constraints
Unless otherwise specified, data names are accessible in level 3 only.
- alpha
- The field to specify the thermal expansion coefficient. Applicable for config 301.
- ALPHA1
- The scaling factor alpha1. Applicable for config 101.
- ALPHA1_FID
- The curve ID for scaling factor. Applicable for config 101.
- ALPHA2
- The plastic initiation displacement scaling factor. Applicable for config 101.
- ALPHA3
- The plastic rupture displacement scaling factor. Applicable for config 101.
- alpha_option
- Option to turn on the alpha entry field.
- activesuppressed
- Returns non-zero if the entity is set inactive, 0 otherwise.
- attributesmax
- The number of attributes owned by this entity.
- BETA1
- The exponent for plastic potential. Applicable for config 101.
- BETA1_FID
- The curve ID for exponent for plastic potential. Applicable for config 101.
- BETA2
- The exponent for plastic initiation displacement. Applicable for config 101.
- BETA3
- The exponent for plastic rupture displacement. Applicable for config 101.
- CIDA
- Coordinate ID for rigid body A.
- CIDB
- Coordinate ID for rigid body B.
- color
- The 1-64 color of the entity.
- color_rgb
- The RGB color of the entity.
- config
- The configuration of the entity.
- coupling_option
- Option to turn on the coupling selector. Applicable for config 302
- coupling_value
- The option to pick coupling value. Applicable for config 302
- D
- The rivet diameter.
- definedentity
- True if the entity is defined, false otherwise.
- DENS
- The spotweld density. Applicable for config 101.
- distribution_type
- Specified the distribution type for the weights at the coupling nodes. Applicable for config 302.
- DLCIDAL
- Load curve ID for alpha-damping moment as a function of rate of rotation in radians per unit time.
- DLCIDBT
- Load curve ID for beta-damping torque as a function of rate of twist.
- DLCIDG
- Load curve ID for gamma-damping scale factor as a function of rate of rotation in radians per unit time.
- DLCIDP
- Load curve or table ID for p-damping force as a function of rate of p-distance per unit time and optionally p-distance (if table) between the origins of CIDA and CIDB.
- DLCIDPH
- Load curve ID for phi-damping moment as a function of rate of rotation in radians per unit time.
- DLCIDPS
- Load curve ID for psi-damping torque as a function of rate of rotation in radians per unit time.
- DLCIDR
- Load curve or table ID for r-damping force as a function of rate of r-distance per unit time and optionally r-distance (if table) between the origins of CIDA and CIDB.
- DLCIDT
- Load curve ID for theta-damping moment as a function of rate of rotation in radians per unit time.
- DLCIDX
- Load curve ID for x-damping force as a function of rate of x-translational displacement per unit time between the origins of CIDA and CIDB based on the x-direction of CIDB.
- DLCIDY
- Load curve ID for y-damping force as a function of rate of y-translational displacement per unit time between the origins of CIDA and CIDB based on the y-direction of CIDB.
- DLCIDZ
- Load curve ID for z-damping force as a function of rate of z-translational displacement per unit time between the origins of CIDA and CIDB based on the z-direction of CIDB.
- DN
- The failure displacement in normal direction.
- DNID
- The dependent node.
- dof1
- Select first degree of freedom.
- dof2
- Select second degree of freedom.
- dof3
- Select third degree of freedom.
- dof4
- Select fourth degree of freedom.
- dof5
- Select fifth degree of freedom.
- dof6
- Select sixth degree of freedom.
- DT
- The failure displacement in tangential direction.
- ESAL
- Elastic stiffness per unit radian for friction and stop angles for alpha rotation.
- ESBT
- Elastic stiffness per unit radian for friction and stop angles for beta twist.
- ESPH
- Elastic stiffness per unit radian for friction and stop angles for phi rotation.
- ESPS
- Elastic stiffness per unit radian for friction and stop angles for psi rotation.
- ESR
- Elastic stiffness for friction and stop displacement for r-translation.
- EST
- Elastic stiffness per unit radian for friction and stop angles for theta rotation.
- ESX
- Elastic stiffness for friction and stop displacement for x-translation.
- ESY
- Elastic stiffness for friction and stop displacement for y-translation.
