RADIATION FILE	Define results file requests for cavity radiation heat transfer.	Unsupported; Abaqus/CAE reads output from the output database file only.	Abaqus/Standard
*RADIATION OUTPUT	Define output database requests for cavity radiation variables.	Step module	Abaqus/Standard
*RADIATION PRINT	Define print requests for cavity radiation heat transfer.	Unsupported	Abaqus/Standard
*RADIATION SYMMETRY	Define cavity symmetries for radiation heat transfer analysis.	Interaction module	Abaqus/Standard
*RADIATION VIEW FACTOR	Control cavity radiation and view factor calculations.	Interaction module	Abaqus/Standard
*RANDOM RESPONSE	Calculate response to random loading.	Step module	Abaqus/Standard
*RATE DEPENDENT	Define a rate-dependent viscoplastic model.	Property module	Abaqus/StandardAbaqus/Explicit
*RATIOS	Define anisotropic swelling.	Property module	Abaqus/Standard
*REACTION RATE	Define the reaction rate for an ignition and growth equation of state.	Property module	Abaqus/Explicit
*REBAR	Define rebar as an element property.	Unsupported	Abaqus/StandardAbaqus/Explicit
*REBAR LAYER	Define layers of reinforcement in membrane, shell, surface, and continuum elements.	Property module; supported only for membrane and shell elements.	Abaqus/StandardAbaqus/Explicit
*REBAR LINE	Define rebar reinforcement in beam elements.	Unsupported	Abaqus/StandardAbaqus/Explicit
*REDUCED BASIS GENERATE	Reduced basis generation analysis.	Unsupported	Abaqus/Standard
*REFLECTION	Define reflection symmetries for a cavity radiation heat transfer analysis.	Interaction module	Abaqus/Standard
*RELEASE	Release rotational degrees of freedom at one or both ends of a beam element.	Unsupported	Abaqus/Standard
*RESPONSE SPECTRUM	Calculate the response based on user-supplied response spectra.	Step module	Abaqus/Standard
*RESTART	Save and reuse data and analysis results.	Step module for saving restart data; Job module for performing a restart analysis	Abaqus/StandardAbaqus/Explicit
*RETAINED NODAL DOFS	Specify the degrees of freedom to retain as external to a substructure.	Load module	Abaqus/Standard
*RIGID BODY	Define a set of elements as a rigid body and define rigid element properties.	Part module and Interaction module	Abaqus/StandardAbaqus/Explicit
*RIGID SURFACE	Define an analytical rigid surface.	Part module	Abaqus/Standard
*ROTARY INERTIA	Define rigid body rotary inertia.	Property module and Interaction module.	Abaqus/StandardAbaqus/Explicit
*SCALE MASS	Specify scale factors and, for adjoint design sensitivity analysis, quantities that represent the derivatives of the scale factors divided by the scale factors for material mass.	Unsupported	Abaqus/Standard
*SCALE STIFFNESS	Specify scale factors and, for adjoint design sensitivity analysis, quantities that represent the derivatives of the scale factors divided by the scale factors for material stiffness.	Unsupported	Abaqus/Standard
*SCALE STRESS DESIGN	Specify scale factors and quantities that represent the derivatives of the scale factors divided by the scale factors for material stress design response.	Unsupported	Abaqus/Standard
*SCALE THERMAL CONDUCTIVITY	Specify scale factors for thermal conductivity.	Unsupported	Abaqus/Standard
*SECTION CONTROLS	Specify section controls.	Mesh module	Abaqus/StandardAbaqus/Explicit
*SECTION CURVATURE	Define the precurvatures and the pretorsion of the beam centerline for 3-DOF warping elements.	Unsupported	Abaqus/Standard
*SECTION FILE	Define results file requests of accumulated quantities on user-defined surface sections.	Unsupported	Abaqus/Standard
*SECTION INERTIA	Define inertia properties for meshed general beam sections.	Unsupported	Abaqus/StandardAbaqus/Explicit
*SECTION ORIGIN	Define a meshed cross-section origin.	Unsupported	Abaqus/Standard
*SECTION POINTS	Locate points in the beam section for which stress and strain output are required.	Property module	Abaqus/StandardAbaqus/Explicit
*SECTION PRINT	Define print requests of accumulated quantities on user-defined surface sections.	Unsupported	Abaqus/Standard
*SECTION STIFFNESS	Define stiffness properties for meshed general beam sections.	Unsupported	Abaqus/StandardAbaqus/Explicit
*SECTION TANGENT	Define the inclination of the tangent of the beam centerline with respect to the cross-section normal direction for 3-DOF warping elements.	Unsupported	Abaqus/Standard
*SELECT CYCLIC SYMMETRY MODES	Specify the cyclic symmetry modes in an eigenvalue analysis of a cyclic symmetric structure.	Interaction module	Abaqus/Standard
*SELECT EIGENMODES	Select the modes to be used in a modal dynamic, complex eigenvalue extraction, or substructure generation analysis.	Supported in the Step module only for substructure generation.	Abaqus/Standard
*SFILM	Define film coefficients and associated sink temperatures over a surface.	Interaction module	Abaqus/StandardAbaqus/Explicit
*SFLOW	Define seepage coefficients and associated sink pore pressures normal to a surface.	Unsupported	Abaqus/Standard
*SHEAR CENTER	Define the position of the shear center of a beam section.	Property module	Abaqus/StandardAbaqus/Explicit
*SHEAR FAILURE	Specify a shear failure model and criterion.	Unsupported	Abaqus/Explicit
*SHEAR RETENTION	Define the reduction of the shear modulus associated with crack surfaces in a *CONCRETE model as a function of the tensile strain across the crack.	Property module	Abaqus/Standard
*SHEAR TEST DATA	Used to provide shear test data.	Property module	Abaqus/StandardAbaqus/Explicit
*SHELL GENERAL SECTION	Define a general, arbitrary, elastic shell section.	Property module	Abaqus/StandardAbaqus/Explicit
*SHELL SECTION	Specify a shell cross-section.	Property module	Abaqus/StandardAbaqus/Explicit
*SHELL TO SOLID COUPLING	Define a surface-based coupling between a shell edge and a solid face.	Interaction module	Abaqus/StandardAbaqus/Explicit
*SIMPEDANCE	Define impedances of acoustic surfaces.	Interaction module	Abaqus/StandardAbaqus/Explicit
*SIMPLE SHEAR TEST DATA	Used to provide simple shear test data.	Property module	Abaqus/StandardAbaqus/Explicit
*SLIDE LINE	Specify slide line surfaces on which deformable structures may interact.	Unsupported; the Interaction module uses surface-based contact.	Abaqus/Standard
*SLOAD	Apply loads to a substructure.	Unsupported	Abaqus/Standard
*SOFT ROCK HARDENING	Specify hardening for the soft rock plasticity model.	Property module	Abaqus/StandardAbaqus/Explicit
*SOFT ROCK PLASTICITY	Specify the soft rock plasticity model.	Property module	Abaqus/StandardAbaqus/Explicit
*SOFTENING REGULARIZATION	Specify softening regularization for the clay plasticity model and the soft rock plasticity model.	Property module	Abaqus/StandardAbaqus/Explicit
*SOILS	Effective stress analysis for fluid-filled porous media.	Step module	Abaqus/Standard
*SOLID ELECTROLYTE THEORY	Activate use of the electrochemistry framework to model a solid electrolyte.	Unsupported	Abaqus/Standard
*SOLID SECTION	Specify element properties for solid, infinite, acoustic, particle, and truss elements.	Property module	Abaqus/StandardAbaqus/Explicit
*SOLUBILITY	Specify solubility.	Property module	Abaqus/Standard
*SOLUTION TECHNIQUE	Specify alternative solution methods.	Step module	Abaqus/Standard
*SOLVER CONTROLS	Specify controls for the iterative and direct linear solvers.	Step module	Abaqus/Standard
*SORPTION	Define absorption and exsorption behavior.	Property module	Abaqus/Standard
*SPECIFIC HEAT	Define specific heat.	Property module	Abaqus/StandardAbaqus/Explicit
*SPECTRUM	Define or create a response spectrum.	Amplitude toolset; supported only for defining a spectrum.	Abaqus/Standard
*SPH SURFACE BEHAVIOR	Define boundary surface interaction properties between SPH particles and Lagrangian surfaces.	Unsupported	Abaqus/Explicit
*SPRING	Define spring behavior.	Property module and Interaction module; supported only for linear behavior independent of fieldvariables. For nonlinear behavior or to include field variables, model connectors in the Interaction module.	Abaqus/StandardAbaqus/Explicit
*SRADIATE	Specify surface radiation conditions in heat transfer analysis.	Interaction module	Abaqus/StandardAbaqus/Explicit
*STATIC	Static stress/displacement analysis.	Step module	Abaqus/Standard
*STEADY STATE CRITERIA	Specify steady-state criteria for terminating a quasi-static unidirectional simulation.	Unsupported	Abaqus/Explicit
*STEADY STATE DETECTION	Specify steady-state requirements for terminating a quasi-static unidirectional simulation.	Unsupported	Abaqus/Explicit
*STEADY STATE DYNAMICS	Steady-state dynamic response based on harmonic excitation.	Step module	Abaqus/Standard
*STEADY STATE TRANSPORT	Steady-state transport analysis.	Unsupported	Abaqus/Standard
*STEP	Begin a step.	Step module	Abaqus/StandardAbaqus/Explicit
*STEP CONTROL	Control progress of the simulation based on the solution state.	Unsupported	Abaqus/Standard
*STEP CYCLING	Define a step or series of steps to be repeated.	Unsupported	Abaqus/Standard
