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License Manager 2020 R1 ***** ANSYS COMMAND LINE ARGUMENTS ***** BATCH MODE REQUESTED (-b) = NOLIST INPUT FILE COPY MODE (-c) = COPY DISTRIBUTED MEMORY PARALLEL REQUESTED 4 PARALLEL PROCESSES REQUESTED WITH SINGLE THREAD PER PROCESS TOTAL OF 4 CORES REQUESTED DESIGNXPLORER REQUESTED INPUT FILE NAME = C:\Users\brumund\Documents (Local)\ANSYS\NASS\_ProjectScratch\Scr779E\dummy.dat OUTPUT FILE NAME = C:\Users\brumund\Documents (Local)\ANSYS\NASS\_ProjectScratch\Scr779E\solve.out START-UP FILE MODE = NOREAD STOP FILE MODE = NOREAD RELEASE= 2020 R1 BUILD= 20.1 UP20191203 VERSION=WINDOWS x64 CURRENT JOBNAME=file0 15:59:03 JUN 12, 2020 CP= 0.281 PARAMETER _DS_PROGRESS = 999.0000000 /INPUT FILE= ds.dat LINE= 0 *** NOTE *** CP = 0.422 TIME= 15:59:03 The /CONFIG,NOELDB command is not valid in a Distributed ANSYS solution. Command is ignored. *GET _WALLSTRT FROM ACTI ITEM=TIME WALL VALUE= 15.9841667 TITLE= Piezo-APA95ML-3DElm--Modal (A5) SET PARAMETER DIMENSIONS ON _WB_PROJECTSCRATCH_DIR TYPE=STRI DIMENSIONS= 248 1 1 PARAMETER _WB_PROJECTSCRATCH_DIR(1) = C:\Users\brumund\Documents (Local)\ANSYS\NASS\_ProjectScratch\Scr779E\ SET PARAMETER DIMENSIONS ON _WB_SOLVERFILES_DIR TYPE=STRI DIMENSIONS= 248 1 1 PARAMETER _WB_SOLVERFILES_DIR(1) = C:\Users\brumund\Documents (Local)\ANSYS\NASS\Piezo-APA95ML-3DElm_files\dp0\SYS-3\MECH\ SET PARAMETER DIMENSIONS ON _WB_USERFILES_DIR TYPE=STRI DIMENSIONS= 248 1 1 PARAMETER _WB_USERFILES_DIR(1) = C:\Users\brumund\Documents (Local)\ANSYS\NASS\Piezo-APA95ML-3DElm_files\user_files\ --- Data in consistent NMM units. See Solving Units in the help system for more MPA UNITS SPECIFIED FOR INTERNAL LENGTH = MILLIMETERS (mm) MASS = TONNE (Mg) TIME = SECONDS (sec) TEMPERATURE = CELSIUS (C) TOFFSET = 273.0 FORCE = NEWTON (N) HEAT = MILLIJOULES (mJ) INPUT UNITS ARE ALSO SET TO MPA *** ANSYS - ENGINEERING ANALYSIS SYSTEM RELEASE 2020 R1 20.1 *** DISTRIBUTED ANSYS Academic Research 00208316 VERSION=WINDOWS x64 15:59:03 JUN 12, 2020 CP= 0.453 Piezo-APA95ML-3DElm--Modal (A5) ***** ANSYS ANALYSIS DEFINITION (PREP7) ***** *********** Nodes for all Remote Points *********** *********** Send Condensed Parts As Superelements *********** *********** Include Condensed Part "Condensed Part" *********** *********** Send User Defined Coordinate System(s) *********** *********** Set Reference Temperature *********** *********** Send Materials *********** *********** Construct Remote Mass Using Remote Attachment *********** *********** Construct Remote Displacement *********** *** Create a component for all remote displacements *** ***** ROUTINE COMPLETED ***** CP = 0.453 --- Number of total nodes = 18 --- Number of contact elements = 0 --- Number of spring elements = 0 --- Number of bearing elements = 0 --- Number of solid elements = 105535 --- Number of condensed parts = 0 --- Number of total elements = 2 *GET _WALLBSOL FROM ACTI ITEM=TIME WALL VALUE= 15.9841667 ***** ANSYS SOLUTION ROUTINE ***** PERFORM A MODAL ANALYSIS THIS WILL BE A NEW ANALYSIS PARAMETER _THICKRATIO = 1.000000000 USE SYM. BLOCK LANCZOS MODE EXTRACTION METHOD EXTRACT 108 MODES NORMALIZE THE MODE