- ESZ
- Elastic stiffness for friction and stop displacement for z-translation.
- EXPN
- The exponent value for load function in normal direction.
- EXPT
- The exponent value for load function in tangential direction.
- FFR
- Frictional force limiting value for r-translation.
- FFR_CURVE
- The load curve ID defining the yield force as a function r-translation
- FFR_CURVE_OPT
- FFR curve option.
- FFX
- Frictional force limiting value for x-translation.
- FFX_CURVE
- FFX is the load curve ID defining the yield force as a function of x-translation.
- FFX_CURVE_OPT
- FFX curve option.
- FFY
- Frictional force limiting value for y-translation.
- FFY_CURVE
- The load curve ID defining the yield force as a function of y-translation.
- FFY_CURVE_OPT
- FFY curve option.
- FFZ
- Frictional force limiting value for z-translation.
- FFZ_CURVE
- The load curve ID defining the yield force as a function of z-translation.
- FFZ_CURVE_OPT
- FFZ curve option.
- FMAL
- Frictional moment limiting value for alpha rotation.
- FMAL_CURVE
- The load curve or table ID defining the yield moment as a function of alpha rotation.
- FMAL_CURVE_OPT
- FMAL curve option.
- FMBT
- Frictional moment limiting value for beta twist.
- FMBT_CURVE
- The load curve or table ID defining the yield moment as a function of beta rotation.
- FMBT_CURVE_OPT
- FMBT curve option.
- FMPH
- Frictional moment limiting value for phi rotation.
- FMPH_CURVE
- The load curve or table ID defining the yield moment as a function of phi rotation.
- FMPH_CURVE_OPT
- FMPH curve option.
- FMPS
- Frictional moment limiting value for psi rotation.
- FMPS_CURVE
- The load curve or table ID defining the yield moment as a function of psi rotation.
- FMPS_CURVE_OPT
- FMPS curve option.
- FMT
- Frictional moment limiting value for theta rotation.
- FMT_CURVE
- The load curve or table ID defining the yield moment as a function of theta rotation.
- FMT_CURVE_OPT
- FMT curve option.
- FN
- The rivet strength in tension.
- FN_Flag
- The flag for material ID.
- FNMID
- The material data from instantiation of *MAT_CONSTRAINED_ SPR2.
- free_nodes_option
- Option to turn on the free nodes selector. Applicable for config 302.
- free_nodes_value
- The option to setup treatment method for nodes. Applicable for config 302.
- FT
- The rivet strength in pure shear.
- GAMMA
- The scaling factor. Applicable for config 101.
- id
- The ID of the entity.
- iflag
- The merge option flag.
- include
- The ID of the include file the entity is organized in.
- includeid
- The ID of the include file the entity is organized in.
- influence_radius
- The field to enter influence radius.
- influence_radius_option
- Option to turn on the influence radius entry field.
- internalid
- The ID of the entity.
- internalname
- The internal name of the entity.
- INTP
- The interpolation flag. Applicable for config 101.
- JID
- Joint ID for the joint reaction forces.
- LCDEXP
- The load curve for damage exponent as a function of mode mixity. Applicable for config 101.
- LCF
- The load curve ID or table ID. Applicable for config 101.
- LCIDAL
- Load curve ID for alpha-moment as a function of rotation in radians.
- LCIDBT
- Load curve ID for beta-torsion moment as a function of twist in radians.
- LCIDG
- Load curve ID for gamma as a function of a scale factor which scales the bending moment due to the alpha rotation.
- LCIDPH
- Load curve ID for phi-moment as a function of rotation in radians.
- LCIDPS
- Load curve ID for psi-moment as a function of rotation in radians.
- LCIDR
- Load curve ID for r-force as a function of r-distance between the origins of CIDA and CIDB.
- LCIDT
- Load curve ID for theta-moment as a function of rotation in radians.
- LCIDX
- Load curve ID for x-force as a function of x-distance between the origins of CIDA and CIDB based on the x-direction of CIDB.
- LCIDY
- Load curve ID for y-force as a function of y-distance between the origins of CIDA and CIDB based on the y-direction of CIDB.
- LCIDZ
- Load curve ID for z-force as a function of z-distance between the origins of CIDA and CIDB based on the z-direction of CIDB.