*STEP CYCLING CONTROL	Specify sensor-based or contact wear-based criteria to control early termination of step cycling.	Unsupported	Abaqus/Standard
*SUBCYCLING	Define a subcycling zone.	Unsupported	Abaqus/Explicit
*SUBMODEL	Specify driven boundary nodes in submodeling analysis.	Load module and model attribute	Abaqus/StandardAbaqus/Explicit
*SUBMODEL CONDITIONS	Specify that submodel conditions are to be imposed on cut surfaces during this step.	Unsupported	Abaqus/Standard
*SUBMODEL CUT	Define a submodel cut surface.	Unsupported	Abaqus/Standard
*SUBSTRUCTURE CHANGE	Change substructure properties for the current analysis step.	Unsupported	Abaqus/Standard
*SUBSTRUCTURE DAMPING	Specify mass proportional and stiffness proportional damping for a substructure.	Unsupported	Abaqus/StandardAbaqus/AMS
*SUBSTRUCTURE DAMPING CONTROLS	Specify damping controls for a substructure property.	Unsupported	Abaqus/Standard
*SUBSTRUCTURE GENERATE	Substructure generation analysis.	Step module	Abaqus/Standard
*SUBSTRUCTURE LOAD CASE	Begin the definition of a substructure load case.	Unsupported	Abaqus/Standard
*SUBSTRUCTURE MATRIX OUTPUT	Write a substructure's recovery matrix, reduced stiffness matrix, mass matrix, load case vectors, and gravity load vectors to a file.	Unsupported	Abaqus/Standard
*SUBSTRUCTURE MODAL DAMPING	Specify damping for a substructure property.	Unsupported	Abaqus/Standard
*SUBSTRUCTURE OUTPUT	Output the solution in the substructure usage analysis.	Unsupported	Abaqus/Standard
*SUBSTRUCTURE PATH	Enter into a substructure to obtain output or return back from a previously entered substructure.	Unsupported	Abaqus/Standard
*SUBSTRUCTURE PROPERTY	Translate, rotate, and/or reflect substructures.	Unsupported	Abaqus/Standard
*SUPERELASTIC	Define the data for the superelastic model.	Property module	Abaqus/StandardAbaqus/Explicit
*SUPERELASTIC HARDENING	Specify hardening data for martensite.	Property module	Abaqus/StandardAbaqus/Explicit
*SUPERELASTIC HARDENING MODIFICATIONS	Specify the stress-strain response of superelastic materials as a function of plastic strain.	Property module	Abaqus/StandardAbaqus/Explicit
*SURFACE	Define a surface or region in a model.	Element-based surfaces are supported by the Surface toolset.Node-based surfaces are not supported; if node-based surfaces are imported into Abaqus/CAE, they are treated as sets.	Abaqus/StandardAbaqus/Explicit
*SURFACE BEHAVIOR	Define alternative pressure-overclosure relationships for contact.	Interaction module	Abaqus/StandardAbaqus/Explicit
*SURFACE FLAW	Define geometry of surface flaws.	Unsupported	Abaqus/Standard
*SURFACE INTERACTION	Define surface interaction properties.	Interaction module	Abaqus/StandardAbaqus/Explicit
*SURFACE PROPERTY	Define named surface properties for cavity radiation or contact-based wear.	Interaction module	Abaqus/StandardAbaqus/Explicit
*SURFACE PROPERTY ASSIGNMENT	Assign surface properties to a surface for the general contact algorithm.	Interaction module	Abaqus/StandardAbaqus/Explicit
*SURFACE SECTION	Specify section properties for surface elements.	Property module	Abaqus/StandardAbaqus/ExplicitAbaqus/Aqua
*SURFACE SMOOTHING	Define surface smoothing methods.	Interaction module	Abaqus/Standard
*SURFACE TENSION	Define the surface tension of an element-based surface.	Unsupported	Abaqus/Explicit
*SURFACE TENSION CONTACT ANGLE	Specify the surface tension contact angle property for a given contact interaction.	Unsupported	Abaqus/Explicit
*SWELLING	Specify time-dependent volumetric swelling.	Property module	Abaqus/Standard
*SYMMETRIC MODEL GENERATION	Create a three-dimensional model from an axisymmetric or partial three-dimensional model.	Unsupported	Abaqus/Standard
*SYMMETRIC RESULTS TRANSFER	Import results from an axisymmetric or partial three-dimensional analysis.	Unsupported	Abaqus/Standard
*SYSTEM	Specify a local coordinate system in which to define nodes.	Not applicable; instancing a part in the Assembly module creates a local coordinate system.	Abaqus/StandardAbaqus/Explicit
*TABLE COLLECTION	Define a table collection.	Unsupported	Abaqus/StandardAbaqus/Explicit
*TEMPERATURE	Specify temperature as a predefined field.	Load module	Abaqus/StandardAbaqus/Explicit
*TENSILE FAILURE	Specify a tensile failure model and criterion.	Property module	Abaqus/Explicit
*TENSION CUTOFF	Specify tension cutoff data for the Mohr-Coulomb plasticity model.	Property module	Abaqus/StandardAbaqus/Explicit
*TENSION STIFFENING	Define the retained tensile stress normal to a crack in a *CONCRETE model.	Property module	Abaqus/Standard
*THERMAL EXPANSION	Define the thermal expansion behavior of beams.	Unsupported	Abaqus/StandardAbaqus/Explicit
*TIE	Define surface-based tie and cyclic symmetry constraints orcoupled acoustic-structural interactions.	Interaction module	Abaqus/StandardAbaqus/Explicit
*TIME POINTS	Specify time points at which data are written to the output database file, or specify time points in the loading history at which the response of a structure will be evaluated in a direct cyclic analysis.	Step module	Abaqus/StandardAbaqus/Explicit
*TORQUE	Define the torsional behavior of beams.	Unsupported	Abaqus/StandardAbaqus/Explicit
*TORQUE PRINT	Print a summary of the total torque that can be transmitted across axisymmetric slide lines.	Unsupported	Abaqus/Standard
*TRACER PARTICLE	Define tracer particles for tracking the location of and results at material points during a step.	Unsupported	Abaqus/Explicit
*TRANSFORM	Specify a local coordinate system at nodes.	Define nodal coordinate systems for prescribed conditions in the Load module.	Abaqus/StandardAbaqus/Explicit
*TRANSPORT VELOCITY	Specify angular transport velocity.	Unsupported	Abaqus/Standard
*TRANSVERSE SHEAR	Specify the transverse shear moduli for computing the transverse shear stiffness of shells and beams.	Unsupported	Abaqus/StandardAbaqus/Explicit
*TRANSVERSE SHEAR STIFFNESS	Define transverse shear stiffness for beams and shells.	Property module	Abaqus/StandardAbaqus/Explicit
*TRIAXIAL TEST DATA	Provide triaxial test data.	Property module	Abaqus/StandardAbaqus/Explicit
*TRS	Used to define temperature-time shift for time history viscoelastic analysis.	Property module	Abaqus/StandardAbaqus/Explicit
*UEL PROPERTY	Define property values to be used with a user element type.	Actuator/sensor interaction properties can be defined in the Interaction module.	Abaqus/StandardAbaqus/Explicit
*UNDEX CHARGE PROPERTY	Define an UNDEX charge for incident waves.	Interaction module	Abaqus/StandardAbaqus/Explicit
*UNIAXIAL	Characterize fabric materials through loading and unloading test data.	Unsupported	Abaqus/Explicit
*UNIAXIAL TEST DATA	Used to provide uniaxial test data (compression and/or tension).	Property module	Abaqus/StandardAbaqus/Explicit
*UNIFORM	Define a uniform coupling constraint.	Unsupported	Abaqus/StandardAbaqus/Explicit
*UNIT SYSTEM	Define a unit system for an Abaqus model for translation to other solvers.	Unsupported	Abaqus/StandardAbaqus/Explicit
*UNLOADING DATA	Provide unloading data for uniaxial behavior models in connectors or unloading data from uniaxial and shear tests for fabrics.	Unsupported	Abaqus/Explicit
*USER DEFINED FIELD	Redefine field variables at a material point.	Property module	Abaqus/StandardAbaqus/Explicit
*USER ELEMENT	Introduce a user-defined element type.	Actuator/sensor interactions can be defined in the Interaction module.	Abaqus/StandardAbaqus/Explicit
*USER MATERIAL	Define material constants for use in subroutine UMAT, UMATHT, VUMAT, or VUMATHT.	Property module	Abaqus/StandardAbaqus/Explicit
*USER OUTPUT VARIABLES	Specify number of user variables.	Property module	Abaqus/Standard
*VARIABLE MASS SCALING	Specify mass scaling during the step.	Step module	Abaqus/Explicit
*VIEW FACTOR OUTPUT	Write radiation view factors to the results file in cavity radiation heat transfer analysis.	Unsupported	Abaqus/Standard
*VISCO	Transient, static, stress/displacement analysis with time-dependent material response (creep, swelling, and viscoelasticity).	Step module	Abaqus/Standard
*VISCOELASTIC	Specify dissipative behavior for use with elasticity.	Property module	Abaqus/StandardAbaqus/Explicit
*VISCOSITY	Specify material shear viscosity.	Property module	Abaqus/StandardAbaqus/Explicit
*VISCOUS	Specify viscous material properties for the two-layer viscoplastic model.	Property module	Abaqus/Standard
*VOID NUCLEATION	Define the nucleation of voids in a porous material.	Property module	Abaqus/StandardAbaqus/Explicit
*VOLUMETRIC TEST DATA	Provide volumetric test data.	Property module	Abaqus/StandardAbaqus/Explicit
*WAVE	Define gravity waves for use in immersed structure calculations.	Unsupported	Abaqus/Aqua
*WEAR SURFACE PROPERTIES	Specify wear properties to activate wear distance accumulation at contact surface nodes.	Unsupported	Abaqus/StandardAbaqus/Explicit
*WIND	Define wind velocity profile for wind loading.	Unsupported	Abaqus/Aqua

