**
*SOLID SECTION,ELSET=Kasten,MATERIAL=Alu
*SOLID SECTION,ELSET=Deckel,MATERIAL=Alu
*SOLID SECTION,ELSET=Dichtung,MATERIAL=Elastomerdichtung
*SOLID SECTION,ELSET=Luft,MATERIAL=Air
*SOLID SECTION,ELSET=Luftbegrenzung,MATERIAL=Air
0.1,            25.00168,            33.20641,            18.45417
*BEAM SECTION,ELSET=Beam_Schraube,MATERIAL=Stahl,section=circ
5
0, -1, -1
*BEAM SECTION,ELSET=Beam_Scharnier,MATERIAL=Stahl,section=circ
5
*BEAM SECTION,ELSET=Beam_Gasfeder,MATERIAL=Stahl,section=circ
5  
**
*SURFACE, TYPE=ELEMENT, NAME=Schale_Luft, TRIM=YES
 Schale_Luft,SPOS
** 
*SPRING, ELSET=Gasfeder
            1,        1
           10.0,      1.0
*ELEMENT, TYPE=SPRINGA, ELSET=Gasfeder
         1,      2002,      2001 
**
*MATERIAL,NAME=Alu
*ELASTIC
   70000.0,       0.33
*DENSITY
 2.700e-09,
*EXPANSION
 1.200e-05,
** 
*MATERIAL,NAME=Stahl
*ELASTIC
 2.100e+05,       0.3
*DENSITY
 7.850e-09,
*EXPANSION
 1.200e-05,
** 
*MATERIAL,NAME=Elastomerdichtung
*ELASTIC
       7.0,       0.4
*DENSITY
 1.100e-09,
*EXPANSION
 1.200e-05,
**
*MATERIAL, NAME=Air
*ACOUSTICMEDIUM,BULKMODULUS
 1.39e-1,
*DENSITY
 1.2e-12,    
**
**TIE, ID=1, LABEL="TIE_1"
*TIE, NAME=TIE_1, POSITION TOLERANCE=0.05, ADJUST=NO
Dichtung_Deckel,Deckel_Dichtung
**TIE, ID=2, LABEL="TIE_2"
*TIE, NAME=TIE_2, POSITION TOLERANCE=0.05, ADJUST=NO
Dichtung_Kasten,Kasten_Dichtung
**TIE, ID=3, LABEL="TIE_3"
*TIE, NAME=TIE_3, POSITION TOLERANCE=0.05, ADJUST=NO
Luft_Schale,Schale_Luft
**TIE, ID=4, LABEL="TIE_4"
*TIE, NAME=TIE_4, POSITION TOLERANCE=0.05, ADJUST=NO
Luft_Modell,Model_Luft
**
**
*AMPLITUDE, DEFINITION=TABULAR, NAME=FP1_X_REAL
1.0,    0.0
3000.,  0.0
*AMPLITUDE, DEFINITION=TABULAR, NAME=FP1_X_IMAG
1.0,    0.0
3000.,  0.0
**
*AMPLITUDE, DEFINITION=TABULAR, NAME=FP1_Y_REAL
1,      0.0
3000.,  0.0
*AMPLITUDE, DEFINITION=TABULAR, NAME=FP1_Y_IMAG
1,      0.0
3000.,  0.0
**
*AMPLITUDE, DEFINITION=TABULAR, NAME=FP1_Z_REAL
1,      3.0
3000.,  3.0
*AMPLITUDE, DEFINITION=TABULAR, NAME=FP1_Z_IMAG
1,      0.0
3000.,  0.0
**  
**
*NSET, NSET=NOUT
241126,  241127,  241128,
241085,  241086,  241087,
241167,  241168,  241169,
*ELSET, ELSET=EOUT
220138,  220139,  220180,  220181
**
*NSET, NSET=Anregung
     27531,     27544,     29871,     29874,     31817,     31832,     33795,     35766,     35773,
     38559,     38568,     41356,     43318,     43327,     48413,     48419,     61021,     61038,
     61051,     74819,     74843,     79004,     79035,     95675,     95677,     95702,     95717,
**     
**************************************************************
** STEP 1
**************************************************************
*STEP
*FREQUENCY,SIM
 50,5,3000
**
** DEFINE PRIMARY BASE **
*BOUNDARY, TYPE=VELOCITY
 Lagerung_Kasten, 1,  3
**
**
** DEFINE SECONDARY BASES ** 
*BOUNDARY, BASE NAME=FP_X, TYPE=VELOCITY
 Anregung, 1,  1
*BOUNDARY, BASE NAME=FP_Y, TYPE=VELOCITY
 Anregung, 2,  2
*BOUNDARY, BASE NAME=FP_Z, TYPE=VELOCITY
 Anregung, 3,  3
** 
*OUTPUT, FIELD
*NODE OUTPUT
 U,
*ELEMENT OUTPUT
 S,
**
*END STEP
**************************************************************
** STEP 2
**************************************************************
*STEP
*STEADY STATE DYNAMICS, SUBSPACE PROJECTION, INTERVAL=EIGENFREQUENCY
**LOWER LIMIT/SINGLE FREQ, UPPER LIMIT, NUMBER (>=2, if <2 or empty: default:20), BIAS, (FREQ SCALE FACTOR) 
5,3000,20,1
**
*SELECT EIGENMODES, GENERATE, DEFINITION=MODE NUMBERS
1,50,1
**
*MODAL DAMPING,MODAL=DIRECT, DEFINITION=MODE NUMBERS
**MODE NR LOWEST MODE, MODE NR HIGHEST MODE, FRACTION OF CRIT DAMP
1,50,0.03
**
**FP 1
**BASE MOTION ONLY WITHOUT THE DIRECT PARAMETER IN STEADY STATE DYNAMICS
*BASE MOTION,TYPE=ACCELERATION,DOF=1, REAL, AMP=FP1_X_REAL, SCALE=1000, BASE NAME=FP_X
*BASE MOTION,TYPE=ACCELERATION,DOF=1, IMAG, AMP=FP1_X_IMAG, SCALE=1000, BASE NAME=FP_X
**
*BASE MOTION,TYPE=ACCELERATION,DOF=2, REAL, AMP=FP1_Y_REAL, SCALE=1000, BASE NAME=FP_Y
*BASE MOTION,TYPE=ACCELERATION,DOF=2, IMAG, AMP=FP1_Y_IMAG, SCALE=1000, BASE NAME=FP_Y
**
*BASE MOTION,TYPE=ACCELERATION,DOF=3, REAL, AMP=FP1_Z_REAL, SCALE=1000, BASE NAME=FP_Z
*BASE MOTION,TYPE=ACCELERATION,DOF=3, IMAG, AMP=FP1_Z_IMAG, SCALE=1000, BASE NAME=FP_Z
**
*OUTPUT, FIELD, OP=NEW, FREQUENCY=1
*NODE OUTPUT
 U,POR
*ELEMENT OUTPUT
 S,
**
*OUTPUT, HISTORY, OP=NEW
*NODE OUTPUT, NSET=NOUT
 U, POR,
*ELEMENT OUTPUT, ELSET=EOUT
 S,
*END STEP
**