SHAPES TO THE MASS MATRIX ERASE THE CURRENT DATABASE OUTPUT CONTROL TABLE. WRITE ALL ITEMS TO THE DATABASE WITH A FREQUENCY OF NONE FOR ALL APPLICABLE ENTITIES WRITE NSOL ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL FOR ALL APPLICABLE ENTITIES WRITE EANG ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL FOR ALL APPLICABLE ENTITIES WRITE VENG ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL FOR ALL APPLICABLE ENTITIES WRITE ETMP ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL FOR ALL APPLICABLE ENTITIES WRITE STRS ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL FOR ALL APPLICABLE ENTITIES WRITE EPEL ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL FOR ALL APPLICABLE ENTITIES WRITE EPPL ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL FOR ALL APPLICABLE ENTITIES WRITE RSOL ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL FOR ALL APPLICABLE ENTITIES SELECT FOR ITEM=D COMPONENT=U BETWEEN 0.0000 AND 0.0000 KABS= 0. TOLERANCE= 0.100000E-05 1 NODES (OF 18 DEFINED) SELECTED BY NSEL COMMAND. ALSO SELECT FOR ITEM=D COMPONENT=ROT BETWEEN 0.0000 AND 0.0000 KABS= 0. TOLERANCE= 0.100000E-05 1 NODES (OF 18 DEFINED) SELECTED BY NSEL COMMAND. SELECT ALL ELEMENTS HAVING ANY NODE IN NODAL SET. 1 ELEMENTS (OF 2 DEFINED) SELECTED FROM 1 SELECTED NODES BY ESLN COMMAND. DEFINITION OF COMPONENT = _CONSTRAINEDNODES ENTITY=ELEM ALL SELECT FOR ITEM=NODE COMPONENT= IN RANGE 1 TO 168964 STEP 1 18 NODES (OF 18 DEFINED) SELECTED BY NSEL COMMAND. ALL SELECT FOR ITEM=ELEM COMPONENT= IN RANGE 1 TO 127001 STEP 1 2 ELEMENTS (OF 2 DEFINED) SELECTED BY ESEL COMMAND. WRITE NLOA ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL FOR THE ENTITIES DEFINED BY COMPONENT _CONSTRAINEDNODES WRITE CONT ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL FOR ALL APPLICABLE ENTITIES EXPAND ALL EXTRACTED MODES CALCULATE ELEMENT RESULTS AND NODAL DOF SOLUTION CALCULATE STRESSES IN ANY DOWNSTREAM MODE SUPERPOSITION EXPANSION PASS DO NOT COMBINE ELEMENT SAVE DATA FILES (.esav) AFTER DISTRIBUTED PARALLEL SOLUTION DO NOT COMBINE ELEMENT MATRIX FILES (.emat) AFTER DISTRIBUTED PARALLEL SOLUTION DO NOT COMBINE ASSEMBLED MATRIX FILES (.full) AFTER DISTRIBUTED PARALLEL SOLUTION *GET ANSINTER_ FROM ACTI ITEM=INT VALUE= 0.00000000 *IF ANSINTER_ ( = 0.00000 ) NE 0 ( = 0.00000 ) THEN *ENDIF *** NOTE *** CP = 0.516 TIME= 15:59:03 The automatic domain decomposition logic has selected the MESH domain decomposition method with 4 processes per solution. ***** ANSYS SOLVE COMMAND ***** *** WARNING *** CP = 0.516 TIME= 15:59:03 Element shape checking is currently inactive. Issue SHPP,ON or SHPP,WARN to reactivate, if desired. *** NOTE *** CP = 0.578 TIME= 15:59:03 The model data was checked and warning messages were found. Please review output or errors file ( C:\Users\brumund\Documents (Local)\ANSYS\NASS\_ProjectScratch\Scr779E\file0.err ) for these warning messages. *** ANSYS - ENGINEERING ANALYSIS SYSTEM RELEASE 2020 R1 20.1 *** DISTRIBUTED ANSYS Academic Research 00208316 VERSION=WINDOWS x64 15:59:03 JUN 12, 2020 CP= 0.578 Piezo-APA95ML-3DElm--Modal (A5) S O L U T I O N O P T I O N S PROBLEM DIMENSIONALITY. . . . . . . . . . . . .3-D DEGREES OF FREEDOM. . . . . . UX UY UZ ROTX ROTY ROTZ ANALYSIS TYPE . . . . . . . . . . . . . . . . .MODAL EXTRACTION METHOD. . . . . . . . . . . . . .BLOCK LANCZOS OFFSET TEMPERATURE FROM ABSOLUTE ZERO . . . . . 