Keyword support from the input file reader¶

To see keywords beginning with a particular letter of the alphabet, click that letter in the table below.

A

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

T

U

V

W

X

Y

Z

• *ACOUSTIC CONTRIBUTION
Not supported
• *ACOUSTIC FLOW VELOCITY
Not supported
• *ACOUSTIC MEDIUM
BULK MODULUS, DEPENDENCIES, VOLUMETRIC DRAG
• *ACOUSTIC WAVE FORMULATION
TYPE
• *ACTIVATE ELEMENTS
Not supported
• *ADAPTIVE MESH
CONTROLS, ELSET, FREQUENCY, INITIAL MESH SWEEPS, MESH SWEEPS, OP
• *ADAPTIVE MESH CONSTRAINT
AMPLITUDE, CONSTRAINT TYPE, OP, TYPE, USER
• *ADAPTIVE MESH CONTROLS
ADVECTION, CURVATURE REFINEMENT, GEOMETRIC ENHANCEMENT, INITIAL FEATUREANGLE, MESH CONSTRAINT ANGLE, MESHING PREDICTOR, MOMENTUM ADVECTION, NAME,RESET, SMOOTHING OBJECTIVE, TRANSITION FEATURE ANGLE
• *ADAPTIVE MESH REFINEMENT
Not supported
*ADJUST
NODE SET, SURFACE
• *ALLOWABLE STRESS
Not supported
• *AMPLITUDE
BEGIN, DEFINITION (All values except BUBBLE), FIXED INTERVAL, NAME, SMOOTH, TIME, VARIABLES
• *ANISOTROPIC HYPERELASTIC
DEPENDENCIES, FORMULATION, LOCAL DIRECTIONS, MODULI, PROPERTIES, TYPE
*ANNEAL
TEMPERATURE
• *ANNEAL TEMPERATURE

Not supported

• *AQUA

Not supported

*ASSEMBLY

NAME

• *ASYMMETRIC-AXISYMMETRIC

Not supported

*AXIAL

Not supported

*BASE MOTION

Not supported

*BASELINE CORRECTION

(No parameters)

*BEAM ADDED INERTIA

Not supported

*BEAM FLUID INERTIA

FULL, HALF

*BEAM GENERAL SECTION

DENSITY, DEPENDENCIES, ELSET, LUMPED, MATERIAL, POISSON, SECTION (All values except MESHED, NONLINEAR GENERAL), TAPER, ZERO

*BEAM SECTION

ELSET, MATERIAL, POISSON, SECTION (All values except ELBOW), TEMPERATURE

*BEAM SECTION GENERATE

Not supported

*BEAM SECTION OFFSET

(No parameters)

*BIAXIAL TEST DATA

DEPENDENCIES, SMOOTH

*BLOCKAGE

Not supported

*BOUNDARY

AMPLITUDE, FIXED, IMAGINARY, INC, LOAD CASE, OP, REAL, SCALE, STEP, SUBMODEL, TIMESCALE, TYPE

*BRITTLE CRACKING

DEPENDENCIES, TYPE

*BRITTLE FAILURE

CRACKS, DEPENDENCIES

*BRITTLE SHEAR

DEPENDENCIES, TYPE

*BUCKLE

EIGENSOLVER

*BUCKLING ENVELOPE

Not supported

*BUCKLING LENGTH

Not supported

*BUCKLING REDUCTION FACTORS

Not supported

• *BULK VISCOSITY

(No parameters)

• *C ADDED MASS

Not supported

• *CAP CREEP

DEPENDENCIES, LAW, MECHANISM, TIME

• *CAP HARDENING

DEPENDENCIES

• *CAP PLASTICITY

DEPENDENCIES

• *CAPACITY

DEPENDENCIES, TYPE

• *CAST IRON COMPRESSION HARDENING

DEPENDENCIES

• *CAST IRON PLASTICITY

DEPENDENCIES

• *CAST IRON TENSION HARDENING

DEPENDENCIES

• *CAVITY DEFINITION

AMBIENT TEMP, NAME, SET PROPERTY

• *CECHARGE

AMPLITUDE, IMAGINARY, OP, REAL

• *CECURRENT

AMPLITUDE, OP

*CENTROID

(No parameters)

*CFILM

AMPLITUDE, FILM AMPLITUDE, OP, REGION TYPE, USER

• *CFLOW
Not supported
*CFLUX
AMPLITUDE, OP
• *CHANGE FRICTION
INTERACTION, RESET
• *CHARACTERISTIC LENGTH
Not supported
• *CLAY HARDENING
DEPENDENCIES, TYPE
• *CLAY PLASTICITY
DEPENDENCIES, HARDENING, INTERCEPT
*CLEARANCE
BOLT, CPSET, HANDEDNESS, MAIN, NORMAL ADJUSTMENT, SECONDARY, TABULAR, VALUE
• *CLOAD
AMPLITUDE, CYCLIC MODE, FOLLOWER, IMAGINARY, LOAD CASE, OP, REAL
• *CLUSTER MASS INERTIA TABLE
Not supported
*COHESIVE BEHAVIOR
DEPENDENCIES, ELIGIBILITY, REPEATED CONTACTS, TYPE
• *COHESIVE SECTION
CONTROLS, ELSET, MATERIAL, ORIENTATION, RESPONSE, THICKNESS
• *COMBINATORIAL RULE
Not supported
• *COMBINED TEST DATA
SHRINF, VOLINF
• *COMPLEX FREQUENCY
FRICTION DAMPING, PROPERTY EVALUATION
• *COMPOSITE MODAL DAMPING
Not supported
• *CONCENTRATION TENSOR
Not supported
*CONCRETE
DEPENDENCIES
• *CONCRETE COMPRESSION DAMAGE
DEPENDENCIES, TENSION RECOVERY
• *CONCRETE COMPRESSION HARDENING

DEPENDENCIES¶

• *CONCRETE DAMAGED PLASTICITY DEPENDENCIES

• *CONCRETE FAILURE Not supported

• *CONCRETE TENSION DAMAGE COMPRESSION RECOVERY, DEPENDENCIES

• *CONCRETE TENSION STIFFENING DEPENDENCIES, TYPE

• *CONDUCTIVITY DEPENDENCIES, TYPE

• *CONNECTOR BEHAVIOR EXTRAPOLATION, INTEGRATION, NAME, REGULARIZE, RTOL

• *CONNECTOR CONSTITUTIVE REFERENCE (No parameters)

• *CONNECTOR DAMAGE EVOLUTION AFFECTED COMPONENTS, DEGRADATION, DEPENDENCIES, EXTRAPOLATION, REGULARIZE, RTOL, SOFTENING, TYPE

• *CONNECTOR DAMAGE INITIATION COMPONENT, CRITERION, DEPENDENCIES, EXTRAPOLATION, RATE FILTER FACTOR, RATE INTERPOLATION, REGULARIZE, RTOL

• *CONNECTOR DAMPING COMPONENT, DEPENDENCIES, EXTRAPOLATION, INDEPENDENT COMPONENTS, NONLINEAR, REGULARIZE, RTOL, TYPE

• *CONNECTOR DERIVED COMPONENTDEPENDENCIES, EXTRAPOLATION, INDEPENDENT COMPONENTS, NAME, OPERATOR,REGULARIZE, RTOL, SIGN

• *CONNECTOR ELASTICITY COMPONENT, DEPENDENCIES, EXTRAPOLATION, INDEPENDENT COMPONENTS, NONLINEAR, REGULARIZE, RIGID, RTOL

• *CONNECTOR FAILURECOMPONENT, RELEASE

• *CONNECTOR FRICTION COMPONENT, CONTACT FORCE, DEPENDENCIES, EXTRAPOLATION, INDEPENDENT COMPONENTS, PREDEFINED, REGULARIZE, RTOL, STICK STIFFNESS

• *CONNECTOR HARDENING DEFINITION, DEPENDENCIES, EXTRAPOLATION, RATE FILTER FACTOR, RATE INTERPOLATION, REGULARIZE, RTOL, TYPE

• *CONNECTOR LOAD AMPLITUDE, IMAGINARY, LOAD CASE, OP, REAL

• *CONNECTOR LOCK COMPONENT, EXTRAPOLATION, LOCK, REGULARIZE, RTOL
• *CONNECTOR MOTION AMPLITUDE, FIXED, IMAGINARY, LOAD CASE, OP, REAL, TYPE, USER
• *CONNECTOR PLASTICITYCOMPONENT
• *CONNECTOR POTENTIALEXPONENT, OPERATOR
• *CONNECTOR SECTION BEHAVIOR, ELSET
• *CONNECTOR STOPCOMPONENT
• *CONNECTOR UNIAXIAL BEHAVIOR Not supported
• *CONSTITUENT Not supported
• *CONSTRAINT CONTROLS Not supported
*CONTACT OP
• *CONTACT CLEARANCE Not supported
• *CONTACT CLEARANCE ASSIGNMENT Not supported
• *CONTACT CONTROLS ABSOLUTE PENETRATION TOLERANCE, CPSET, FASTLOCALTRK, GLOBTRKINC, MAIN, RELATIVE PENETRATION TOLERANCE, RESET, SCALE PENALTY, SECONDARY, STABILIZE, STIFFNESS SCALE FACTOR, TANGENT FRACTION, WARP CHECK PERIOD, WARP CUT OFF (This option is supported for Abaqus/Explicit only; only one definition per step is supported.)
• *CONTACT CONTROLS ASSIGNMENT BEAM CROSS SECTION
• *CONTACT DAMPING DEFINITION, TANGENT FRACTION
• *CONTACT EXCLUSIONS (No parameters)
• *CONTACT FILE Not supported
• *CONTACT FORMULATION

FORMULATION, TYPE

• *CONTACT INCLUSIONS ALL EXTERIOR

• *CONTACT INITIALIZATION ASSIGNMENT (No parameters)

• *CONTACT INITIALIZATION DATA ADJUST, INITIAL CLEARANCE, INTERFERENCE FIT, NAME, SEARCH ABOVE, SEARCH BELOW, SEARCH NSET, STEP FRACTION

• *CONTACT INTERFERENCE AMPLITUDE, OP, SHRINK, TYPE (All values except ELEMENT)

• *CONTACT MASS SCALING LOCATION

• *CONTACT OUTPUT NSET, SURFACE, VARIABLE

• *CONTACT PAIRADJUST, CPSET, GEOMETRIC CORRECTION, HCRIT, INTERACTION, MECHANICAL CONSTRAINT,NO THICKNESS, OP, SMALL SLIDING, SMOOTH, SUPPLEMENTARY CONSTRAINTS, TIED,TRACKING, TYPE, WEIGHT

• *CONTACT PERMEABILITY Not supported

• *CONTACT PRINT Not supported

• *CONTACT PROPERTY ASSIGNMENT(No parameters)

• *CONTACT RESPONSE Not supported

• *CONTACT STABILIZATION Not supported

• *CONTOUR INTEGRAL CONTOURS, CRACK NAME, CRACK TIP NODES, DIRECTION, FREQUENCY, NORMAL, OUTPUT, RESIDUAL STRESS STEP, SYMM, TYPE, XFEM

• *CONTROLS ANALYSIS, FIELD, PARAMETERS, RESET, TYPE

*CONWEP CHARGE PROPERTY(No parameters)

• *CORRELATION Not supported

• *CO-SIMULATION NAME, PROGRAM (All values except )

