Supported Card
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Solver Description
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Supported Parameters
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Notes
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*CONTROL_ACCURACY
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Define control parameters that can improve the accuracy of the calculation.
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OSU, INN, PIDOSU
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*CONTROL_ADAPSTEP
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Define control parameters for contact interface force update during each adaptive cycle.
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FACTIN, DFACTR
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*CONTROL_ADAPTIVE
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Activate adaptive meshing.
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ADPFREQ, ADPTOL, ADPOPT, MAXLVL, TBIRTH, TDEATH, LCADP, IOFLAG, AdaptiveOptions
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*CONTROL_ADAPTIVE_
CURVE
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To refine the element mesh along a curve.
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IDSET, N, SMIN, ITRIOPT
ITYPE (PartSetID, PartID),
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*CONTROL_ALE
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Set global control parameters for the Arbitrary Lagrange-Eulerian and Eulerian calculations.
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DCT, NADV, METH, AFAC - EFAC, START, END, AAFAC, VFACT, PRIT, EBC, PREF, NSIDEBC
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*CONTROL_BULK_
VISCOSITY
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Reset the default values of the bulk viscosity coefficients globally.
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Q1, Q2, TYPE, BTYPE
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*CONTROL_CHECK
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Check for various problems in the mesh.
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PID, IFAUTO, CONVEX, ADPT, ARATIO, ANGLE, SMIN, Shell
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*CONTROL_COARSEN
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Adaptively de-refine (coarsen) a shell mesh by selectively merging four adjacent elements into one.
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ICOARSE, ANGLE, NSEED, PSID, SMAX
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*CONTROL_CONTACT
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Change defaults for computation with contact surfaces.
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SLSFAC, RWPNAL, ISLCHK, SHLTHK, PENOPT, THKCHG, ORIEN, ENMASS, USRSTR, USRRFC, NSBCS, INTERM, XPENE, SSTHK, ECDT, TIEDPRJ
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*CONTROL_COUPLING
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Change defaults for MADYMO3D/CAL3D coupling.
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UNLENG, UNTIME, UNFORC, TIMIDL, FLIPX - FLIPZ, SUBCYL
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*CONTROL_CPM
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Global control parameters for CPM (Corpuscular Particle Method).
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CPMOUT
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*CONTROL_CPU
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Control CPU time.
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CPUTIM, IGLST
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*CONTROL_DYNAMIC_
RELAXATION
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Initialize stresses and deformation in a model to simulate a preload.
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NRCYCK, DRTOL, DRFCTR, DRTERM, TSSFDR, IRELAL, EDTTL, IRDFLG
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*CONTROL_EFG
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Define controls for the mesh-free computation.
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ISPLINE, IDILA, ININT, IMLM, ETOL, IDEB, HSORT, SSORT
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*CONTROL_ENERGY
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Provide controls for energy dissipation options
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HGEN, RWEN, SLNTEN, RYLEN
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*CONTROL_EXPLOSIVE_
SHADOW
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Compute detonation times in explosive elements for which there is no direct line of sight.
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n/a
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*CONTROL_HOURGLASS
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Set the default values of the hourglass control to override the default values.
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IHQ, QH
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*CONTROL_IMPLICIT_
AUTO
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Define parameters for automatic time step control during implicit analysis.
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IAUTO, ITEOPT, ITEWIN, DTMIN, DTMAX, DTEXP, KFAIL, KCYCLE
IAUTO_Option
DTMAX_Option
DTEXP_Option
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*CONTROL_IMPLICIT_
BUCKLE
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Activate implicit buckling analysis when termination time is reached.
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NMODE
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*CONTROL_IMPLICIT_
DYNAMICS
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Activate implicit dynamic analysis and define time integration constants.
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IMASS, GAMMA, BETA, TDYBIR, TDYDTH, TDYBUR, IRATE
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*CONTROL_IMPLICIT_
EIGENVALUE
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Activate implicit eigenvalue analysis and define associated input parameters.
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NEIG, CENTER, LFLAG, RFLAG, EIGMTH, SHFSCL
NEIG_Option
OptionalCard2
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*CONTROL_IMPLICIT_
FORMING
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Activate implicit static analysis, primarily for metal forming processes.
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IOPTION, NSMIN, NSMAX, BIRTH, DEATH, PENCHK
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*CONTROL_IMPLICIT_
GENERAL
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Activate implicit analysis and define associated control parameters.
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IMFLAG, DT0, IMFORM, NSBS, IGS, CNSTN, FORM, ZERO_V, IMFLAG_Option
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*CONTROL_IMPLICIT_
INERTIA_RELIEF
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Allows analysis of linear static problems that have rigid body modes.