273.15 NUMBER OF MODES TO EXTRACT. . . . . . . . . . . 108 GLOBALLY ASSEMBLED MATRIX . . . . . . . . . . .SYMMETRIC NUMBER OF MODES TO EXPAND . . . . . . . . . . .ALL ELEMENT RESULTS CALCULATION . . . . . . . . . .ON *** WARNING *** CP = 0.578 TIME= 15:59:03 Material number 2 (used by element 127001) should normally have at least one MP or one TB type command associated with it. Output of energy by material may not be available. *** NOTE *** CP = 0.578 TIME= 15:59:03 The step data was checked and warning messages were found. Please review output or errors file ( C:\Users\brumund\Documents (Local)\ANSYS\NASS\_ProjectScratch\Scr779E\file0.err ) for these warning messages. *** NOTE *** CP = 0.641 TIME= 15:59:03 Internal nodes from 200001 to 200010 are created for component mode synthesis superelement. Also, the associated SUB files are updated for the new nodes. *** NOTE *** CP = 0.641 TIME= 15:59:03 The number of CPU processors specified is greater than the number of elements selected in the model. The number of Distributed ANSYS processes will be reduced to 2 for this solution. D I S T R I B U T E D D O M A I N D E C O M P O S E R ...Number of elements: 2 ...Number of nodes: 28 ...Decompose to 2 CPU domains *** NOTE *** CP = 0.641 TIME= 15:59:03 ANSYS can optimally decompose the model into 2 CPU Domains, which does not match the total number of processors specified upon startup of Distributed ANSYS. Distributed parallel processing has been temporarily modified to only use 2 processes for this solution. ...Element load balance ratio = 1.000 L O A D S T E P O P T I O N S LOAD STEP NUMBER. . . . . . . . . . . . . . . . 1 THERMAL STRAINS INCLUDED IN THE LOAD VECTOR . . YES PRINT OUTPUT CONTROLS . . . . . . . . . . . . .NO PRINTOUT DATABASE OUTPUT CONTROLS ITEM FREQUENCY COMPONENT ALL NONE NSOL ALL EANG ALL VENG ALL ETMP ALL STRS ALL EPEL ALL EPPL ALL RSOL ALL NLOA ALL _CONSTRAINEDNODES CONT ALL *********** PRECISE MASS SUMMARY *********** TOTAL RIGID BODY MASS MATRIX ABOUT ORIGIN Translational mass | Coupled translational/rotational mass 0.10164E-01 0.0000 0.0000 | 0.0000 0.55514E-11 -0.30000 0.0000 0.10164E-01 0.0000 | -0.55514E-11 0.0000 0.18635E-10 0.0000 0.0000 0.10164E-01 | 0.30000 -0.18635E-10 0.0000 ------------------------------------------ | ------------------------------------------ | Rotational mass (inertia) | 9.0399 0.29086E-09 -0.14510E-09 | 0.29086E-09 0.93584E-01 0.39192E-10 | -0.14510E-09 0.39192E-10 9.1253 TOTAL MASS = 0.10164E-01 The mass principal axes coincide with the global Cartesian axes CENTER OF MASS (X,Y,Z)= 0.18335E-08 29.516 0.54620E-09 TOTAL INERTIA ABOUT CENTER OF MASS 0.18499 0.84091E-09 -0.14510E-09 0.84091E-09 0.93584E-01 0.20305E-09 -0.14510E-09 0.20305E-09 0.27038 The inertia principal axes coincide with the global Cartesian axes *** MASS SUMMARY BY ELEMENT TYPE *** TYPE MASS 1 0.163824E-03 2 0.100000E-01 Range of element maximum matrix coefficients in global