• *CO-SIMULATION REGION
EXPORT, IMPORT, TYPE
• *COUPLED CONSTITUTIVE RESPONSE
Not supported
• *COUPLED TEMPERATURE-DISPLACEMENT
ALLSDTOL, CETOL, CONTINUE, CREEP, DELTMX, FACTOR, STABILIZE, STEADY STATE
• *COUPLED THERMAL-ELECTRICAL
DELTMX, END, MXDEM, STEADY STATE
• *COUPLED THERMAL-ELECTROCHEMICAL
DELTMX, STEADY STATE
• *COUPLING
CONSTRAINT NAME, INFLUENCE RADIUS, ORIENTATION, REF NODE, SURFACE
*CRADIATE
AMPLITUDE, OP, REGION TYPE
• *CREEP
DEPENDENCIES, LAW, TIME
• *CREEP STRAIN RATE CONTROL
Not supported
• *CRUSH STRESS
DEPENDENCIES
• *CRUSH STRESS VELOCITY FACTOR
(No parameters)
*CRUSHABLE FOAM
DEPENDENCIES, HARDENING
• *CRUSHABLE FOAM HARDENING
DEPENDENCIES
• *CURE GLASS TRANSITION TEMPERATURE
Not supported
• *CURE HEAT GENERATION
Not supported
• *CURE KINETICS
Not supported
• *CURE MAX CONVERSION
Not supported
• *CURE SHRINKAGE
Not supported
• *CYCLED PLASTIC

(No parameters)

• *CYCLIC
NC, TYPE
• *CYCLIC HARDENING DEPENDENCIES, PARAMETERS

• *CYCLIC SYMMETRY MODEL N

• *D ADDED MASS Not supported

• *D EM POTENTIAL Not supported

*DAMAGE EVOLUTION DEGRADATION, DEPENDENCIES, FAILURE INDEX, MIXED MODE BEHAVIOR, MODE MIX RATIO, POWER, RATE DEPENDENT, REF ENERGY, SOFTENING, TYPE

• *DAMAGE INITIATIONACCUMULATION POWER, ALPHA, ANGLEMAX, ANGSMOOTH, CRITERION, DEFINITION,DEPENDENCIES, FAILURE MECHANISMS, FEQ, FNN, FNT, FREQUENCY, GROWTH TOLERANCE,INISMOOTH, KS, LODE DEPENDENT, NORMAL DIRECTION, NPOLY, NUMBER IMPERFECTIONS,OMEGA, PEINC, POSITION, PROPERTIES, R CRACK DIRECTION, RATE DEPENDENT, REFENERGY, SMOOTHING, TOLERANCE, UNSTABLE GROWTH TOLERANCE, WEIGHTING METHOD

• *DAMAGE STABILIZATION (No parameters)

• *DAMPING ALPHA, BETA, COMPOSITE, STRUCTURAL

• *DAMPING CONTROLS STRUCTURAL, VISCOUS

• *DASHPOT ELSET, ORIENTATION, RTOL

• *DEBOND DEBONDING FORCE, FREQUENCY, MAIN, SECONDARY

• *DECHARGE AMPLITUDE, IMAGINARY, OP, REAL

• *DECURRENT AMPLITUDE, OP

• *DEFORMATION PLASTICITY (No parameters)

• *DENSITY DEPENDENCIES

*DEPVAR

DELETE¶

• *DESIGN GRADIENT Not supported

*DESIGN PARAMETER Not supported

*DESIGN RESPONSE Not supported

*DETONATION POINT (No parameters)

• *DFLOW AMPLITUDE, OP

• *DFLUX AMPLITUDE, OP

*DIAGNOSTICS Not supported

• *DIELECTRIC DEPENDENCIES, TYPE

• *DIFFUSIVITY DEPENDENCIES, LAW, TYPE

• *DIRECT CYCLIC CETOL, CONTINUE, DELTMX, FATIGUE, TIME POINTS

*DISCRETE ELASTICITY Not supported

• *DISCRETE SECTION Not supported

• *DISPLAY BODY INSTANCE

• *DISTRIBUTINGCOUPLING, ROTATIONAL COUPLING, WEIGHTING METHOD

• *DISTRIBUTING COUPLING Not supported

• *DISTRIBUTION LOCATION, NAME, TABLE

• *DISTRIBUTION TABLE NAME

• *DLOAD AMPLITUDE, CONSTANT RESULTANT, CYCLIC MODE, FOLLOWER, IMAGINARY, OP, ORIENTATION, REAL

• *DOMAIN DECOMPOSITION
Not supported
*DRAG CHAIN
Not supported
*DRUCKER PRAGER
DEPENDENCIES, ECCENTRICITY, SHEAR CRITERION, TEST DATA
*DRUCKER PRAGER CREEP
DEPENDENCIES, LAW, TIME
*DRUCKER PRAGER HARDENING
DEPENDENCIES, RATE, TYPE
• *DSA CONTROLS
Not supported
*DSECHARGE
AMPLITUDE, IMAGINARY, OP, REAL
*DSECURRENT
AMPLITUDE, OP
*DSFLOW
AMPLITUDE, OP
*DSFLUX
AMPLITUDE, OP
*DSLOAD
AMPLITUDE, CONSTANT RESULTANT, CYCLIC MODE, FOLLOWER, IMAGINARY, INC, OP, ORIENTATION, REAL, REF NODE, STEP, SUBMODEL
*DYNAMIC
ADIABATIC, ALPHA, APPLICATION, DIRECT USER CONTROL, ELEMENT BY ELEMENT, EXPLICIT, FIXED TIME INCREMENTATION, HAFTOL, HALFINC SCALE FACTOR, IMPROVED DT METHOD, INITIAL, NOHAF, SCALE FACTOR, SUBSPACE
*DYNAMIC TEMPERATURE-DISPLACEMENT
DIRECT USER CONTROL, ELEMENT BY ELEMENT, EXPLICIT, FIXED TIME INCREMENTATION, IMPROVED DT METHOD, SCALE FACTOR
*EIGENSTRAIN
Not supported
*EL FILE
Not supported
*EL PRINT
Not supported
*ELASTIC
DEPENDENCIES, MODULI, TYPE (All values except SHORT FIBER)

*ELCOPY
Not supported
*ELECTRIC MACHINE LOAD
Not supported
*ELECTRIC MACHINE PROPERTY
Not supported
*ELECTRICAL CONDUCTIVITY
DEPENDENCIES, TYPE
*ELECTRICAL RESISTIVITY
Not supported
*ELECTROMAGNETIC
Not supported
*ELEMENT
ELSET, FILE, TYPE
*ELEMENT MATRIX OUTPUT
Not supported
*ELEMENT OPERATOR OUTPUT
Not supported
*ELEMENT OUTPUT
DIRECTIONS, ELSET, EXTERIOR, POSITION, REBAR, VARIABLE
*ELEMENT PROGRESSIVE ACTIVATION
Not supported
*ELEMENT RECOVERY MATRIX
Not supported
*ELEMENT RESPONSE
Not supported
*ELEMENT SOLUTION-DEPENDENT VARIABLES
Not supported
*ELEMENT USER OUTPUT VARIABLES
Not supported
*ELGEN
ALL NODES, ELSET
*ELSET
ELSET, GENERATE, INSTANCE, INTERNAL
*EMBEDDED ELEMENT
ABSOLUTE EXTERIOR TOLERANCE, EXTERIOR TOLERANCE, HOST ELSET, ROUNDOFFTOLERANCE
*EMISSIVITY

DEPENDENCIES¶

*END ASSEMBLY
(No parameters)

*END INSTANCE
(No parameters)

*END LOAD CASE
(No parameters)

*END PART
(No parameters)

*END STEP
(No parameters)

*ENERGY FILE
Not supported

*ENERGY OUTPUT
ELSET, VARIABLE

*ENERGY PRINT
Not supported

*ENRICHMENT

ELSET, ENRICHMENT RADIUS, INTERACTION, NAME, TYPE

*ENRICHMENT ACTIVATION
ACTIVATE, NAME, TYPE

*EOS

DETONATION ENERGY, TYPE (All values except TABULAR)

• *EOS COMPACTION
(No parameters)

*EPJOINT

Not supported

*EQUATION

(No parameters. This option is supported if the data lines contain only node sets; the use of node labels for this option is not yet supported in Abaqus/CAE. In addition, the second node set (the fourth data item) can contain only a single node.)

• *EQUIVALENT RADIATED SURFACE PROPERTIES

Not supported

*EULERIAN BOUNDARY
INFLOW, OP, OUTFLOW

*EULERIAN MESH MOTION

ASPECT RATIO MAX, BUFFER, CONTRACT, ELSET, OP, ORIENTATION, SURFACE, VMAX FACTOR, VOLFRAC MIN

*EULERIAN SECTION
CONTROLS, ELSET
*EVENT SERIES
Not supported
*EVENT SERIES TYPE
Not supported
*EXPANSION
DEPENDENCIES, PORE FLUID, TYPE (All values except SHORT FIBER), USER, ZERO
*EXTERNAL FIELD
Not supported
*EXTREME ELEMENT VALUE
Not supported
*EXTREME NODE VALUE
Not supported
*EXTREME VALUE
Not supported
*FABRIC
Not supported
*FAIL STRAIN
DEPENDENCIES
*FAIL STRESS
DEPENDENCIES
*FAILURE RATIOS
DEPENDENCIES
• *FASTENER
ADJUST ORIENTATION, ATTACHMENT METHOD, COUPLING, ELSET, INTERACTION NAME,NUMBER OF LAYERS, ORIENTATION, PROPERTY, RADIUS OF INFLUENCE, REFERENCE NODESET, SEARCH RADIUS, UNSORTED, WEIGHTING METHOD
*FASTENER PROPERTY
NAME
*FATIGUE
Not supported
• *FIBER DISPERSION
Not supported
*FIELD
AMPLITUDE, BINC, BSTEP, EINC, ESTEP, FILE, INPUT, INTERPOLATE, OP, OUTPUT VARIABLE, USER, VARIABLE
*FIELD IMPORT

Not supported

• *FIELD MAPPER CONTROLS Not supported

*FIELD OPERATIONS Not supported

*FILE FORMAT Not supported

*FILE OUTPUT Not supported

*FILM AMPLITUDE, FILM AMPLITUDE, OP

• *FILM PROPERTYDEPENDENCIES, NAME

*FILTERHALT, INVARIANT, LIMIT, NAME, OPERATOR, TYPE

• *FIXED MASS SCALING DT, ELSET, FACTOR, TYPE

*FLEXIBLE BODY TYPE

*FLOW Not supp

*FLUID BEHAVIOR NAME

• *FLUID BULK MODULUS DEPENDENCIES

• *FLUID CAVITY ADIABATIC, AMBIENT PRESSURE, BEHAVIOR, CHECK NORMALS, NAME, REF NODE, SURFACE

*FLUID DENSITY (No parameters)

