$# LS-DYNA Keyword file created by LS-PREPOST 2.2 beta - 17Aug2007(16:20)
$# Created on Feb-07-2008 (23:13:48)
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$
$                   MODEL UNITS TON, MM, SEC
$
$               HOW TO RUN SIMon OUTSIDE SIMon SOFTWARE
$
$   STEP 1:   GET NAP or AV DATA IN SAE J211 COORDINATE SYSTEM
$
$   STEP 2:   INPUT THE DATA IN SIMon SOFTWARE
$
$   STEP 3:   ONCE CASE HAS BEEN ADDED TO SIMon SOFTWARE, A LOADCURVE FILE WILL BE GENERATED IN THE "WORK FOLDER" FOR e.g.  C:\Simon\Work\Test\AV OR NAP
$
$   STEP 4:   THIS LOADCURVE FILE HAS A) THREE LINEAR VELOCITIES (UNITS:  SEC, IN/SEC, CURVE ID's:  3 (X-TRANSLATION DOF),  4 (Y-TRANSLATION DOF) ,  5 (Z-TRANSLATION DOF))
$								  AND B) THREE ANGULAR VELOCITIES (UNITS: SEC, RAD/SEC, CURVE ID's:  6 (X-ROTATIONAL DOF),  7 (Y-ROTATIONAL DOF) ,  8 (Z-ROTATIONAL DOF)).
$             SCALE THE LOAD CURVE FILE TO MATCH SIMon MODEL UNITS OF TON, MM, SEC
$
$   STEP 5:   FURTHER DO THE FOLLOWING TO THE SCALED LOADCURVE FILE:
$                      A) INCLUDE SIMon MODEL FILE
$                      B) ADD CONTROL TERMINATION CARD
$
$   STEP 6: RUN THE LOADCURVE FILE. A SAMPLE LOADCURVE FILE IS ATTACHED
$
$
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*KEYWORD
*TITLE
$# title
BRAIN-TG1
$*CONTROL_TERMINATION
$$  ENDTIM    ENDCYC     DTMIN    ENDENG    ENDMAS
$     0.120         0      0.05       0.0       0.0
*CONTROL_TIMESTEP
$$  DTINIT    TSSFAC      ISDO    TSLIMT     DT2MS      LCTM     ERODE     MSIST
*CONTROL_SHELL
$$  WRPANG     ESORT     IRNXX    ISTUPD    THEORY       BWC     MITER      PROJ
*CONTROL_HOURGLASS
$$     IHQ        QH
*CONTROL_BULK_VISCOSITY
$$      Q2        Q1
*CONTROL_DYNAMIC_RELAXATION
$$  NRCYCK     DRTOL    DRFCTR    DRTERM    TSSFDR    IRELAL     EDTTL    IDRFLG
*CONTROL_CONTACT
$$  SLSFAC    RWPNAL    ISLCHK    SHLTHK    PENOPT    THKCHG     ORIEN    ENMASS
$$  USRSTR    USRFRC     NSBCS    INTERM     XPENE     SSTHK      ECDT   TIEDPRJ
*CONTROL_PARALLEL
$$    NCPU    NUMRHS      ACCU
*CONTROL_COUPLING
$$  UNLENG    UNTIME    UNFORC    TIMIDL     FLIPX     FLIPY     FLIPZ    SUBCYL
*CONTROL_OUTPUT
$$   NPOPT    NEECHO    NREFUP    IACCOP     OPIFS    IPNINT    IKEDIT
*CONTROL_ENERGY
$$    HGEN      RWEN    SLNTEN     RYLEN
*CONTROL_CPU
$$  CPUTIM
*DAMPING_GLOBAL
$$    LCID    VALDMP       STX       STR       STZ       SRX       SRY       SRZ
$$DATABASE_OPTION -- Control Cards for ASCII output
*DATABASE_GLSTAT
*DATABASE_MATSUM
*DATABASE_RCFORC
*DATABASE_RBDOUT
*DATABASE_SLEOUT
*DATABASE_NODOUT
*DATABASE_BINARY_D3PLOT
$$ DT/CYCL      LCDT      BEAM     NPLTC
*DATABASE_BINARY_D3THDT
$$ DT/CYCL      LCID
*DATABASE_EXTENT_BINARY
$$   NEIPH     NEIPS    MAXINT    STRFLG    SIGFLG    EPSFLG    RLTFLG    ENGFLG
$$  CMPFLG    IEVERP    BEAMIP     DCOMP      SHGE     STSSZ    N3THDT