coordinates Maximum = 8.529154772E+10 at element 127000. Minimum = 8.529154772E+10 at element 127000. *** ELEMENT MATRIX FORMULATION TIMES TYPE NUMBER ENAME TOTAL CP AVE CP 1 1 MATRIX50 0.125 0.125000 2 1 MASS21 0.000 0.000000 Time at end of element matrix formulation CP = 1.140625. *** WARNING *** CP = 1.141 TIME= 15:59:03 The requested number of modes is reduced from 108 to 102 since there are only 102 degrees of freedom in the model. BLOCK LANCZOS CALCULATION OF UP TO 102 EIGENVECTORS. NUMBER OF EQUATIONS = 102 MAXIMUM WAVEFRONT = 108 MAXIMUM MODES STORED = 102 MINIMUM EIGENVALUE = 0.00000E+00 MAXIMUM EIGENVALUE = 0.10000E+31 Local memory allocated for solver = 0.369 MB Local memory required for in-core solution = 0.320 MB Local memory required for out-of-core solution = 0.320 MB Total memory allocated for solver = 0.616 MB Total memory required for in-core solution = 0.534 MB Total memory required for out-of-core solution = 0.534 MB *** NOTE *** CP = 1.281 TIME= 15:59:03 The Distributed Sparse Matrix Solver used by the Block Lanczos eigensolver is currently running in the in-core memory mode. This memory mode uses the most amount of memory in order to avoid using the hard drive as much as possible, which most often results in the fastest solution time. This mode is recommended if enough physical memory is present to accommodate all of the solver data. *** ANSYS - ENGINEERING ANALYSIS SYSTEM RELEASE 2020 R1 20.1 *** DISTRIBUTED ANSYS Academic Research 00208316 VERSION=WINDOWS x64 15:59:03 JUN 12, 2020 CP= 1.344 Piezo-APA95ML-3DElm--Modal (A5) *** FREQUENCIES FROM BLOCK LANCZOS ITERATION *** MODE FREQUENCY (HERTZ) 1 40.85782749860 2 45.01678824589 3 233.2392378332 4 2194.652968850 5 3060.023849271 6 3117.397703969 7 3720.241710802 8 4864.719126155 9 6438.129607586 10 6963.340239953 11 8818.922219532 12 9273.233228391 13 9536.686354933 14 10144.83471058 15 11064.02470390 16 11541.53831729 17 12120.30239121 18 12798.83182155 19 14123.98306468 20 14445.68904072 21 14686.89896521 22 15970.88042639 23 16746.35463350 24 18625.64175262 25 18972.36294300 26 19773.43140781 27 20120.46787451 28 21378.91553349 29 23634.49532488 30 23638.44235292 31 24108.07027831 32 24610.74231609 33 24898.18047959 34 27154.36223285 35 27531.89485315 36 28157.92971886 37 28222.71881265 38 28360.29962957 39 30894.92815589 40 32053.78834642 41 33226.93296572 42 33240.20873041 43 34570.87933590 44 37255.53272197 45 38447.41517991 46 38712.73651879 47 39389.37193636 48 41906.44557218 49 42220.33692248 50 42877.26019816 51 46400.45974994 52 46978.08152809 53 48297.99799867 54 49255.13090059 55 51247.31822956 56 54348.39633972 57 54955.94319624 58 55477.07554342 59 57021.29309918 60 60768.15504416 61 63130.80020518 62 66686.56694307 63 67946.81824646 64 70752.06965300 65 70853.65737354 66 76710.53981350 67 77072.62095099 68 78957.79860039 69 80083.44834637 70 81881.74173736 71 82527.26451149 72 84093.97187377 73 86792.72606615 74 90233.71209973 75 90740.47426072 76 92986.96741448 77 93437.39745724 78 95165.05417910 79 97409.10345366 80 101164.3964999 81 103782.5377193 82 104870.5104942 83 113109.2395952 84 116561.4363304 85 118246.8577459 