• *FLUID EXCHANGE EFFECTIVE AREA, NAME, PROPERTY

• *FLUID EXCHANGE ACTIVATION AMPLITUDE, BLOCKAGE, DELTA LEAKAGE AREA, OP, OUTFLOW ONLY

• *FLUID EXCHANGE PROPERTYDEPENDENCIES, NAME, TYPE (All values except ENERGY FLUX, ENERGY RATE LEAKAGE,FABRIC LEAKAGE, ORIFICE, USER)

• *FLUID EXPANSION DEPENDENCIES, ZERO

*FLUID FLUX
Not supported
*FLUID ID FIELD
Not supported
*FLUID INFLATOR
NAME, PROPERTY
• *FLUID INFLATOR ACTIVATION
INFLATION TIME AMPLITUDE, MASS FLOW AMPLITUDE, OP
*FLUID INFLATOR MIXTURE
NUMBER SPECIES, TYPE
*FLUID INFLATOR PROPERTY
DISCHARGE COEFFICIENT, EFFECTIVE AREA, NAME, TANK VOLUME, TYPE
*FLUID LEAKOFF
DEPENDENCIES, USER
• *FLUID PIPE CONNECTOR LOSS
Not supported
• *FLUID PIPE CONNECTOR SECTION
Not supported
*FLUID PIPE CONNECTOR THERMAL LOSS
Not supported
*FLUID PIPE CONNECTOR WALL
Not supported
*FLUID PIPE FLOW LOSS
Not supported
*FLUID PIPE SECTION
Not supported
*FLUID PIPE THERMAL
Not supported
• *FLUID PIPE WALL
Not supported
• *FOUNDATION
(No parameters)
*FRACTURE CRITERION
DEPENDENCIES, MIXED MODE BEHAVIOR, NORMAL DIRECTION, TOLERANCE, TYPE (All values except COD, CRACK LENGTH, CRITICAL STRESS, FATIGUE), UNSTABLE GROWTH TOLERANCE, VISCOSITY
*FRAME SECTION
Not supported

• *FREQUENCY
ACOUSTIC COUPLING, DAMPING PROJECTION, EIGENSOLVER, NORMALIZATION, NSET,PROPERTY EVALUATION, RESIDUAL MODES, SIM
*FRICTION
ANISOTROPIC BEHAVIOR, DEPENDENCIES, DEPVAR, ELASTIC SLIP, EXPONENTIAL DECAY,LAGRANGE, PROPERTIES, ROUGH, SHEAR TRACTION SLOPE, SLIP TOLERANCE, TAUMAX,TEST DATA, USER
*GAP
Not supported
• *GAP CONDUCTANCE
DEPENDENCIES, PRESSURE, USER
• *GAP CONVECTION
DEPENDENCIES, TYPE
*GAP DIFFUSIVITY
Not supported
• *GAP ELECTRICAL CONDUCTANCE
DEPENDENCIES, PRESSURE, TYPE, USER
*GAP FLOW
DEPENDENCIES, KMAX, TYPE
• *GAP HEAT GENERATION
(No parameters)
*GAP RADIATION
(No parameters)
*GAS SPECIFIC HEAT
DEPENDENCIES
• *GASKET BEHAVIOR
NAME
• *GASKET CONTACT AREA
DEPENDENCIES
• *GASKET ELASTICITY
COMPONENT, DEPENDENCIES, VARIABLE
• *GASKET SECTION
BEHAVIOR, ELSET, MATERIAL, ORIENTATION, STABILIZATION STIFFNESS
• *GASKET THICKNESS BEHAVIOR
DEPENDENCIES, DIRECTION, SLOPE DROP, TENSILE STIFFNESS FACTOR, TYPE, VARIABLE, YIELD ONSET
*GEL
(No parameters)

• *GEOSTATIC UTOL
• *GLOBAL DAMPING ALPHA, BETA, FIELD, STRUCTURAL
• *GLOBAL RESPONSE Not supported
*HEADING (No parameters)
*HEAT GENERATION 0 (No parameters)
• *HEAT TRANSFER DELTMX, END, MXDEM, STEADY STATE
*HEATCAP DEPENDENCIES, ELSET
*HOURGLASS STIFFNESS (No parameters)
*HYPERFOAM MODULI, N, POISSON, TEST DATA INPUT
*HYPOELASTIC USER
*HYSTERESIS (No parameters)
*IMPEDANCE Not supported
*IMPEDANCE PROPERTYDATA, NAME
*IMPERFECTION FILE, INC, INPUT, NSET, STEP, SYSTEM
*IMPORT Not suppor
*IMPORT CONTROLS Not supported
*IMPORT ELSET

*HYPERELASTICARRUDA-BOYCE, BETA, MARLOW, MODULI, MOONEY-RIVLIN, N, NEO HOOKE, OGDEN,POISSON, POLYNOMIAL, PROPERTIES, REDUCED POLYNOMIAL, TEST DATA INPUT, TYPE,USER, VALANIS-LANDEL, VAN DER WAALS, YEOH

Not supported

*IMPORT NSET

Not supported

*IMPORT SURFACE

Not supported

*INCIDENT WAVE

Not supported

*INCIDENT WAVE FLUID PROPERTY

Not supported

*INCIDENT WAVE INTERACTION

ACCELERATION AMPLITUDE, CONWEP, IMAGINARY, PRESSURE AMPLITUDE, PROPERTY,REAL, UNDEX

*INCIDENT WAVE INTERACTION PROPERTY

NAME, TYPE

*INCIDENT WAVE PROPERTY

Not supported

*INCIDENT WAVE REFLECTION

Not supported

• *INCLUDE

(No parameters)

*INCREMENTATION OUTPUT

Not supported

• *INELASTIC HEAT FRACTION

(No parameters)

*INERTIA RELIEF

FIXED, ORIENTATION, REMOVE

*INITIAL CONDITIONS

FILE, FULL TENSOR, GEOSTATIC, INC, MIDSIDE, NUMBER BACKSTRESSES, OUTPUT VARIABLE, REBAR, SECTION POINTS, STEP, TYPE (All values except ACOUSTIC STATIC PRESSURE, CONCENTRATION, MASS FLOW RATE, POROSITY, PRESSURE STRESS, RELATIVE DENSITY, SOLUTION, SPECIFIC ENERGY), USER, VARIABLE

*INSTANCE

NAME, PART

*INTEGRATED OUTPUT

SECTION, VARIABLE

• *INTEGRATED OUTPUT SECTION

NAME, ORIENTATION, POSITION, PROJECT ORIENTATION, REF NODE MOTION, REF NODE,SURFACE

*INTERFACE

ELSET, NAME

*INTERFACE REACTION
Not supported
*INTERNAL FLUX GENERATION Not supported
*ISOTROPIZATION PARAMETERS Not supported
*ITS Not supported

*JOINT Not supported

• *JOINT ELASTICITY Not supported

• *JOINT PLASTICITY Not supported

• *JOINTED MATERIAL Not supported

• *JOULE HEAT FRACTION (No parameters)

*KAPPA DEPENDENCIES, TYPE

*KINEMATIC ALPHA

*KINEMATIC COUPLING Not supported

*LATENT HEAT (No parameters)

*LOAD CASE NAME

*LOADING DATA Not supported

• *LOW DENSITY FOAM FAIL, RATE EXTRAPOLATION, STRAIN RATE, TENSION CUTOFF

*M1 Not supported

*M2

Not supported

• *MAGNETIC PERMEABILITY Not supported

• *MAGNETOSTATIC Not supported

*MANIFEST Not supported

*MAP SOLUTION Not supported

• *MASS ALPHA, COMPOSITE, ELSET

*MASS ADJUST Not supported

• *MASS DIFFUSION DCMAX, END, STEADY STATE

• *MASS FLOW RATE Not supported

• *MATERIAL NAME, RTOL

*MATRIX Not supported

*MATRIX ASSEMBLE Not supported

• *MATRIX CHECK Not supported

*MATRIX EXPORT Not supported

*MATRIX GENERATE Not supported

*MATRIX INPUT Not supported

*MATRIX OUTPUT Not supported

*MEAN FIELD DAMAGE Not supported

*MEAN FIELD HOMOGENIZATION Not supported

*MEDIA TRANSPORT
Not supported
*MEMBRANE SECTION
CONTROLS, ELSET, MATERIAL, MEMBRANE THICKNESS, ORIENTATION, POISSON (All values except MATERIAL)
*MODAL DAMPING
DEFINITION, MODAL, RAYLEIGH, STRUCTURAL
*MODAL DYNAMIC
CONTINUE
*MODAL FILE
Not supported
*MODAL OUTPUT
VARIABLE
*MODAL PRINT
Not supported
• *MODEL CHANGE
ACTIVATE, ADD, REMOVE, TYPE
*MOHR COULOMB
DEPENDENCIES, DEVIATORIC ECCENTRICITY, ECCENTRICITY
*MOHR COULOMB HARDENING
DEPENDENCIES
*MOISTURE SWELLING
(No parameters)
*MOLECULAR WEIGHT
(No parameters)
*MONITOR
DOF, FREQUENCY, NODE
*MOTION
Not supported
*MPC
MODE, USER
*MULLINS EFFECT
BETA, DEPENDENCIES, M, PROPERTIES, R, TEST DATA INPUT
*MULTIPHYSICS LOAD
Not supported
*NCOPY
CHANGE NUMBER, MULTIPLE, NEW SET, OLD SET, POLE, REFLECT, SHIFT

• *NETWORK STIFFNESS RATIO
Not supported
*NFILL
BIAS, NSET, SINGULAR, TWO STEP
*NGEN
LINE, NSET
*NMAP
Not supported
*NO COMPRESSION
(No parameters)
• *NO TENSION
(No parameters)
*NODAL ENERGY RATE
Not supported
• *NODAL THICKNESS
(No parameters)
*NODE
NSET, SYSTEM
*NODE FILE
Not supported
*NODE OUTPUT
EXTERIOR, GLOBAL, NSET, VARIABLE
*NODE PRINT
Not supported
*NODE RESPONSE
Not supported
*NONLINEAR BH
Not supported
• *NONSTRUCTURAL MASS
DISTRIBUTION, ELSET, UNITS
*NORMAL
Not supported
*NSET
GENERATE, INSTANCE, INTERNAL, NSET
• *ONE-STEP INVERSE
Not supported
• *OPERATOR OUTPUT