*DEFINE_COORDINATE_NODES
$*DATABASE_HISTORY_NODE_SET_LOCAL
$         7        11         2
$*DATABASE_HISTORY_NODE_SET_LOCAL
$         8        11         2
$$ nodes nearest to the experimental NDT locations $$$$$$$
$*SET_NODE_LIST
$         7
$    291988    621933    621126    621948
$$ nodes of skull for check
$*SET_NODE_LIST
$         8
$    639753    643885    657404
*PART
CEREBRUM-R
$      PID     SECID       MID     EOSID      HGID      GRAV    ADPOPT      TMID
*PART
CEREBELLUM-R
$      PID     SECID       MID     EOSID      HGID      GRAV    ADPOPT      TMID
*PART
BSTEM-R
$      PID     SECID       MID     EOSID      HGID      GRAV    ADPOPT      TMID
*PART
VENTRICLE-R
$      PID     SECID       MID     EOSID      HGID      GRAV    ADPOPT      TMID
*PART
VESSELS-R
$      PID     SECID       MID     EOSID      HGID      GRAV    ADPOPT      TMID
*PART
FALX-TENT
$      PID     SECID       MID     EOSID      HGID      GRAV    ADPOPT      TMID
*PART
CSF-R
$      PID     SECID       MID     EOSID      HGID      GRAV    ADPOPT      TMID
*PART
SKULL
$      PID     SECID       MID     EOSID      HGID      GRAV    ADPOPT      TMID
*PART
FORAMEN
$      PID     SECID       MID     EOSID      HGID      GRAV    ADPOPT      TMID
*PART
CEREBRUM-L
$      PID     SECID       MID     EOSID      HGID      GRAV    ADPOPT      TMID
*PART
CEREBELLUM-L
$      PID     SECID       MID     EOSID      HGID      GRAV    ADPOPT      TMID
*PART
BSTEM-L
$      PID     SECID       MID     EOSID      HGID      GRAV    ADPOPT      TMID
*PART
VENTRICLE-L
$      PID     SECID       MID     EOSID      HGID      GRAV    ADPOPT      TMID
*PART
VESSELS-L
$      PID     SECID       MID     EOSID      HGID      GRAV    ADPOPT      TMID
*PART
CSF-L
$      PID     SECID       MID     EOSID      HGID      GRAV    ADPOPT      TMID
*SECTION_SHELL_TITLE
SKULL
$    SECID    ELFORM      SHRF       NIP     PROPT   QR/IRID     ICOMP     SETYP
$       T1        T2        T3        T4      NLOC     MAREA
*SECTION_SHELL_TITLE
FORAMEN
$    SECID    ELFORM      SHRF       NIP     PROPT   QR/IRID     ICOMP     SETYP
$       T1        T2        T3        T4      NLOC     MAREA
*SECTION_SHELL_TITLE
FALX-TENT
$    SECID    ELFORM      SHRF       NIP     PROPT   QR/IRID     ICOMP     SETYP
$       T1        T2        T3        T4      NLOC     MAREA
*SECTION_SOLID_TITLE
BRAIN-R
$    SECID    ELFORM       AET
*SECTION_SOLID_TITLE
CEREBELLUM-R
$    SECID    ELFORM       AET
*SECTION_SOLID_TITLE
BSTEM-R
$    SECID    ELFORM       AET
*SECTION_SOLID_TITLE
VENTRICLE-R
$    SECID    ELFORM       AET
*SECTION_SOLID_TITLE
CSF-R
$    SECID    ELFORM       AET
*SECTION_SOLID_TITLE
BRAIN-L
$    SECID    ELFORM       AET
*SECTION_SOLID_TITLE
CEREBELLUM-L
$    SECID    ELFORM       AET
*SECTION_SOLID_TITLE
BSTEM-L
$    SECID    ELFORM       AET
*SECTION_SOLID_TITLE