86 119127.7815633 87 121402.3027511 88 123165.7350495 89 131769.6441968 90 133702.3646605 91 136693.3920981 92 139839.0962022 93 143987.3893688 94 147639.1772602 95 151224.1377682 96 151612.4048827 97 155138.4056703 98 156318.9330701 99 156720.7683011 100 156997.0851265 101 157042.5014982 102 168943.4288918 *** ELEMENT RESULT CALCULATION TIMES TYPE NUMBER ENAME TOTAL CP AVE CP 1 1 MATRIX50 0.016 0.015625 2 1 MASS21 0.000 0.000000 *** NODAL LOAD CALCULATION TIMES TYPE NUMBER ENAME TOTAL CP AVE CP 1 1 MATRIX50 0.000 0.000000 2 1 MASS21 0.000 0.000000 *** ANSYS - ENGINEERING ANALYSIS SYSTEM RELEASE 2020 R1 20.1 *** DISTRIBUTED ANSYS Academic Research 00208316 VERSION=WINDOWS x64 15:59:04 JUN 12, 2020 CP= 2.656 Piezo-APA95ML-3DElm--Modal (A5) ***** PARTICIPATION FACTOR CALCULATION ***** X DIRECTION CUMULATIVE RATIO EFF.MASS MODE FREQUENCY PERIOD PARTIC.FACTOR RATIO EFFECTIVE MASS MASS FRACTION TO TOTAL MASS 1 40.8578 0.24475E-01 0.10044 1.000000 0.100881E-01 0.993429 0.992553 2 45.0168 0.22214E-01 -0.23148E-04 0.000230 0.535815E-09 0.993429 0.527178E-07 3 233.239 0.42874E-02 -0.25734E-06 0.000003 0.662232E-13 0.993429 0.651558E-11 4 2194.65 0.45565E-03 -0.15260E-06 0.000002 0.232878E-13 0.993429 0.229124E-11 5 3060.02 0.32679E-03 0.42539E-06 0.000004 0.180960E-12 0.993429 0.178043E-10 6 3117.40 0.32078E-03 -0.21362E-06 0.000002 0.456346E-13 0.993429 0.448990E-11 7 3720.24 0.26880E-03 -0.31510E-02 0.031372 0.992865E-05 0.994407 0.976862E-03 8 4864.72 0.20556E-03 0.0000 0.000000 0.00000 0.994407 0.00000 9 6438.13 0.15532E-03 -0.40218E-03 0.004004 0.161752E-06 0.994423 0.159145E-04 10 6963.34 0.14361E-03 -0.53915E-06 0.000005 0.290682E-12 0.994423 0.285996E-10 11 8818.92 0.11339E-03 0.21700E-07 0.000000 0.470879E-15 0.994423 0.463289E-13 12 9273.23 0.10784E-03 -0.51163E-05 0.000051 0.261765E-10 0.994423 0.257546E-08 13 9536.69 0.10486E-03 0.21472E-02 0.021378 0.461035E-05 0.994877 0.453604E-03 14 10144.8 0.98572E-04 0.20749E-06 0.000002 0.430515E-13 0.994877 0.423575E-11 15 11064.0 0.90383E-04 0.30790E-06 0.000003 0.948053E-13 0.994877 0.932772E-11 16 11541.5 0.86644E-04 0.50947E-02 0.050724 0.259556E-04 0.997433 0.255372E-02 17 12120.3 0.82506E-04 0.84533E-06 0.000008 0.714586E-12 0.997433 0.703068E-10 18 12798.8 0.78132E-04 0.93024E-06 0.000009 0.865347E-12 0.997433 0.851399E-10 19 14124.0 0.70802E-04 -0.12907E-05 0.000013 0.166589E-11 0.997433 0.163904E-09 20 14445.7 0.69225E-04 -0.22972E-02 0.022872 0.527724E-05 0.997952 0.519218E-03 21 14686.9 0.68088E-04 0.52252E-06 0.000005 0.273031E-12 0.997952 0.268630E-10 22 15970.9 0.62614E-04 -0.20653E-06 0.000002 0.426549E-13 0.997952 0.419674E-11 23 16746.4 0.59714E-04 -0.10520E-06 0.000001 0.110680E-13 0.997952 0.108896E-11 24 18625.6 0.53689E-04 0.16750E-02 0.016676 0.280552E-05 0.998229 0.276030E-03 25 18972.4 0.52708E-04 0.73904E-08 0.000000 0.546179E-16 0.998229 0.537376E-14 26 19773.4 0.50573E-04 -0.20991E-06 0.000002 0.440638E-13 0.998229 0.433535E-11 27 20120.5 0.49701E-04 -0.80959E-07 0.000001 0.655441E-14 0.998229 0.644876E-12 28 21378.9 0.46775E-04 -0.32794E-06 0.000003 0.107546E-12 0.998229 0.105812E-10 29 23634.5 0.42311E-04 0.15264E-03 0.001520 0.232996E-07 