

 Autodesk (R) Simulation Natural Frequency (Modal)
 Version 2014.00.00.0513-W64/X64 22-Feb-2013
 Copyright (c) 2013, Autodesk, Inc. All rights reserved. 

------------------------------------------------- 
                          DATE: MAY 6, 2014                   
                          TIME: 03:56 PM
                   INPUT MODEL: D:\Autodesk Simulation Manuscript\Autodesk Simulation _Tut and Exe_Final\Tutorial\c10_simulation_2014_tut\Tut01\c10_tut01.ds_data\1\ds

                    PROGRAM VERSION: 201400000513
            alg-win-x64.dll VERSION: 201400000513
       agsdb_ar-win-x64.dll VERSION: 201400000513
      algconfig-win-x64.dll VERSION: 201400000513
 solvercallback-win-x64.dll VERSION: 201400000513
               amgsolve.exe VERSION:    360000000
 
------------------------------------------------- 

 **** Model Unit System Settings:
      --------------------------------------------
       Unit System              : English (in)
       Force                    : lbf
       Length                   : in
       Time                     : s
       Temperature (Absolute)   : deg F (R)
       Thermal Energy           : in*lbf
       Voltage                  : V
       Current                  : A
       Electrical Resistance    : ohm
       Mass                     : lbf*s^2/in
      --------------------------------------------

                                                  
1**** CONTROL INFORMATION                         
                                                  
      number of node points          (NUMNP)   =             8
      number of element types        (NELTYP)  =             1
      number of load cases           (LL)      =             1
      number of frequencies          (NF)      =             5
      analysis type code             (NDYN)    =             1
      equations per block            (KEQB)    =             0
      bandwidth minimization flag    (MINBND)  =            -1
      gravitational constant         (GRAV)    =    3.8640E+02
      number of equations            (NEQ)     =             6

 **** PRINT OF NODAL DATA SUPPRESSED              
 **** PRINT OF EQUATION NUMBERS SUPPRESSED        
 **** Part     1: beam elements
 **** PRINT OF TYPE-2 ELEMENT DATA SUPPRESSED     
                                                  
 **** EQUATION PARAMETERS                         
      total number of equations      =                       6
      bandwidth                      =                       6
      number of equations in a block =                       3
      number of blocks               =                       2
                                                  
 **** Hard disk file size information for processor:

       Available hard disk space on current drive = 147120.125 megabytes

 **** Symbolic Assembly Using the Skyline Matrix Profile ...
 **** Number of equations                 = 6
      Estimated maximum bandwidth         = 6
      Estimated triangle matrix nonzeroes = 21
      Symbolically assembled nonzeros     = 21
 **** Real Sparse Matrix Assembly ...
                                                  
1**** STIFFNESS MATRIX PARAMETERS                 
                                                  
      minimum non-zero diagonal element =           1.1413E+01
      maximum diagonal element          =           1.1417E+05
      maximum/minimum                   =           1.0003E+04
      average diagonal element          =           2.1158E+04
                                                  
      Minimum found at equation #2: node = 2 DOF=Ty
      Maximum found at equation #1: node = 2 DOF=Tx

      in the upper triangle:
      number of entries in the profile    = 21
      number of nonzeros                  = 8

 **** Sparse Matrix Assembled

 **** Invoking BCSLIB-EXT Sparse Eigensolver ...
      BCSLIB-EXT solver memory status:  
      in-core memory requirement (MB) =            0.58
      minimum memory requirement (MB) =            0.58
           user specified memory (MB) =          854.98
       available physical memory (MB) =          854.98
        available virtual memory (MB) =         5031.45
      memory currently allocated (MB) =            0.64

 **** Participation Factor Calculation


 **** Participation factors and modal masses are calculated
      for an assumed base acceleration unit loading in each 
      of the three global directions. Only masses or moments
      of inertia on unfixed degrees of freedom are considered.
      Center of rotation (reference point) is at origin of global
      coordinate system.

 Note: Non-zero rY moments of inertia =  3.540E+00
      will be included in calculations.
 Note: Non-zero rZ moments of inertia =  3.540E+00
      will be included in calculations.
      Rotational mass is 5.65% of generalized mass for mode   1
      Rotational mass is 5.65% of generalized mass for mode   2
      Rotational mass is 124.31% of generalized mass for mode   3
      Rotational mass is 107.32% of generalized mass for mode   4
      Rotational mass is 100.00% of generalized mass for mode   5

      X Direction

      Mass available in X direction:    2.2268E-03
      Weight available in X direction:  8.6043E-01
      Percent used in this direction:  6.783E-23%

 **** Note: None out of 5 frequency modes considered
            is effective in X-direction.


      Y Direction

      Mass available in Y direction:    2.2268E-03
      Weight available in Y direction:  8.6043E-01
      Percent used in this direction:  100.00%
      Modes used in this direction: 4 (1 cut off by 1.00E-06 tolerance)