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IRFLAG
THRESH
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*CONTROL_IMPLICIT_
MODES
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Request calculation of constraint and/or attachment modes for later use in modal analysis using *PART_MODES.
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NSIDC
NSIDA
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*CONTROL_IMPLICIT_
SOLUTION
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Optional card that applies to implicit calculations.Used to specify whether a linear or nonlinear solution is desired.
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NSOLVR, ILIMIT, MAXREF, DCTOL, ECTOL, RCTOL, LSTOL, ABSTOL
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*CONTROL_IMPLICIT_
SOLVER
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Optional card that applies to implicit calculations. The linear equation solver performs the CPU-intensive stiffness matrix inversion.
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LSOLVR, LPRINT, NEGEV, ORDER, DRCM, DRCPRM, AUTOSPC, AUTOTOL
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*CONTROL_IMPLICIT_
STABILIZATION
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Optional card that applies to implicit calculations. Artificial stabilization is required for multi-step unloading in implicit springback analysis.
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IAS, SCALE, TSTART, TEND, SCALE_Option
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*CONTROL_IMPLICIT_
TERMINATION
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Specify termination criteria for implicit transient simulations.
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DELTAU, DELTA1, KETOL, IETOL, TETOL, NSTEP
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*CONTROL_MPP_
DECOMPOSITION_
AUTOMATIC
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Instructs the program to apply a simple heuristic to try to determine the proper decomposition for the simulation.
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n/a
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*CONTROL_MPP_
DECOMPOSITION_CHECK
_SPEED
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Modifies the decomposition depending on the relative speed of the processors involved.
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n/a
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*CONTROL_MPP_
DECOMPOSITION_
CONTACT_DISTRIBUTE
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Ensures that the indicated contact interfaces are distributed across all processors, which can lead to better load balance for large contact interfaces.
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ID1 - ID5
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*CONTROL_MPP_
DECOMPOSITION_
CONTACT_ISOLATE
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Ensures that the indicated contact interferences are isolated on a single processor, which can lead to decreased communication.
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ID1 - ID5
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*CONTROL_MPP_
DECOMPOSITION_FILE
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Allow for pre-decomposition and a subsequent run or runs without having to do the decomposition.
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Name
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*CONTROL_MPP_
DECOMPOSITION_
METHOD
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Specify the decomposition method to use.
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Name
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*CONTROL_MPP_
DECOMPOSITION_
NUMPROC
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Specify the number of processors for decomposition.
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N
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*CONTROL_MPP_
DECOMPOSITION_SHOW
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Allows display of the final decomposition.
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n/a
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*CONTROL_MPP_
DECOMPOSITION_
TRANSFORMATION
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Specifies transformations to apply to modify the decomposition.
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TYPE(1)
VAL(1)
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*CONTROL_MPP_IO_LSTC_REDUCE
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Controls the decomposition of the model for solving in multiple CPU's.
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n/a
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*CONTROL_MPP_IO_
NOD3DUMP
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Suppress the output of all dump files.
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n/a
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*CONTROL_MPP_IO_
NODUMP
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Suppresses the output of all dump files and full deck restart files.
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n/a
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*CONTROL_MPP_IO_
NOFULL
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Suppresses the output of the full deck restart files.
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n/a
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*CONTROL_MPP_IO_
SWAPBYTES
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Swap bytes on some of the output files.
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n/a
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*CONTROL_OUTPUT
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Set miscellaneous output parameters.
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NPOPT, NEECHO,
NREFUP, IACCOP, OPIFS, IPNINT, IKEDIT, IFLUSH
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*CONTROL_PARALLEL
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Control parallel processing usage for shared memory computers by defining the number of processors invoking the optional consistency of the global vector assembly.
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NCPU, NUMRHS, CONST, PARA
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*CONTROL_REMESHING
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Provide control over the remeshing of solids which are meshed with the solid tetrahedron element type 13.
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RMIN, RMAX, VF_LOSS, MFRAC, DT_MIN
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*CONTROL_RIGID
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Special control options related to rigid bodies and the rigid-flexible bodies.
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LMF, JNTF, ORTHMD, PARTM, SPARSE, METALF
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*CONTROL_SHELL
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Provide controls for computing shell response.
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WRPANG, ESORT, IRNXX, ISTUPD, THEORY, BWC, MITER, PROJ
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*CONTROL_SOLID
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Provide controls for solid element response.
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ESORT, FMATRIX, NIPTETS, SWLOCL
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*CONTROL_SOLUTION
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Specify the analysis solution procedure if thermal only or coupled thermal analysis is performed.
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SOLN, NLQ, ISNAN, LCINT
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*CONTROL_SPH
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Provide controls for computing SPH particles.