Not supported

• *ORIENTATION DEFINITION, NAME, SYSTEM

• *ORNL A, H, MATERIAL, RESET

• *OUTPUT FIELD, FILTER, FREQUENCY, HISTORY, MODE LIST, NAME, NUMBER INTERVAL, OP, SENSOR, TIME INTERVAL, TIME MARKS, TIME POINTS, VARIABLE

• *PAPERBOARD HARDENING Not supported

*PAPERBOARD PLASTICITY Not supported

• *PAPERBOARD THICKNESS COMPRESSION ELASTIC Not supported

• *PAPERBOARD THICKNESS COMPRESSION PLASTICITY Not supported

• *PAPERBOARD TRANSVERSE SHEAR PLASTICITY Not supported

*PARAMETER Not supported

*PARAMETER DEPENDENCE Not supported

*PARAMETER SHAPE VARIATION Not supported

*PARAMETER TABLE Not supported

*PARAMETER TABLE TYPE Not supported

*PART NAME

• *PARTICLE GENERATOR Not supported

*PARTICLE GENERATOR FLOW Not supported

*PARTICLE GENERATOR INLET Not supported

• *PARTICLE GENERATOR MIXTURE

Not supported

• *PARTICLE OUTLET
Not supported

• *PARTICLE OUTLET FLOW
Not supported

*PERFECTLY MATCHED LAYER
Not supported

*PERIODIC
NR, TYPE

• *PERIODIC MEDIA

Not supported

• *PERMANENT MAGNETIZATION

Not supported

*PERMEABILITY
SPECIFIC, TYPE

• *PHYSICAL CONSTANTS

ABSOLUTE ZERO, STEFAN BOLTZMANN, UNIVERSAL GAS CONSTANT

*PIEZOELECTRIC
TYPE

• *PIEZOELECTRIC DAMPING

Not supported

*PIEZORESISTIVITY

Not supported

• *PIPE-SOIL INTERACTION

Not supported

• *PIPE-SOIL STIFFNESS

Not supported

*PLANAR TEST DATA

DEPENDENCIES, SMOOTH

*PLASTIC

DATA TYPE, DEPENDENCIES, EXTRAPOLATION, HARDENING, NUMBER BACKSTRESSES,PROPERTIES, RATE, SCALESTRESS, STATIC RECOVERY

*PLASTIC AXIAL

Not supported

*PLASTIC M1

Not supported

*PLASTIC M2

Not supported

• *PLASTIC TORQUE
Not supported
• *PLASTICITY CORRECTION
DEFINITION, DEPENDENCIES
*PLY FABRIC FAILURE
Not supported
*PLY FABRIC HARDENING
Not supported
*PML COEFFICIENT
Not supported
• *PORE FLUID PRESSURE
Not supported
• *POROUS BULK MODULI
(No parameters)
• *POROUS ELASTIC
DEPENDENCIES, SHEAR
• *POROUS ELECTRODE THEORY
Not supported
• *POROUS FAILURE CRITERIA
(No parameters)
• *POROUS METAL PLASTICITY
DEPENDENCIES, RELATIVE DENSITY
• *POST OUTPUT
Not supported
*POTENTIAL
DEPENDENCIES
*PREPRINT
CONTACT, ECHO, HISTORY, MODEL
• *PRESSURE PENETRATION
AMPLITUDE, IMAGINARY, MAIN, OP, PENETRATION TIME, REAL, SECONDARY
*PRESSURE STRESS
Not supported
*PRESTRESS HOLD
Not supported
*PRE-TENSION SECTION
ELEMENT, NODE, SURFACE
*PRINT

ALLKE, CONTACT, CRITICAL ELEMENT, FREQUENCY, MODEL CHANGE, PLASTICITY, RESIDUAL, SOLVE

• *PROBABILITY DENSITY FUNCTION Not supported

• *PROPERTY TABLE Not supported

• *PROPERTY TABLE TYPE Not supported

• *PSD-DEFINITION Not supported

• *RADIATE AMPLITUDE, OP

*RADIATION FILE Not supported

• *RADIATION OUTPUT ELSET, VARIABLE

*RADIATION PRINT Not supported

*RADIATION SYMMETRY NAME

• *RADIATION VIEW FACTOR BLOCKING, CAVITY, INTEGRATION, OFF, RANGE, REFLECTION, SYMMETRY, VTOL

*RANDOM RESPONSE(No parameters)

• *RATE DEPENDENT DEPENDENCIES, TYPE

• *RATIOS DEPENDENCIES

*REACTION RATE (No parameters)

*REBAR Not supported

• *REBAR LAYER GEOMETRY, ORIENTATION

*REBAR LINE Not supported

*REDUCED BASIS GENERATE

Not supported

*REFLECTION TYPE

*RELEASE

Not supported

• *RESPONSE SPECTRUM COMP, SUM

• *RESTART FREQUENCY, NUMBER INTERVAL, OVERLAY, TIME MARKS, WRITE

*RETAINED NODAL DOFS SORTED (All values except YES)

• *RIGID BODY ANALYTICAL SURFACE, ELSET, ISOTHERMAL, PIN NSET, POSITION, REF NODE, TIE NSET

*RIGID SURFACE Not supported

• *ROTARY INERTIA ALPHA, COMPOSITE, ELSET, ORIENTATION

*SCALE MASS Not supported

• *SCALE STIFFNESS Not supported

• *SCALE STRESS DESIGN Not supported

• *SCALE THERMAL CONDUCTIVITY Not supported

*SECTION CONTROLS DISTORTION CONTROL, ELEMENT DELETION, HOURGLASS, INITIAL GAP OPENING, KINEMATIC SPLIT, LENGTH RATIO, LINEAR KINEMATIC CONVERSION, LKC RATIO, MAX DEGRADATION, NAME, SECOND ORDER ACCURACY, VISCOSITY, WEIGHT FACTOR

• *SECTION CURVATURE Not supported

*SECTION FILE Not supported

*SECTION INERTIA Not supported

*SECTION ORIGIN Not supported

*SECTION POINTS

(No parameters)

*SECTION PRINT Not supported
*SECTION STIFFNESS Not supported
*SECTION TANGENT Not supported
• *SELECT CYCLIC SYMMETRY MODES NMAX, NMIN
• *SELECT EIGENMODESDEFINITION, GENERATE
*SFILM AMPLITUDE, FILM AMPLITUDE, OP
*SFLOW Not supported
*SHEAR CENTER (No parameters)
*SHEAR FAILURE Not supported
• *SHEAR RETENTIONDEPENDENCIES
*SHEAR TEST DATA SHRINF
*SHELL GENERAL SECTION

BENDING ONLY, COMPOSITE, CONTROLS, DENSITY, DEPENDENCIES, ELSET, LAYUP,MATERIAL, MEMBRANE ONLY, NODAL THICKNESS, OFFSET, ORIENTATION, POISSON, SHELLTHICKNESS, SMEAR ALL LAYERS, STACK DIRECTION, SYMMETRIC, THICKNESS MODULUS,ZERO

*SHELL SECTION

COMPOSITE, CONTROLS, DENSITY, ELSET, LAYUP, MATERIAL, NODAL THICKNESS, OFFSET,ORIENTATION, POISSON (All values except ELASTIC, MATERIAL), SECTION INTEGRATION,SHELL THICKNESS, STACK DIRECTION, SYMMETRIC, TEMPERATURE, THICKNESS MODULUS

• *SHELL TO SOLID COUPLING
CONSTRAINT NAME, INFLUENCE DISTANCE, POSITION TOLERANCE
*SIMPEDANCE
NONREFLECTING, OP, PROPERTY
*SIMPLE SHEAR TEST DATA (No parameters)
*SLIDE LINE

Not supported

*SLOAD
AMPLITUDE, OP
*SOFT ROCK HARDENING
DEPENDENCIES, SR, TYPE
*SOFT ROCK PLASTICITY
DEPENDENCIES, ECCENTRICITY, FLOW EVALUATION
*SOFTENING REGULARIZATION
DEPENDENCIES
*SOILS
ALLSDTOL, CETOL, CONSOLIDATION, CONTINUE, CREEP, END, FACTOR, STABILIZE, UTOL
*SOLID ELECTROLYTE THEORY
Not supported
*SOLID SECTION
COMPOSITE, CONTROLS, ELSET, LAYUP, MATERIAL, ORIENTATION, REF NODE, STACKDIRECTION, SYMMETRIC
• *SOLUBILITY
DEPENDENCIES
• *SOLUTION TECHNIQUE
REFORM KERNEL, TYPE
*SOLVER CONTROLS
Not supported
*SORPTION
LAW, TYPE
*SPECIFIC HEAT
DEPENDENCIES
*SPECTRUM
ABSOLUTE, AMPLITUDE, CREATE, DAMPING GENERATE, EVENT TYPE, G, NAME, RELATIVE, TIME INCREMENT, TYPE
*SPH SURFACE BEHAVIOR
Not supported
*SPRING
ELSET, ORIENTATION, RTOL
*SRADIATE
AMPLITUDE, OP
*STATIC
ADIABATIC, ALLSDTOL, CONTINUE, DIRECT, FACTOR, FULLY PLASTIC, LONG TERM, RIKS, STABILIZE

• *STEADY STATE CRITERIA
Not supported
*STEADY STATE DETECTION
Not supported
*STEADY STATE DYNAMICS
DAMPING CHANGE, DIRECT, FREQUENCY SCALE, FRICTION DAMPING, INTERVAL, REALONLY, STIFFNESS CHANGE, SUBSPACE PROJECTION
*STEADY STATE TRANSPORT
Not supported
*STEP
AMPLITUDE, CONVERT SDI, EXTRAPOLATION, INC, NAME, NLGEOM, PERTURBATION, SOLVER,UNSYMM
*STEP CONTROL
ACTION, DT REFINEMENT, NAME
*STEP CYCLING
Not supported
*STEP CYCLING CONTROL
Not supported
*SUBCYCLING
Not supported
*SUBMODEL
ABSOLUTE EXTERIOR TOLERANCE, EXTERIOR TOLERANCE, GLOBAL ELSET, SHELL THICKNESS, SHELL TO SOLID, TYPE
*SUBMODEL CONDITIONS
Not supported
*SUBMODEL CUT
Not supported
*SUBSTRUCTURE CHANGE
Not supported
*SUBSTRUCTURE DAMPING
Not supported
• *SUBSTRUCTURE DAMPING CONTROLS
Not supported
*SUBSTRUCTURE GENERATE
ELSET, GRAVITY LOAD, MASS MATRIX, NSET, OVERWRITE, PROPERTY EVALUATION, RECOVERY MATRIX, STRUCTURAL DAMPING MATRIX, TYPE, VISCOUS DAMPING MATRIX
*SUBSTRUCTURE LOAD CASE
NAME
*SUBSTRUCTURE MATRIX OUTPUT