 **** Modal Effective Mass & Participation Factor Y Direction

      Mode Frequency  Modal eff. mass   Cumulative mass   Participat.
           (HZ)       (weight)   (%)    (weight)   (%)    Factor
         1 5.53745E+0 7.6321E-01  88.70 7.6321E-01  88.70 -4.4443E-02
         2 5.53745E+0 4.8638E-02   5.65 8.1185E-01  94.35 -1.1219E-02
         3 4.22722E+1 1.6601E-02   1.93 8.2845E-01  96.28  6.5546E-03
         4 4.22722E+1 3.1983E-02   3.72 8.6043E-01 100.00  9.0979E-03
         5 6.49624E+2 0.0000E+00   0.00 8.6043E-01 100.00  0.0000E+00
 

      Z Direction

      Mass available in Z direction:    2.2268E-03
      Weight available in Z direction:  8.6043E-01
      Percent used in this direction:  100.00%
      Modes used in this direction: 4 (1 cut off by 1.00E-06 tolerance)

 **** Modal Effective Mass & Participation Factor Z Direction

      Mode Frequency  Modal eff. mass   Cumulative mass   Participat.
           (HZ)       (weight)   (%)    (weight)   (%)    Factor
         1 5.53745E+0 4.8638E-02   5.65 4.8638E-02   5.65  1.1219E-02
         2 5.53745E+0 7.6321E-01  88.70 8.1185E-01  94.35 -4.4443E-02
         3 4.22722E+1 3.1983E-02   3.72 8.4383E-01  98.07  9.0979E-03
         4 4.22722E+1 1.6601E-02   1.93 8.6043E-01 100.00 -6.5546E-03
         5 6.49624E+2 0.0000E+00   0.00 8.6043E-01 100.00  0.0000E+00
 

      rX Direction

      Mass moment of inertia available in rX direction:    5.7523E-05
      Weight moment of inertia available in rX direction:  2.2227E-02
      Percent used in this direction:  100.00%
      Modes used in this direction: 1 (4 cut off by 1.00E-06 tolerance)

 **** Modal Effective Rotational Mass & Participation Factor rX Direction

      Mode Frequency  Modal eff. rmass  Cumulative rmass  Participat.
           (HZ)       (weight)   (%)    (weight)   (%)    Factor
         1 5.53745E+0 0.0000E+00   0.00 0.0000E+00   0.00  0.0000E+00
         2 5.53745E+0 0.0000E+00   0.00 0.0000E+00   0.00  0.0000E+00
         3 4.22722E+1 0.0000E+00   0.00 0.0000E+00   0.00  0.0000E+00
         4 4.22722E+1 0.0000E+00   0.00 0.0000E+00   0.00  0.0000E+00
         5 6.49624E+2 2.2227E-02 100.00 2.2227E-02 100.00  7.5844E-03
 

      rY Direction

      Mass moment of inertia available in rY direction:    3.5400E+00
      Weight moment of inertia available in rY direction:  1.3679E+03
      Percent used in this direction:  100.00%
      Modes used in this direction: 4 (1 cut off by 1.00E-06 tolerance)

 **** Modal Effective Rotational Mass & Participation Factor rY Direction

      Mode Frequency  Modal eff. rmass  Cumulative rmass  Participat.
           (HZ)       (weight)   (%)    (weight)   (%)    Factor
         1 5.53745E+0 8.1411E+01   5.95 8.1411E+01   5.95 -4.5901E-01
         2 5.53745E+0 1.2775E+03  93.39 1.3589E+03  99.34  1.8183E+00
         3 4.22722E+1 5.9140E+00   0.43 1.3648E+03  99.78 -1.2372E-01
         4 4.22722E+1 3.0697E+00   0.22 1.3679E+03 100.00  8.9131E-02
         5 6.49624E+2 0.0000E+00   0.00 1.3679E+03 100.00  0.0000E+00
 

      rZ Direction

      Mass moment of inertia available in rZ direction:    3.5400E+00
      Weight moment of inertia available in rZ direction:  1.3679E+03
      Percent used in this direction:  100.00%
      Modes used in this direction: 4 (1 cut off by 1.00E-06 tolerance)

 **** Modal Effective Rotational Mass & Participation Factor rZ Direction

      Mode Frequency  Modal eff. rmass  Cumulative rmass  Participat.
           (HZ)       (weight)   (%)    (weight)   (%)    Factor
         1 5.53745E+0 1.2775E+03  93.39 1.2775E+03  93.39 -1.8183E+00
         2 5.53745E+0 8.1411E+01   5.95 1.3589E+03  99.34 -4.5901E-01
         3 4.22722E+1 3.0697E+00   0.22 1.3620E+03  99.57  8.9131E-02
         4 4.22722E+1 5.9140E+00   0.43 1.3679E+03 100.00  1.2372E-01
         5 6.49624E+2 0.0000E+00   0.00 1.3679E+03 100.00  0.0000E+00
 

      g = 386.4

      Mode  Frequency  Modal effective mass (mass units)
      no.   (HZ)       X-dir.      Y-dir.      Z-dir.
         1  5.537E+00  1.9860E-52  1.9752E-03  1.2587E-04
         2  5.537E+00  1.8449E-53  1.2587E-04  1.9752E-03
         3  4.227E+01  3.2354E-43  4.2962E-05  8.2772E-05
         4  4.227E+01  1.9339E-44  8.2772E-05  4.2962E-05
         5  6.496E+02  1.5104E-27  0.0000E+00  0.0000E+00