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NCBS, BOXID, DT, IDIM, MEMORY, FORM, START, MAXV, CONT, DERIV, INI, ISHOW, IEROD, ICONT, IAVIS
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*CONTROL_SPOTWELD_
BEAM
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Provides factors for scaling the failure force resultants of beam spot welds as a function of their parametric location on the contact segment and the size of the segment.
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LCT, LCS, T_ORT, PRTFLG, T_ORS, RPBHX
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*CONTROL_STRUCTURED
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Write out a LS-DYNA structured input deck for version 970.
|
n/a
|
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*CONTROL_STRUCTURED
_TERM
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Write out a LS-DYNA structured input deck for version 970. Termination will occur after the structured input file is written.
|
n/a
|
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*CONTROL_SUBCYCLE
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Control time step subcycling.
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n/a
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*CONTROL_TERMINATION
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Stop the job.
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ENDTIM, ENDCYC, DTMIN, ENDENG, ENDMASS
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*CONTROL_THERMAL_
NONLINEAR
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Set parameters for a nonlinear thermal or coupled structural/thermal analysis.
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REFMAX, TOL, DCP, LUMPBC, THLSTL,
NLTHPR, PHCHPN
|
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*CONTROL_THERMAL_
SOLVER
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Set options for the thermal solution in a thermal only or coupled structural-thermal analysis.
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ATYPE, PTYPE, SOLVER, CGTOL, GPT, EQHEAT, FWORK, SBC
|
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*CONTROL_THERMAL_
TIMESTEP
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Set time step controls for the thermal solution in a thermal only or a coupled structural/thermal analysis.
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TS, TIP, ITS, TMIN, TMAX, DTEMP, TSCP, LCTS
|
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*CONTROL_TIMESTEP
|
Set structural time step size control using different options.
|
DTINIT, TSSFAC, ISDO, TSLIMIT, DT2MS, LCTM, ERODE, MS1ST
|
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*DAMPING_FREQUENCY_
RANGE
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Provides approximately constant damping over a range of frequencies.
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CDAMP, FLOW, FHIGH, PSID
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*DAMPING_GLOBAL
|
Define mass weighted nodal damping that applies globally to the nodes of deformable bodies and to the mass center of rigid bodies.
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LCID, VALDMP, STX - STZ, SRX - SRZ
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*DATABASE_ABSTAT
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Specify time interval and file type for Airbag statistics time history file output.
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*DATABASE_AVSFLT
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Specify time interval for AVS database output.
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*DATABASE_BINARY_D3PART
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Dt for partial output states.
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DT, LCDT, BEAM, NPLTC, PSETID
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*DATABASE_BINARY_
D3PLOT
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Dt for complete output states.
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DT, LCDT, NOBEAM, NPLTC, PSETID, IOOPT
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*DATABASE_BINARY_
D3DRLF
|
Dynamic relaxation database.
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CYCLE
|
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*DATABASE_BINARY_
D3THDT
|
Dt for time history data of element subsets.
|
DT, LCDT
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*DATABASE_BINARY_
D3DUMP
|
Binary output restart files. Define output frequency in cycles.
|
DT
|
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*DATABASE_BINARY_
FSIFOR
|
ALE interface force database
|
DT, LCDT, NOBEAM, NPLTC, PSETID
|
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*DATABASE_BINARY_
INTFOR
|
Dt for output of contact interface data.
|
DT, LCDT
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*DATABASE_BINARY_
RUNRSF
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Binary output restart file. Define output frequency in cycles.
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DT
|
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*DATABASE_BINARY_
XTFILE
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Flag to specify output of extra time history data to XTFILE at same time as D3THDT file.
|
DT
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*DATABASE_BNDOUT
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Specify time interval and file type for Boundary condition forces and energy time history file output.
|
|
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*DATABASE_DEFGEO
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Specify time interval deformed geometry file output.
|
|
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*DATABASE_DEFORC
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Specify time interval and file type for discrete element forces time history file output.
|
|
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*DATABASE_ELOUT
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Specify time interval and file type for element data time history file output.
|
|
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*DATABASE_EXTENT_AVS
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Specify output database to be written.
|
VTYPE, COMP
|
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*DATABASE_EXTENT_
BINARY
|
Specify output database to be written.
|
NEIPH, NEIPS, MAXINT, STRFLAG, SIGFLG, EPSFLG, RLTFLG, ENGFLG, CMPFLG, IEVERP, BEAMIP, DCOMP,SHGE, STSSZ, N3THDT, IALEMAT, NINTSLD, PKP_SEN, SCLP, MSSCL, THERM
|
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*DATABASE_EXTENT_D3PART
|
Controls, to some extent, the content of specific output databases.