- LCUPF
- The load curve ID describing plastic initiation displacement as a function of mode mixity. Applicable for config 101.
- LCUPR
- The load curve ID describing plastic rupture displacement as a function of mode mixity. Applicable for config 101.
- location_unit_node
- The coupling nodes on which the weight distribution is specified. Applicable for config 302.
- LPID
- The lower sheet part ID.
- mainid
- The main rigid body identifier.
- MODEL
- The material behavior and damage model. Applicable for config 101.
- moduleid
- The module ID of the entity.
- MRN
- The proportionality factor for dependency. Applicable for config 101.
- MRS
- The proportionality factor for dependency. Applicable for config 101.
- mtype
- The main rigid body type flag.
- name
- The name of the entity.
- NID1
- The node at one end of an element edge.
- NID2
- The node at the other end of that same element edge.
- NSABT
- Stop angle in degrees for negative beta rotation.
- NSAPH
- Stop angle in degrees for negative phi rotation.
- NSAPS
- Stop angle in degrees for negative psi rotation.
- NSAT
- Stop angle in degrees for negative theta rotation.
- NSDX
- Stop displacement for negative x-translation.
- NSDY
- Stop displacement for negative y-translation.
- NSDZ
- Stop displacement for negative z-translation.
- NSID
- The node set ID of spotweld location nodes. Applicable for config 101.
- numgrnodes
- The number of secondary node sets.
- numnodes
- The number of secondary nodes.
- numrbodies
- The number of secondary rigid bodies.
- optionalcard
- The option to enable optional fields when MODEL is set to 1, 11, or 21. Applicable for config 101.
- orientation
- The system entity that specifies the initial orientation.
- orientation_option
- Option to turn on the orientation entity selector.
- outputsuppressed
- Returns non-zero if the entity is set "do not export", 0 otherwise.
- PID1
- The part ID of the first sheet. Applicable for config 101.
- PID2
- The part ID of the second sheet. Applicable for config 101.
- PIDA
- Part ID for rigid body A.
- PIDB
- Part ID for rigid body B.
- PIDVB
- Part ID for visualization beams representing SPR2/SPR3 in post-processing.
- poolid
- The pool number of the entity.
- poolname
- The pool name of the entity.
- PSABT
- Stop angle in degrees for positive beta rotation.
- PSAPH
- Stop angle in degrees for positive phi rotation.
- PSAPS
- Stop angle in degrees for positive psi rotation.
- PSAT
- Stop angle in degrees for positive theta rotation.
- PSDR
- Stop displacement for r-translation.
- PSDX
- Stop displacement for positive x-translation.
- PSDY
- Stop displacement for positive y-translation.
- PSDZ
- Stop displacement for positive z-translation.
- R
- The spotweld radius. Applicable for config 101.
- RAD1
- Radius of pin.
- RAD2
- Radius of hole.
- reference_entity
- The entity for setting the reference node or the node set containing reference nodes.
- reference_coupling_option
- Option to turn on rotational coupling selector. Applicable for config 302.
- reference_coupling_value
- The minimum diameter for finding a hole when findhole is 1.
- RN
- The tensile strength factor. Applicable for config 101.
- RN_FID
- The curve ID for tensile strength factor. Applicable for config 101.
- RS
- The shear strength factor. Applicable for config 101.
- RS_FID
- The curve ID for shear strength factor. Applicable for config 101.
- SAAL
- Stop angle in degrees for alpha rotation.
- secondarygrnodids
- The secondary node sets identifier.
- secondarynodeids
- The secondary nodes identifier.
- secondarybodyids
- The secondary rigid bodies identifier.
- solver_id
- The solver ID of the entity.
- solverkeyword
- The name of the solver keyword.
- solvername
- The solver name of the entity for entities enabled for name pool, otherwise the internal name of the entity.
- SROPT
- The shear rotation option that defines local kinematics system. Applicable for config 101.
- STIFF
- The elastic stiffness. Applicable for config 101.
- STIFF_FID
- The curve ID for elastic stiffness. Applicable for config 101.
- STIFF_MID
- The material ID in *MAT_CONSTRAINED_SPR3 (*MAT_265). Applicable for config 101.