     Total mass used   1.5104E-27  2.2268E-03  2.2268E-03
     Mass available    2.2268E-03  2.2268E-03  2.2268E-03
     Percent used        0.00      100.00      100.00


      Mode  Frequency  Modal effective mass (weight)
      no.   (HZ)       X-dir.      Y-dir.      Z-dir.
         1  5.537E+00  7.6740E-50  7.6321E-01  4.8638E-02
         2  5.537E+00  7.1288E-51  4.8638E-02  7.6321E-01
         3  4.227E+01  1.2502E-40  1.6601E-02  3.1983E-02
         4  4.227E+01  7.4726E-42  3.1983E-02  1.6601E-02
         5  6.496E+02  5.8364E-25  0.0000E+00  0.0000E+00

     Total mass used   5.8364E-25  8.6043E-01  8.6043E-01
     Mass available    8.6043E-01  8.6043E-01  8.6043E-01
     Percent used        0.00      100.00      100.00


      Mode  Frequency  Modal mass (%)        Cumulative mass (%)
      no.   (HZ)       X-dir. Y-dir. Z-dir.  X-dir. Y-dir. Z-dir.
         1  5.537E+00   0.00  88.70   5.65    0.00  88.70   5.65
         2  5.537E+00   0.00   5.65  88.70    0.00  94.35  94.35
         3  4.227E+01   0.00   1.93   3.72    0.00  96.28  98.07
         4  4.227E+01   0.00   3.72   1.93    0.00 100.00 100.00
         5  6.496E+02   0.00   0.00   0.00    0.00 100.00 100.00

      Mode  Frequency  Modal Participation Factors
      no.   (HZ)       X-dir.      Y-dir.      Z-dir.
         1  5.537E+00 -1.4093E-26 -4.4443E-02  1.1219E-02
         2  5.537E+00  4.2953E-27 -1.1219E-02 -4.4443E-02
         3  4.227E+01  5.6881E-22  6.5546E-03  9.0979E-03
         4  4.227E+01 -1.3906E-22  9.0979E-03 -6.5546E-03
         5  6.496E+02 -3.8864E-14  0.0000E+00  0.0000E+00

      Mode  Frequency  Modal effective rotational mass 
      no.   (HZ)       rX-dir.     rY-dir.     rZ-dir.
         1  5.537E+00  0.0000E+00  8.1411E+01  1.2775E+03
         2  5.537E+00  0.0000E+00  1.2775E+03  8.1411E+01
         3  4.227E+01  0.0000E+00  5.9140E+00  3.0697E+00
         4  4.227E+01  0.0000E+00  3.0697E+00  5.9140E+00
         5  6.496E+02  2.2227E-02  0.0000E+00  0.0000E+00

     Total Rmass used  2.2227E-02  1.3679E+03  1.3679E+03
     Rmass available   2.2227E-02  1.3679E+03  1.3679E+03
     Percent used      100.00      100.00      100.00


      Mode  Frequency  Modal mass (%)        Rotational mass (%)
      no.   (HZ)       X-dir. Y-dir. Z-dir.  X-dir. Y-dir. Z-dir.
         1  5.537E+00   0.00  88.70   5.65    0.00   5.95  93.39
         2  5.537E+00   0.00   5.65  88.70    0.00  93.39   5.95
         3  4.227E+01   0.00   1.93   3.72    0.00   0.43   0.22
         4  4.227E+01   0.00   3.72   1.93    0.00   0.22   0.43
         5  6.496E+02   0.00   0.00   0.00  100.00   0.00   0.00

      Mode  Frequency  Modal Participation Factors
      no.   (HZ)       rX-dir.     rY-dir.     rZ-dir.
         1  5.537E+00  0.0000E+00 -4.5901E-01 -1.8183E+00
         2  5.537E+00  0.0000E+00  1.8183E+00 -4.5901E-01
         3  4.227E+01  0.0000E+00 -1.2372E-01  8.9131E-02
         4  4.227E+01  0.0000E+00  8.9131E-02  1.2372E-01
         5  6.496E+02  7.5844E-03  0.0000E+00  0.0000E+00
                                                  
1**** PRINT OF NATURAL FREQUENCIES                
                                                  
        mode   circular                           
      number   frequency   frequency     period   
               (rad/sec)    (Hertz)      (sec)    
      ------  ----------- ----------- ----------- 
                                                  
           1   3.4793E+01  5.5374E+00  1.8059E-01
           2   3.4793E+01  5.5374E+00  1.8059E-01
           3   2.6560E+02  4.2272E+01  2.3656E-02
           4   2.6560E+02  4.2272E+01  2.3656E-02
           5   4.0817E+03  6.4962E+02  1.5394E-03
                                                  
1**** TEMPORARY FILE STORAGE (MEGABYTES)          
      ----------------------------------          
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       TOTAL       :      0.002 Megabytes