0.998231 0.229240E-05 30 23638.4 0.42304E-04 -0.19126E-02 0.019043 0.365822E-05 0.998591 0.359926E-03 31 24108.1 0.41480E-04 0.43096E-05 0.000043 0.185722E-10 0.998591 0.182729E-08 32 24610.7 0.40633E-04 -0.39384E-06 0.000004 0.155113E-12 0.998591 0.152613E-10 33 24898.2 0.40164E-04 0.22971E-05 0.000023 0.527665E-11 0.998591 0.519160E-09 34 27154.4 0.36826E-04 0.81275E-03 0.008092 0.660558E-06 0.998656 0.649911E-04 35 27531.9 0.36322E-04 -0.13604E-06 0.000001 0.185066E-13 0.998656 0.182083E-11 36 28157.9 0.35514E-04 0.62716E-07 0.000001 0.393331E-14 0.998656 0.386991E-12 37 28222.7 0.35432E-04 0.28549E-02 0.028424 0.815064E-05 0.999459 0.801927E-03 38 28360.3 0.35261E-04 -0.28973E-05 0.000029 0.839440E-11 0.999459 0.825909E-09 39 30894.9 0.32368E-04 0.10356E-06 0.000001 0.107251E-13 0.999459 0.105522E-11 40 32053.8 0.31198E-04 -0.40794E-06 0.000004 0.166414E-12 0.999459 0.163732E-10 41 33226.9 0.30096E-04 0.16211E-02 0.016140 0.262789E-05 0.999718 0.258553E-03 42 33240.2 0.30084E-04 -0.22910E-04 0.000228 0.524851E-09 0.999718 0.516392E-07 43 34570.9 0.28926E-04 0.12663E-06 0.000001 0.160349E-13 0.999718 0.157765E-11 44 37255.5 0.26842E-04 0.13256E-06 0.000001 0.175730E-13 0.999718 0.172898E-11 45 38447.4 0.26010E-04 -0.71053E-07 0.000001 0.504857E-14 0.999718 0.496720E-12 46 38712.7 0.25831E-04 -0.52764E-06 0.000005 0.278404E-12 0.999718 0.273917E-10 47 39389.4 0.25388E-04 -0.47200E-07 0.000000 0.222783E-14 0.999718 0.219192E-12 48 41906.4 0.23863E-04 -0.11929E-02 0.011877 0.142299E-05 0.999858 0.140006E-03 49 42220.3 0.23685E-04 -0.21450E-05 0.000021 0.460093E-11 0.999858 0.452677E-09 50 42877.3 0.23322E-04 0.68711E-06 0.000007 0.472123E-12 0.999858 0.464513E-10 51 46400.5 0.21552E-04 0.46725E-04 0.000465 0.218324E-08 0.999858 0.214805E-06 52 46978.1 0.21287E-04 0.19218E-03 0.001913 0.369349E-07 0.999862 0.363396E-05 53 48298.0 0.20705E-04 -0.74382E-03 0.007406 0.553268E-06 0.999916 0.544350E-04 54 49255.1 0.20302E-04 0.21270E-06 0.000002 0.452428E-13 0.999916 0.445136E-11 55 51247.3 0.19513E-04 0.97679E-07 0.000001 0.954125E-14 0.999916 0.938747E-12 56 54348.4 0.18400E-04 0.27938E-07 0.000000 0.780541E-15 0.999916 0.767960E-13 57 54955.9 0.18196E-04 0.32501E-06 0.000003 0.105631E-12 0.999916 0.103929E-10 58 55477.1 0.18025E-04 0.89777E-06 0.000009 0.805984E-12 0.999916 0.792993E-10 59 57021.3 0.17537E-04 -0.11681E-03 0.001163 0.136452E-07 0.999917 0.134252E-05 60 60768.2 0.16456E-04 0.0000 0.000000 0.00000 0.999917 0.00000 61 63130.8 0.15840E-04 0.38278E-04 0.000381 0.146520E-08 0.999918 0.144158E-06 62 66686.6 0.14996E-04 0.87791E-07 0.000001 0.770719E-14 0.999918 0.758296E-12 63 67946.8 0.14717E-04 0.42406E-07 0.000000 0.179831E-14 0.999918 0.176932E-12 64 70752.1 0.14134E-04 -0.46500E-03 0.004630 0.216221E-06 0.999939 0.212736E-04 65 70853.7 0.14114E-04 -0.70526E-04 0.000702 0.497391E-08 0.999939 0.489374E-06 66 76710.5 0.13036E-04 -0.41374E-07 0.000000 0.171184E-14 0.999939 0.168425E-12 67 77072.6 0.12975E-04 -0.36916E-07 0.000000 0.136278E-14 0.999939 0.134082E-12 68 78957.8 0.12665E-04 -0.92222E-07 0.000001 0.850484E-14 0.999939 0.836776E-12 69 80083.4 0.12487E-04 -0.20337E-07 0.000000 0.413588E-15 0.999939 