Not supported

*SUBSTRUCTURE MODAL DAMPING Not supported

• *SUBSTRUCTURE OUTPUT OP4, SIMNot supported

• *SUBSTRUCTURE PATH ENTER ELEMENT, LEAVE

*SUBSTRUCTURE PROPERTYELSET

• *SUPERELASTIC NONASSOCIATED

*SUPERELASTIC HARDENING Not supported

• *SUPERELASTIC HARDENING MODIFICATIONS PROPERTIES, USER

• *SURFACE COMBINE, CROP, FILLET RADIUS, INTERNAL, NAME, PROPERTY, TYPE (All values except USER)

• *SURFACE BEHAVIOR AUGMENTED LAGRANGE, DIRECT, NO SEPARATION, PENALTY, PRESSURE-OVERCLOSURE

*SURFACE FLAW Not supported

• *SURFACE INTERACTIONDEPVAR, NAME, PAD THICKNESS, PROPERTIES, TRACKING THICKNESS, UNSYMM, USER

• *SURFACE PROPERTYNAME

• *SURFACE PROPERTY ASSIGNMENTPROPERTY (All values except GEOMETRIC CORRECTION)

• *SURFACE SECTION DENSITY, ELSET

*SURFACE SMOOTHING Not supported

*SURFACE TENSION Not supported

• *SURFACE TENSION CONTACT ANGLENot supported

*SWELLING DEPENDENCIES, LAW

• *SYMMETRIC MODEL GENERATION
Not supported
*SYMMETRIC RESULTS TRANSFER
Not supported
*SYSTEM
(No parameters)
• *TABLE COLLECTION
Not supported
*TEMPERATURE
ABSOLUTE EXTERIOR TOLERANCE, AMPLITUDE, BINC, BSTEP, EINC, ESTEP, EXTERIOR TOLERANCE, FILE, INPUT, INTERPOLATE, MIDSIDE, OP, USER
• *TENSILE FAILURE
DEPENDENCIES, ELEMENT DELETION, PRESSURE, SHEAR
*TENSION CUTOFF
DEPENDENCIES
*TENSION STIFFENING
DEPENDENCIES, TYPE
*THERMAL EXPANSION
Not supported
*TIE
ADJUST, CONSTRAINT RATIO, CYCLIC SYMMETRY, NAME, NO ROTATION, NO THICKNESS, POSITION TOLERANCE, TYPE
• *TIME POINTS
GENERATE, NAME
• *TORQUE
Not supported
• *TORQUE PRINT
Not supported
*TRACER PARTICLE
Not supported
*TRANSFORM
NSET, TYPE
• *TRANSPORT VELOCITY
Not supported
*TRANSVERSE SHEAR
Not supported
• *TRANSVERSE SHEAR STIFFNESS
(No parameters)

*TRIAXIAL TEST DATA
A, B, PT
*TRS
DEFINITION
• *UEL PROPERTY
Not supported
• *UNDEX CHARGE PROPERTY
(No parameters)
*UNIAXIAL
Not supported
• *UNIAXIAL TEST DATA
DEPENDENCIES, DIRECTION, SMOOTH
*UNIFORM
Not supported
*UNIT SYSTEM
Not supported
*UNLOADING DATA
Not supported
• *USER DEFINED FIELD
SPECIFIED, USER (No parameters)
*USER ELEMENT
Not supported
*USER MATERIAL
CONSTANTS, EFFMOD, HYBRID FORMULATION, TYPE, UNSYMM
*USER OUTPUT VARIABLES
(No parameters)
*VARIABLE MASS SCALING
CROSS SECTION NODES, DT, ELSET, EXTRUDED LENGTH, FEED RATE, FREQUENCY, NUMBER INTERVAL, TYPE
• *VIEW FACTOR OUTPUT
Not supported
*VISCO
ALLSDTOL, CETOL, CONTINUE, CREEP, FACTOR, STABILIZE
• *VISCOELASTIC
ERRTOL, FREQUENCY, NMAX, PRELOAD, TIME, TYPE
*VISCOSITY

DEFINITION (All values except CARREAU-YASUDA, CROSS, ELLIS-METER, HERSCHEL-BULKLEY, POWELL-EYRING, POWER LAW, TABULAR), DEPENDENCIES

• *VISCOUS
DEPENDENCIES, LAW, TIME
• *VOID NUCLEATION
DEPENDENCIES
• *VOLUMETRIC TEST DATA
DEPENDENCIES, SMOOTH, VOLINF
*WAVE
Not supported
*WEAR SURFACE PROPERTIES
*WIND
Not supported

DEPENDENCIES, FRIC COEF DEPENDENT, REFERENCE STRESS, UNITLESS WEAR COEF

Special element types¶

Abaqus uses special element types to designate model features such as analytical rigid surfaces that are not part of the mesh. These element types appear in the output database. You may see them in the Visualization module while querying the model or creating display groups based on element type. Table 1 lists the element types generated by Abaqus.

Table 1: Special element types in the output database.

ARSC	Analytic rigid surface (cylindrical)
ARSR	Analytic rigid surface (rotational)
ARSSE	Analytic rigid surface (extruded)
ARSSS	Analytic rigid surface (segmented)
LSURF1	2-node line on two-dimensional surface
LSURF2	2-node line on axisymmetric surface
LSURF3	3-node line on three-dimensional surface
LSURF4	3-node line on two-dimensional surface
LSURF5	3-node line on axisymmetric surface
LSURF6	Quadratic triangular surface
PSURF1	Node (point) on two-dimensional surface
PSURF2	Node on axisymmetric surface
PSURF3	Node on three-dimensional surface
QSURF1	4-node facet on three-dimensional surface
QSURF2	8-node facet on three-dimensional surface
QSURF3	9-node facet on three-dimensional surface
RNODE2D	Reference node (two-dimensional)
RNODE3D	Reference node (three-dimensional)
TSURF1	3-node facet on three-dimensional surface
TSURF1	6-node facet on three-dimensional surface

Special graphical symbols¶

Abaqus/CAE uses special graphical symbols to represent prescribed conditions; interactions; constraints; connectors; special engineering features; and spring and dashpot elements, reference nodes, and tracer particles in the Visualization module.

In this section:¶

Symbols used to represent prescribed conditions
Symbols used to represent interactions, constraints, and connectors
Symbols used to represent special engineering features
Symbols used in the Visualization module

Symbols used to represent prescribed conditions¶

Table 1, Table 2, and Table 3 present the special graphical symbols used by Abaqus/CAE to represent loads, boundary conditions, and predefined fields, respectively. For information about symbol size and location, see Understanding symbols that represent prescribed conditions. For information on controlling the display of these symbols, see Controlling the display of attributes.

Table 1: Load symbol types and color.

Load category	Load type	Symbol	Color
Mechanical	Concentrated force	Arrow	Yellow
	Moment	Arrow	Violet
	Pressure	Arrow	Pink
	Shell edge traction	Arrow	Pink
	Shell edge moment	Arrow	Violet
	Surface traction	Arrow	Pink
	Pipe pressure	Arrow	Pink
	Body force	Arrow	Yellow
	Line	Arrow	Yellow
	Gravity	Arrow	Yellow
	Bolt load	Arrow	Yellow
	Generalized plane strain	Arrow	Yellow
	Rotational body force	Arrow	Green
	Connector force	Arrow	Yellow
	Connector moment	Arrow	Violet
	Inertia relief	Sphere with arrow	Green
Thermal	Surface heat flux	Arrow	Green
	Body heat flux	Square	Yellow
	Concentrated heat flux	Square	Yellow
Acoustic	Inward volume acceleration	Square	Yellow
Fluid	Concentrated pore fluid flow	Square	Yellow
Fluid	Surface pore fluid flow	Arrows	Blue
Electrical/Magnetic	Concentrated current	Square	Yellow
	Surface current	Square	Green
	Body current	Circle	Green
	Surface current density	Arrow	Yellow
	Body current density	Arrow	Green
	Concentrated charge	Square	Yellow
	Surface charge	Square	Green
	Body charge	Circle	Green
Mass diffusion	Concentrated concentration flux	Square	White
	Surface concentration flux	Arrow	Yellow
	Body concentration flux	Circle	Yellow

Table 2: Boundary condition symbol types and color.

Boundary condition category	Boundary condition type	Symbol	Color
Mechanical	Symmetry/Antisymmetry/Encastre	Arrow	Orange for components applied to degrees of freedom 1–3.
	Symmetry/Antisymmetry/Encastre	Arrow	Blue for components applied to degrees of freedom 4–6.
	Displacement/Rotation	Arrow	Orange for components applied to degrees of freedom 1–3.
			Blue for components applied to degrees of freedom 4–6.
	Velocity/Angular velocity	Arrow	Sandy brown for components applied to degrees of freedom 1–3.
	Velocity/Angular velocity	Arrow	Magenta for components applied to degrees of freedom 4–6.
	Acceleration/Angular acceleration	Arrow	Yellow for components applied to degrees of freedom 1–3.
	Acceleration/Angular acceleration	Arrow	Blue for components applied to degrees of freedom 4–6.
	Connector displacement	Arrow	Orange for components applied to degrees of freedom 1–3.
	Connector displacement	Arrow	Blue for components applied to degrees of freedom 4–6.
	Connector velocity	Arrow	Sandy brown for components applied to degrees of freedom 1–3.
	Connector velocity	Arrow	Magenta for components applied to degrees of freedom 4–6.
	Retained nodal DOFs (while being defined in Substructure generation step)	Arrow	Blue
	Retained nodal DOFs (during substructure usage)	Cross	Blue
Electrical/Magnetic	Electrical potential	Square	Yellow
Electrical/Magnetic	Magnetic vector potential	Arrow	Green
Other	Temperature	Square	Yellow
	Pore pressure	Square	Yellow
	Fluid cavity pressure	Circle	Yellow
	Normalized concentration	Square	Yellow
	Acoustic pressure	Square	Yellow
	Connector material flow	Square	Yellow
	Eulerian boundary	Arrow	Green
	Eulerian mesh motion	Square	Yellow
	Submodel boundary condition	Square	Yellow
	Submodel load	Circle	Yellow

Table 3: Predefined field symbol types and color.