- STIFF_Negative
- The flag to define material data for STIFF. Applicable for config 101.
- STIFF2
- The elastic shear stiffness. Applicable for config 101.
- STIFF3
- The elastic bending stiffness. Applicable for config 101.
- STIFF4
- The elastic torsional stiffness. Applicable for config 101.
- stype
- The secondary rigid body type flag.
- surface
- The surface set on which coupling nodes are located.
- surface
- The surface set on which coupling nodes are located.
- THICK
- The total thickness of both sheets. Applicable for config 101.
- TITLE
- The rigid body merge title.
- Type
- 1 – FLEXION-TORSION
- UPFN
- The plastic initiation displacement in normal direction. Applicable for config 101.
- UPFS
- The plastic initiation displacement in shear direction. Applicable for config 101.
- UPID
- The upper sheet part ID.
- UPRN
- The plastic rupture displacement in normal direction. Applicable for config 101.
- UPRS
- The plastic rupture displacement in shear direction. Applicable for config 101.
- weight_distribution_row_count
- The number of rows for non-uniform distributing couplings. Applicable for config 302.
- weighting_method_option
- Option to turn on the weighting method selector. Applicable for config 302.
- weighting_method_value
- The option to modify the default weight distribution at coupling nodes.
- weights
- The option to enter the weight values. Applicable for config 302.
- XIN
- The fraction of failure displacement at maximum normal force.
- XIT
- The fraction of failure displacement at maximum tangential force.
- XPID1
- The extra part ID 1 for multi-sheet connection.
- XPID2
- The extra part ID 2 for multi-sheet connection.
- XPID3
- The extra part ID 3 for multi-sheet connection.
- XPID4
- The extra part ID 4 for multi-sheet connection.
Version History
2022
2022.1 - Added new data names ALPHA1, ALPHA1_FID, ALPHA2, ALPHA3, BETA1, BETA1_FID, BETA2, BETA3, DENS, GAMMA, iflag, INTP, LCDEXP, LCF, LCUPF, LCUPR, mainid, MODEL, MRN, MRS, mtype, NSID, numgrnodes, numnodes, numrbodies, optionalcard, PID1, PID2, PIDVB, R, RN, RN_FID, RS, RS_FID, secondarygrnodids, secondarynodeids, secondaryrbodyids, SROPT, STIFF, STIFF_FID, STIFF_MID, STIFF_Negative, STIFF2, STIFF3, STIFF4, stype, THICK, TITLE, UPFN, UPFS, UPRN, and UPRS.
2022.3 - Added new data names CIDA, CIDB, DLCIDAL, DLCIDBT, DLCIDG, DLCIDP, DLCIDPH, DLCIDPS, DLCIDR, DLCIDT, DLCIDX, DLCIDY, DLCIDZ, ESAL, ESBT, ESPH, ESPS, ESR, EST, ESX, ESY, ESZ, FFR, FFR_CURVE, FFR_CURVE_OPT, FFX, FFX_CURVE, FFX_CURVE_OPT, FFY, FFY_CURVE, FFY_CURVE_OPT, FFZ, FFZ_CURVE, FFZ_CURVE_OPT, FMAL, FMAL_CURVE, FMAL_CURVE_OPT, FMBT, FMBT_CURVE, FMBT_CURVE_OPT, FMPH, FMPH_CURVE, FMPH_CURVE_OPT, FMPS, FMPS_CURVE, FMPS_CURVE_OPT, FMT, FMT_CURVE, FMT_CURVE_OPT, JID, LCIDAL, LCIDBT, LCIDG, LCIDPH, LCIDPS, LCIDR, LCIDT, LCIDX, LCIDY, LCIDZ, NSABT, NSAPH, NSAPS, NSAT, NSDX, NSDY, NSDZ, PIDA, PIDB, PSABT, PSAPH, PSAPS, PSAT, PSDR, PSDX, PSDY, PSDZ, RAD1, RAD2, SAAL, and Type. Added new config value 102.
2023 - Added new config values 103, 104. Added new data names: D, DN, DNID, DT, EXPN, EXPT, FN, FN_Flag, FNMID, FT, NID1, NID2, LPID, PIDVB, UPID, XIN, XIT, XPID1, XPID2, XPID3, and XPID4.