0.406922E-13 70 81881.7 0.12213E-04 0.96038E-04 0.000956 0.922329E-08 0.999940 0.907463E-06 71 82527.3 0.12117E-04 -0.77260E-08 0.000000 0.596916E-16 0.999940 0.587295E-14 72 84094.0 0.11891E-04 -0.16737E-03 0.001666 0.280124E-07 0.999943 0.275609E-05 73 86792.7 0.11522E-04 0.10388E-07 0.000000 0.107902E-15 0.999943 0.106163E-13 74 90233.7 0.11082E-04 -0.10539E-06 0.000001 0.111068E-13 0.999943 0.109278E-11 75 90740.5 0.11020E-04 0.0000 0.000000 0.00000 0.999943 0.00000 76 92987.0 0.10754E-04 0.10101E-06 0.000001 0.102038E-13 0.999943 0.100394E-11 77 93437.4 0.10702E-04 0.14795E-06 0.000001 0.218884E-13 0.999943 0.215356E-11 78 95165.1 0.10508E-04 0.96805E-08 0.000000 0.937129E-16 0.999943 0.922024E-14 79 97409.1 0.10266E-04 0.32410E-04 0.000323 0.105041E-08 0.999943 0.103348E-06 80 101164. 0.98849E-05 0.27124E-03 0.002701 0.735737E-07 0.999950 0.723878E-05 81 103783. 0.96355E-05 -0.33146E-08 0.000000 0.109865E-16 0.999950 0.108095E-14 82 104871. 0.95356E-05 0.87334E-08 0.000000 0.762719E-16 0.999950 0.750426E-14 83 113109. 0.88410E-05 -0.30791E-06 0.000003 0.948072E-13 0.999950 0.932791E-11 84 116561. 0.85792E-05 0.40124E-07 0.000000 0.160991E-14 0.999950 0.158396E-12 85 118247. 0.84569E-05 0.49832E-08 0.000000 0.248327E-16 0.999950 0.244324E-14 86 119128. 0.83943E-05 -0.67377E-06 0.000007 0.453971E-12 0.999950 0.446654E-10 87 121402. 0.82371E-05 0.25414E-06 0.000003 0.645881E-13 0.999950 0.635471E-11 88 123166. 0.81191E-05 -0.50280E-03 0.005006 0.252805E-06 0.999975 0.248730E-04 89 131770. 0.75890E-05 -0.59156E-08 0.000000 0.349946E-16 0.999975 0.344306E-14 90 133702. 0.74793E-05 -0.45732E-06 0.000005 0.209140E-12 0.999975 0.205769E-10 91 136693. 0.73156E-05 0.12376E-04 0.000123 0.153154E-09 0.999975 0.150685E-07 92 139839. 0.71511E-05 0.48561E-03 0.004835 0.235816E-06 0.999998 0.232015E-04 93 143987. 0.69451E-05 -0.63121E-08 0.000000 0.398427E-16 0.999998 0.392005E-14 94 147639. 0.67733E-05 0.73072E-06 0.000007 0.533947E-12 0.999998 0.525340E-10 95 151224. 0.66127E-05 -0.98559E-08 0.000000 0.971388E-16 0.999998 0.955731E-14 96 151612. 0.65958E-05 -0.78876E-04 0.000785 0.622137E-08 0.999999 0.612110E-06 97 155138. 0.64459E-05 -0.58339E-07 0.000001 0.340345E-14 0.999999 0.334860E-12 98 156319. 0.63972E-05 0.14494E-08 0.000000 0.210072E-17 0.999999 0.206686E-15 99 156721. 0.63808E-05 0.96189E-04 0.000958 0.925239E-08 1.00000 0.910325E-06 100 156997. 0.63695E-05 -0.26148E-08 0.000000 0.683744E-17 1.00000 0.672723E-15 101 157043. 0.63677E-05 0.10559E-06 0.000001 0.111497E-13 1.00000 0.109700E-11 102 168943. 0.59191E-05 -0.99658E-05 0.000099 0.993180E-10 1.00000 0.977171E-08 ----------------------------------------------------------------------------------------------------------------- sum 0.101549E-01 0.999118 ----------------------------------------------------------------------------------------------------------------- ***** PARTICIPATION FACTOR CALCULATION ***** Y DIRECTION CUMULATIVE RATIO EFF.MASS MODE FREQUENCY PERIOD PARTIC.FACTOR RATIO EFFECTIVE MASS MASS FRACTION TO TOTAL MASS 1 40.8578 0.24475E-01 0.26242E-06 0.000003 0.688664E-13 0.678280E-11 0.677564E-11 2 45.0168 0.22214E-01 0.34343E-06 0.000003 