|
NEIPH, NEIPS, MAXINT, STRFLAG, SIGFLG, EPSFLG, RLTFLG, ENGFLG, IEVERP, SHGE, STSSZ, NINTSLD
|
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*DATABASE_EXTENT_
MOVIE
|
Specify output database to be written.
|
VTYPE, COMP
|
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*DATABASE_EXTENT_
MPGS
|
|
VTYPE, COMP
|
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*DATABASE_EXTENT_
SSSTAT
|
|
PSID(1), ArrayCount
|
|
*DATABASE_FORMAT
|
|
IFORM, IBINARY
|
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*DATABASE_GCEOUT
|
Specify time interval and file type for Geometric contact entities force time history file output
|
|
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*DATABASE_GLSTAT
|
Specify time interval and file type for global model data time history file output.
|
|
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*DATABASE_JNTFORC
|
Specify time interval and file type for joint force time history file output
|
|
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*DATABASE_MASSOUT
|
Export nodal masses into ASCII file MASSOUT.
|
NDFLG, RBFLG
|
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*DATABASE_MATSUM
|
Specify time interval and file type for material energies time history file output
|
|
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*DATABASE_MOVIE
|
Specify time interval for movie output
|
|
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*DATABASE_MPGS
|
Specify time interval for MPGS
|
|
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*DATABASE_NCFORC
|
Specify time interval and file type for nodal interface forces time history file output
|
|
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*DATABASE_NODFOR
|
Specify time interval and file type for nodal force groups time history file output
|
|
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*DATABASE_NODOUT
|
Specify time interval and file type for nodal point data time history file output
|
|
|
*DATABASE_OPTION
|
Control cards for all ASCII output
|
ABSTAT, ABSTAT_CPM, AVSFLT, BNDOUT, DCFAIL, DEFGEO, DEFORC, ELOUT, GCEOUT, GLSTAT, JNTFORC, MATSUM, MOVIE, MPGS, NCFORC, NODFOR, NODOUT, RBDOUT, RCFORC, RWFORC, SBTOUT, SECFORC, SLEOUT, SPCFORC, SPHOUT, SSSTAT, SWFORC, TPRINT, TRHIST
|
|
*DATABASE_RBDOUT
|
Specify time interval and file type for rigid body data time history file output.
|
|
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*DATABASE_RCFORC
|
Specify time interval and file type for resultant interface forces time history file output.
|
|
|
*DATABASE_RWFORC
|
Specify time interval and file type for rigid wall forces time history file output.
|
|
|
*DATABASE_SBTOUT
|
Specify time interval and file type for Seat belt time history file output.
|
|
|
*DATABASE_SECFORC
|
Specify time interval and file type for cross section forces time history file output
|
|
|
*DATABASE_SLEOUT
|
Specify time interval and file type for sliding interface energy time history file output
|
|
|
*DATABASE_SPCFORC
|
Specify time interval and file type for SPC reaction forces time history file output
|
|
|
*DATABASE_SPHOUT
|
Specify time interval and file type for SPH element data time history file output
|
|
|
*DATABASE_SPRING_
FORWARD
|
Create spring forward nodal force file.
|
IFLAG
|
|
*DATABASE_SSSTAT
|
Specify time interval and file type for Subsystem data time history file output
|
|
|
*DATABASE_
SUPERPLASTIC_
FORMING
|
Specify the output intervals to the superelastic forming output files.
|
DTOUT
|
|
*DATABASE_SWFORC
|
Specify time interval and file type for nodal constraint reaction forces time history file output
|
|
|
*DATABASE_TPRINT
|
Specify time interval and file type for thermal time history file output.
Thermal output from a coupled structural/thermal or thermal only analysis.
|
|
|
*DATABASE_TRACER
|
Tracer particles will save a history of either a material point or a spatial point into an ASCII file, TRHIST.
|
TIME, TRACK, X, Y, Z
|
|
*DATABASE_TRHIST
|
Tracer particle history information
|
|
|
*INTERFACE_
COMPENSATION_NEW
|
Calculate the deviation of the part from its intended design of the stamped part and automatically compensate the tool to minimize the deviation, modify the trimming curve after the die modification, and automatically detect the undercut problem
|
METHOD, SL, SF, ELREF, PSIDm, UNDCT
|
|
*STRESS_INITIALIZATION
|
Allows all or selected parts to be initialized on restart, using data from the d3dump or runrsf database.
|
PIDO, PIDN
|
|
*STRESS_INITIALIZATION_DISCRETE
|
Initializes all discrete parts from the old parts.
|
|
|
*STRESS_INITIALIZATION_SEATBELT
|
Initializes all seatbelt parts from the old parts.
|
|
|