VENTRICLE-L
$    SECID    ELFORM       AET
*SECTION_SOLID_TITLE
CSF-L
$    SECID    ELFORM       AET
*SECTION_BEAM
*SECTION_BEAM
*MAT_RIGID_TITLE
SKULL
$      MID        RO         E        PR         N    COUPLE         M     ALIAS
$      CMO      CON1      CON2
$LCO_OR_A1        A2        A3        V1        V2        V3
*MAT_ELASTIC_TITLE
FORAMEN
$      MID        RO         E        PR        DA        DB
*MAT_ELASTIC_FLUID_TITLE
VENTRICLE
$HMNAME MATS       4VENTRICLE
*MAT_ELASTIC_TITLE
FALX-TENT
$HMNAME MATS       6Falx/Tentorium/Dura
*MAT_KELVIN-MAXWELL_VISCOELASTIC_TITLE
CSF
$      MID        RO      BULK        G0        GI        DC        FO        SO
*MAT_CABLE_DISCRETE_BEAM
$*MAT_KELVIN-MAXWELL_VISCOELASTIC_TITLE
$BRAIN
$HMNAME MATS       1BRAIN_LVE
$         11.0400E-09   558.475    0.01251.0000E-03     100.0       0.0
$*MAT_KELVIN-MAXWELL_VISCOELASTIC_TITLE
$BSTEM
$HMNAME MATS       3BSTEM_LVE
$         31.0400E-09   558.475    0.01251.0000E-03     100.0       0.0
$*MAT_OGDEN_RUBBER_TITLE
$BRAIN
$$HMNAME MATS       1BrainKlieven?
$         11.0400E-09    0.4999         0         6
$5.3800E-05-1.204E-04       0.0       0.0       0.0       0.0       0.0       0.0
$      10.1     -12.9       0.0       0.0       0.0       0.0       0.0       0.0
$      0.32 1000000.0
$     0.078  100000.0
$    0.0062   10000.0
$     0.008    1000.0
$1.0000E-04     100.0
$     0.003      10.0
$----------------------NEW MATERIAL------------------------------
*MAT_KELVIN-MAXWELL_VISCOELASTIC
$--------------------------------------------------------------
*MAT_OGDEN_RUBBER_TITLE
BRAIN
$HMNAME MATS       1ogden-ulp
*MAT_OGDEN_RUBBER_TITLE
BSTEM
$HMNAME MATS       3Brain_Stem
*HOURGLASS
$     HGID       IHQ        QM       IBQ        Q1        Q2        QB        QW
$#    hgid       ihq        qm       ibq        q1        q2    qb/vdc        qw
*HOURGLASS
*CONSTRAINED_EXTRA_NODES_NODE
$HMNAME GROUPS       4XtraNodes_2
$HMCOLOR GROUPS       4       1
$HMFLAG GROUPS SLAVE
*CONSTRAINED_EXTRA_NODES_NODE
$HMNAME GROUPS       5XtraNodes_3
$HMCOLOR GROUPS       5       1
$HMFLAG GROUPS SLAVE
*CONSTRAINED_EXTRA_NODES_NODE
$HMNAME GROUPS       6XtraNodes_4
$HMCOLOR GROUPS       6       1
$HMFLAG GROUPS SLAVE
$
*DEFINE_CURVE
$
*DEFINE_CURVE
$
*ELEMENT_SOLID
$#   eid     pid      n1      n2      n3      n4      n5      n6      n7      n8
*ELEMENT_SHELL
$#   eid     pid      n1      n2      n3      n4      n5      n6      n7      n8
*ELEMENT_BEAM
$#   eid     pid      n1      n2      n3     rt1     rr1     rt2     rr2   local
*NODE
$#   nid               x               y               z      tc      rc
*BOUNDARY_PRESCRIBED_MOTION_RIGID
*BOUNDARY_PRESCRIBED_MOTION_RIGID
*BOUNDARY_PRESCRIBED_MOTION_RIGID
*BOUNDARY_PRESCRIBED_MOTION_RIGID
*BOUNDARY_PRESCRIBED_MOTION_RIGID
*BOUNDARY_PRESCRIBED_MOTION_RIGID
*END