Predefined field category	Predefined field type	Symbol	Color
Mechanical	Translational/rotational velocity	Arrow	Sandy brown
	Stress/Geostatic stress	Circle	Blue
	Hardening	Circle	Magenta
Other	Temperature	Square	Yellow
	Field	Square	Yellow
	Material assignment	Circle	Sandy brown
	Initial state	Circle	Yellow
	Saturation	Square	Green
	Void ratio	Square	Sandy brown
	Pore pressure	Square	Magenta
	Fluid cavity pressure	Diamond	Green

Symbols used to represent interactions, constraints, and connectors¶

Table 1, Table 2, and Table 3 present the special graphical symbols used by Abaqus/CAE to represent interactions, constraints, and connectors, respectively. For information about symbol size and location, see Understanding symbols that represent interactions, constraints, and connectors. For information on controlling the display of these symbols, see Controlling the display of attributes.

Table 1: Interaction symbol types and color.

Interactions	Symbol	Color
Surface-to-surface contact	Square	Yellow
Self-contact	Square	Yellow
Fluid cavity	Filled circle (cavity point)	Green
Fluid cavity	Square (cavity surface)	Green
Fluid exchange	Circle (large)	Yellow
Fluid inflator	Circle (large) (cavity point)	Yellow
Model change	Square	Yellow
Cyclic symmetry	Square	Yellow
Elastic foundation	Square	Yellow
Cavity radiation	Square	Yellow
Actuation/sensor	Square	Yellow
Standard-Explicit co-simulation	Filled circle	Magenta
Incident wave	Square	Yellow
	Sphere (source point)	Yellow
	Filled circle (standoff point)	Yellow
Acoustic impedance	Square	Yellow
Surface film condition	Square	Yellow
Concentrated film condition	Square	Yellow
Surface radiation	Square	Yellow
Concentrated radiation to ambient	Square	Yellow
Pressure penetration (2D)	Arrow	Green
Pressure penetration (2D)	Square (penetration region)	Green
Pressure penetration (3D)	Filled triangle	Green
Pressure penetration (3D)	Square (penetration region)	Green

Table 2: Constraint symbol types and color.

Constraints	Symbol	Color
Tie	Circle	Yellow
Rigid body	Circle	Yellow
Coupling	Circle	Pink
Coupling	Lines	Gray
MPC constraint	Circle	Green
	Lines	Green
Shell-to-solid coupling	Circle	Yellow
Embedded region	Circle	Yellow
Equation	Circle	Yellow

Table 3: Connector symbols and color.

Connector symbols	Color
Square (first points of wires)	Orange
Triangle (second points of wires)	Yellow
Orientation triad, if not the global coordinate system	Orange
Connection type label	Orange
Connector section assignment tag	Orange

Symbols used to represent special engineering features¶

Special graphical symbols are used by Abaqus/CAE to represent special engineering features.

Table 1: Engineering feature symbol types and color.

Engineering feature	Type	Symbol	Color
Crack	Crack front	Cross	Green
Fastener	Assembled (attachment points only)	Square	Light green
	Point based (positioning point only)	Square	Green
	Discrete	Circle	Green
	Discrete	Lines	Green
Inertia	Point mass/inertia	Filled square	Green
	Heat capacitance	Filled square	Green
	Nonstructural mass	Filled square	Green
Springs/Dashpots	Connect two points	Spheres with connecting line	Magenta
		Label (K, C, or K+C)
		Orientation triad, if not the global coordinate system
	Connect points to ground	Sphere	Magenta
		Label (K, C, or K+C)
		Orientation triad, if not the global coordinate system
Topology and shape optimization	Design area	Diamond	Green
	Geometric restriction	Circle	Magenta
	Stop condition	Square	Yellow

Symbols used in the Visualization module¶

Special graphical symbols are used by Abaqus/CAE in the Visualization module.

Table 1 presents the special graphical symbols used by the Visualization module. These special symbols appear when you produce an undeformed, deformed, contour, or symbol plot of a model containing any of these components. For information on customizing the color and size of these symbols, see Coloring all geometry in the Visualization module and Controlling the display of model entities, respectively.

Table 1: Special graphical symbols used by the Visualization module.

	Two-node dashpot elementsThe Visualization module displays two-node dashpot elements using the symbol shown. You can choose to display a straight line in place of this symbol by selectingExtra coarse refinement for all curved edges and faces in your model. For more information, seeRefining curved edges and faces.
	Two-node spring elementsThe Visualization module displays two-node spring elements using the symbol shown. You can customize the appearance of the curves in this symbol using the options for refining curved edges and faces. The Visualization module displays a two-node spring element as a straight line when you selectExtra coarse refinement for all curved edges and faces in your model. For more information, seeRefining curved edges and faces.
	Reference nodesThe Visualization module displays the reference node for a rigid surface as a cross. You cannot customize the shape of this symbol.
[S7KD]	Tracer particlesThe Visualization module displays a tracer particle as a cross within a square. You cannot customize the shape of this symbol.

In addition to the special symbols the Visualization module uses to display the model components listed above, you can choose to display symbols representing results, model entities (boundary conditions, connectors, coordinate systems, and point elements), and nodal locations. For more information, see the following sections:

Plotting analysis results as symbols
Controlling the display of model entities
Controlling the display of constraints in the Visualization module
Customizing node symbols

Element and output variable support¶

Most Abaqus elements are supported in the Visualization module, with the following limitations:

• User-defined normals are not supported for gasket elements.
• Slide line elements applied to asymmetric-axisymmetric models are always displayed in the =0° plane, regardless of the specified for the element.
Swept contour plots of CAXA elements may include colors that do not represent the current state at the nodes. Use of two Fourier modes improves the appearance, but for best results print the integration point values using Report->Field Output.

See What kinds of elements must be generated outside the Mesh module?, for a description of element support in the Mesh module of Abaqus/CAE.

Table 1 and Table 2 list the output variables that are not supported by the Visualization module or the output database.

Table 1: Unsupported Abaqus/Standard variables.

CHRGS	Current values of distributed electrical charges.
CONF	Number of cracks at a concrete material point.
CRACK	Unit normal to cracks in concrete.
CS11	Average contact pressure for link and three-dimensional line gasket elements.
DG, DGij	Deformation gradient.
DGP, DGPn	Principal stretches.
ECURS	Current values of distributed electrical currents.
FILM	Current values of *FILM conditions.
FLUXS	Current values of distributed (heat or concentration) fluxes.
FOUND	Current values of foundation pressures.
GPU, GPUn	Phase angle of generalized displacements for modal analysis.
GPV, GPVn	Phase angle of generalized velocities for modal analysis.
GPA, GPAn	Phase angle of generalized accelerations for modal analysis.
LOADS	Current values of distributed loads.
MAXSS	Maximum axial stress on a section.
PHCHG	Reactive charge magnitude and phase angle for steady-state dynamic analysis.
PHE, PHEij	Strain magnitude and phase angle for steady-state dynamic analysis.
PHEPG, PHEPGn	Electrical potential gradient vector magnitude and phase angle for steady-state dynamic analysis.
PHEFL, PHEFLn	Electrical flux vector magnitude and phase angle for steady-state dynamic analysis.
PHMFL	Mass flow rate magnitude and phase angle for steady-state dynamic analysis.
PHMFT	Total mass flow magnitude and phase angle for steady-state dynamic analysis.
PHPOT	Electrical potential magnitude and phase angle for steady-state dynamic analysis.
PHS, PHSij	Stress magnitude and phase angle for steady-state dynamic analysis.
PPOR	Fluid, pore, or acoustic pressure magnitude and phase angle for steady-state dynamic analysis.
PRF, PRFn, PRMn	Reaction force and moment magnitudes and phase angles for steady-state dynamic analysis.
PTU, PTUn, PTURn	Total displacement and rotation magnitudes and phase angles for mode-based steady-state dynamic analysis.
PU, PUn, PURn	Displacement and rotation magnitudes and phase angles for steady-state dynamic analysis.
RAD	Current values of *RADIATE.
SJP	Strain jumps at nodes. (Use the contour averaging options to obtain this variable.)
SOAREA	Area of the defined section.
SOCF	Center of the total force in the section.
SOD	Total mass flow across the section.
SOE	Total current across the section.
SOF	Total force in the section.
SOH	Total heat flux across the section.
SOM	Total moment in the section.
SOP	Total pore fluid volume flux across the section.
SS, SSn	Substresses for ITS elements.
SSAVGn	Average shell section stress component n.
TPFL	Total pore fluid volume flux leaving the secondary surface.
TPTL	Time integrated TPFL.
Connector output for steady-state dynamic analysis.
Element output for user elements.

Table 2: Unsupported Abaqus/Explicit variables.

BONDSTAT	Spot weld bond status for nodes.
BONDLOAD	Spot weld bond load for nodes.
CRACK	Crack orientations.
EIHEDEN	Internal heat energy density.
ESEDEN	Total elastic strain energy density.
SSAVGn	Average membrane or transverse shear stress component n.

flowchart

graph TD
  Center["3D Modeling Apps"]
  Core --> SocialCollaborativeApps["Social & Collaborative Apps"]
  Center --> InformationIntelligenceApps["Information Intelligence Apps"]
  Center --> SimulationApps["Simulation Apps"]
  Center --> n3DModelingApps["3D Modeling Apps"]
  Center --> SocialCollaborativeApps
  Center --> InformationIntelligenceApps
  Center --> SimulationApps
  Center --> SocialCollaborativeApps
  Center --> InformationIntelligenceApps
  Center --> SimulationApps
  Center --> SocialCollaborativeApps
  Center --> InformationIntelligenceApps
  Center --> SimulationApps
  Center --> SocialCollaborativeApps
  Center --> InformationIntelligenceApps
  Center --> SimulationApps
  Center --> SocialCollaborativeApps
  Center --> InformationIntelligenceApps
  Center --> SimulationApps
  Center --> SocialCollaborativeApps

  subgraph App_Sources
    direction TB
    SolidWorks["Solidworks"]
    Catia["Catia"]
    Geovia["Geovia"]
    Biovia["Biovia"]
    NetVibes["Netvibes"]
    Medidata["Medidata"]
    Simulia["Simulia"]
    Delmia["Delmia"]
    3DVia["3DVia"]
  end

  subgraph App_Sources
    direction TB
    SolidWorks
    Catia
    Geovia
    Biovia
    NetVibes
    Medidata
    Simulia
    Delmia
    3DVia
  end

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