*KEYWORD
$-----------------------------------------------------------------------------
$
$ Example provided by DYNAmore
$
$ DYNAmore GmbH
$ Industriestr. 2
$ 70565 Stuttgart
$ Germany
$ Tel: +49-(0)711-459-6000
$ LS-DYNA Hotline: +49-(0)7031-418295
$
$ E-Mail: info@dynamore.de
$ Web: http://www.dynamore.de
$
$ Copyright, 2011 DYNAmore GmbH
$ Copying for non-commercial usage allowed if
$ copy bears this notice completely.
$
$------------------------------------------------------------------------------
$
$
*TITLE
ignore
$
$
$
$ ===============
$ PARAMETER cards
$ ===============
$
*PARAMETER
R dt_asc      2.0E-6
R dt_bin      5.0E-5
$
$
$ =============
$ CONTROL cards
$ =============
$
*CONTROL_CONTACT
$:  slsfac    rwpnal    islchk    shlthk    penopt    thkchg     orien    enmass
$:  usrstr    usrfrc     nsbcs    interm     xpene     ssthk      ecdt   tiedprj
$:   sfric     dfric       edc       vfc        th     th_sf    pen_sf
$:  ignore    frceng   skiprwg    outseg   spotstp   spotdel   spothin
*CONTROL_TERMINATION
$:  endtim    endcyc     dtmin    endeng    endmas     nosol
*CONTROL_TIMESTEP
$:  dtinit    tssfac      isdo    tslimt     dt2ms      lctm     erode     ms1st
$
$
$ ==============
$ DATABASE cards
$ ==============
$
*DATABASE_GLSTAT
$:      dt    binary      lcur     ioopt
&dt_asc
*DATABASE_NCFORC
$:      dt    binary      lcur     ioopt
&dt_asc
*DATABASE_RCFORC
$:      dt    binary      lcur     ioopt
&dt_asc
*DATABASE_SLEOUT
$:      dt    binary      lcur     ioopt
&dt_asc
*DATABASE_BINARY_D3PLOT
$:      dt      lcdt    nobeam     npltc
&dt_bin
$
$
$ ====================
$ MAT (Material) cards
$ ====================
$
*MAT_ELASTIC
$:     mid        ro         e        pr        da        db         k
$
$
$
$ =============
$ SECTION cards
$ =============
$
*SECTION_SHELL
$:   label    elform      shrf       nip     propt        qr     icomp     setyp
$:      t1        t2        t3        t4      nloc     marea      idof    edgset
$
$
$
$ ==========
$ PART cards
$ ==========
$
*PART
$:     pid     secid       mid     eosid      hgid      grav    adpopt      tmid
$
*PART
$:     pid     secid       mid     eosid      hgid      grav    adpopt      tmid
$
$
$
$ ==========
$ NODE cards
$ ==========
$
*NODE
$:   nid              cx              cy              cz      tc      rc
$
$
$ =============
$ ELEMENT cards
$ =============
$
*ELEMENT_SHELL
$: label     pid      n1      n2      n3      n4      n5      n6      n7      n8
$
$
$ ============
$ DEFINE cards
$ ============
$
$
*DEFINE_CURVE
$
$ Cross-reference summary for Load-curve 111
$ -----------------------------------------------
$
$ Body load definition <No label>: Base Z acceleration vs time
$ X axis : Time                       (Units: Time)
$ Y axis : Base Z acceleration        (Units: Acceleration)
$
$ Usage: Transient analysis
$
$:   label      sidr       sfa       sfo      offa      offo    dattyp
$:             xvals               yvals
$
$
$
$ ==============
$ BOUNDARY cards
$ ==============
$
*BOUNDARY_SPC_NODE
$:      id       cid      dofx      dofy      dofz     dofrx     dofry     dofrz
$
$
$ =============
$ INITIAL cards
$ =============
$
*INITIAL_VELOCITY
$:    nsid    nsidex     boxid      pval      icid
$:      vx        vy        vz       vxr       vyr       vzr
$
$ Cross-reference summary for SET_NODE 1
$ --------------------------------------
$ INITIAL_VELOCITY <No label>
$
*SET_NODE_LIST
$
$
$
$ ==========
$ LOAD cards
$ ==========
$
*LOAD_BODY_Z
$:    lcid        sf    lciddr
$
$
$ =============
$ CONTACT cards
$ =============
$
*CONTACT_AUTOMATIC_SURFACE_TO_SURFACE_ID
$:   label       title
$:    ssid      msid     sstyp     mstyp    sboxid    mboxid       spr       mpr
$:      fs        fd        dc        vc       vdc    penchk        bt        dt
$:     sfs       sfm       sst       mst      sfst      sfmt       fsf       vsf
$
$
$
*END