$# Unit: kg, m, s, N, Pa 
$# run as 'LS-DYNA i=S-3.sample.acoustic.bem.matv2.k bem=tt CASE'
*KEYWORD
*INCLUDE
8.11.matv.engine.model.k
*FREQUENCY_DOMAIN_ACOUSTIC_BEM_MATV
$#      ro         c      fmin      fmax     nfreq    dt_out   t_start      pref
      1.21      340.     1000.     2000.         3                 0.0    20.e-6
$# nsidext   typeext   nsidint   typeint    fftwin     trslt    ipfile    iunits
         1         1         0         0         4
$#  method     maxit       res       ndd     tollr    tolfct     ibdim       npg
         2      1000     1.E-6         8
$#               nbc    restrt     iedge      noel     nfrup
                   1         1
$#    ssid    sstype      norm  bem_type       lc1       lc2
         1         2         1
$===============================================================================
$                          please complete the keywords
$-------------------------------------------------------------------------------
*CASE_BEGIN_1
*FREQUENCY_DOMAIN_SSD
$ note: curve ID 100 gives   amplitude of nodal force y at node 2846004
$#   mdmin     mdmax     fnmin     fnmax    restmd    restdp
         1        20     0.000     0.000         1         0
$#   dampf     lcdam     lctyp    dmpmas    dmpstf
  0.020000         0         0     0.000     0.000
$#                                                      nout     notyp      nova
                                                           1         2         0
$#     nid      ntyp       dof       vad       lc1       lc2    lcflag       vid
   2846004                   2         0       100
*DEFINE_CURVE
$     LCID      SIDR    SCALEX    SCALEY      OFFA      OFFO    DATTYP
       100         0       1.0       1.0       0.0       0.0         0
$                  X                   Y
               1000.               1000.
               3000.               1000.
*CASE_END_1
*CASE_BEGIN_2
*FREQUENCY_DOMAIN_SSD
$ note: curve ID 200 gives   amplitude of nodal force y at node 2862261
$#   mdmin     mdmax     fnmin     fnmax    restmd    restdp
         1        20     0.000     0.000         1         0
$#   dampf     lcdam     lctyp    dmpmas    dmpstf
  0.020000         0         0     0.000     0.000
$#                                                      nout     notyp      nova
                                                           1         2         0
$#     nid      ntyp       dof       vad       lc1       lc2    lcflag       vid
   2862261         0         2         0       200
*DEFINE_CURVE_TITLE
CurveGen_1
$     LCID      SIDR    SCALEX    SCALEY      OFFA      OFFO    DATTYP
       200         0       1.0       1.0       0.0       0.0         0
$                  X                   Y
               1000.               2000.
               3000.               2000.
*CASE_END_2
*CASE_BEGIN_3
*FREQUENCY_DOMAIN_SSD
$ note: curve ID 300 gives   amplitude of nodal force z at node 2859766 
$#   mdmin     mdmax     fnmin     fnmax    restmd    restdp
         1        20     0.000     0.000         1         0
$#   dampf     lcdam     lctyp    dmpmas    dmpstf
  0.020000         0         0     0.000     0.000
$#                                                      nout     notyp      nova
                                                           1         2         0
$#     nid      ntyp       dof       vad       lc1       lc2    lcflag       vid
   2859766                   3         0       300
*DEFINE_CURVE_TITLE
CurveGen_1
$     LCID      SIDR    SCALEX    SCALEY      OFFA      OFFO    DATTYP
       300         0       1.0       1.0       0.0       0.0         0
$                  X                   Y
               1000.               1000.
               3000.               1000.
*CASE_END_3
$===============================================================================
*DATABASE_FREQUENCY_BINARY_D3SSD
$#  binary
         1
$#    fmin      fmax     nfreq    fspace    lcfreq
     1000.     2000.         3         0         0
*END