0.117946E-12 0.183995E-10 0.116045E-10 3 233.239 0.42874E-02 0.10055 1.000000 0.101102E-01 0.995773 0.994721 4 2194.65 0.45565E-03 0.47459E-02 0.047200 0.225240E-04 0.997991 0.221609E-02 5 3060.02 0.32679E-03 0.25170E-06 0.000003 0.633516E-13 0.997991 0.623305E-11 6 3117.40 0.32078E-03 -0.31878E-06 0.000003 0.101622E-12 0.997991 0.999836E-11 7 3720.24 0.26880E-03 0.22389E-06 0.000002 0.501258E-13 0.997991 0.493179E-11 8 4864.72 0.20556E-03 -0.20112E-07 0.000000 0.404483E-15 0.997991 0.397963E-13 9 6438.13 0.15532E-03 -0.82990E-06 0.000008 0.688740E-12 0.997991 0.677639E-10 10 6963.34 0.14361E-03 -0.24763E-02 0.024628 0.613214E-05 0.998595 0.603330E-03 11 8818.92 0.11339E-03 -0.94238E-07 0.000001 0.888083E-14 0.998595 0.873768E-12 12 9273.23 0.10784E-03 -0.91717E-03 0.009122 0.841193E-06 0.998678 0.827634E-04 13 9536.69 0.10486E-03 -0.30776E-05 0.000031 0.947169E-11 0.998678 0.931903E-09 14 10144.8 0.98572E-04 0.10054E-06 0.000001 0.101086E-13 0.998678 0.994566E-12 15 11064.0 0.90383E-04 -0.27513E-07 0.000000 0.756971E-15 0.998678 0.744770E-13 16 11541.5 0.86644E-04 0.15586E-06 0.000002 0.242934E-13 0.998678 0.239019E-11 17 12120.3 0.82506E-04 -0.56918E-07 0.000001 0.323968E-14 0.998678 0.318746E-12 18 12798.8 0.78132E-04 0.14803E-03 0.001472 0.219123E-07 0.998680 0.215592E-05 19 14124.0 0.70802E-04 -0.42403E-07 0.000000 0.179799E-14 0.998680 0.176901E-12 20 14445.7 0.69225E-04 0.10773E-06 0.000001 0.116053E-13 0.998680 0.114182E-11 21 14686.9 0.68088E-04 0.54957E-07 0.000001 0.302029E-14 0.998680 0.297161E-12 22 15970.9 0.62614E-04 0.27559E-06 0.000003 0.759494E-13 0.998680 0.747252E-11 23 16746.4 0.59714E-04 -0.15978E-06 0.000002 0.255291E-13 0.998680 0.251176E-11 24 18625.6 0.53689E-04 0.15450E-06 0.000002 0.238697E-13 0.998680 0.234849E-11 25 18972.4 0.52708E-04 -0.11787E-06 0.000001 0.138942E-13 0.998680 0.136703E-11 26 19773.4 0.50573E-04 0.24268E-02 0.024136 0.588940E-05 0.999260 0.579447E-03 27 20120.5 0.49701E-04 -0.13713E-05 0.000014 0.188034E-11 0.999260 0.185004E-09 28 21378.9 0.46775E-04 -0.23451E-03 0.002332 0.549950E-07 0.999266 0.541086E-05 29 23634.5 0.42311E-04 -0.46253E-05 0.000046 0.213934E-10 0.999266 0.210485E-08 30 23638.4 0.42304E-04 0.50746E-05 0.000050 0.257520E-10 0.999266 0.253369E-08 31 24108.1 0.41480E-04 0.24438E-02 0.024304 0.597215E-05 0.999854 0.587589E-03 32 24610.7 0.40633E-04 0.95209E-06 0.000009 0.906477E-12 0.999854 0.891866E-10 33 24898.2 0.40164E-04 0.55718E-03 0.005541 0.310445E-06 0.999885 0.305441E-04 34 27154.4 0.36826E-04 -0.17398E-06 0.000002 0.302688E-13 0.999885 0.297809E-11 35 27531.9 0.36322E-04 -0.46554E-06 0.000005 0.216723E-12 0.999885 0.213230E-10 36 28157.9 0.35514E-04 -0.13511E-06 0.000001 0.182541E-13 0.999885 0.179599E-11 37 28222.7 0.35432E-04 -0.60558E-06 0.000006 0.366724E-12 0.999885 0.360814E-10 38 28360.3 0.35261E-04 0.42198E-07 0.000000 0.178068E-14 0.999885 0.175198E-12 39 30894.9 0.32368E-04 0.57893E-08 0.000000 0.335161E-16 0.999885 0.329759E-14 40 32053.8 0.31198E-04 0.13415E-06 0.000001 0.179958E-13 0.999885 0.177057E-11 41 33226.9 0.30096E-04 0.11350E-06 0.000001 0.128824E-13 0.999885 0.126748E-11 42 33240.2 0.30084E-04 0.36375E-07 0.000000 0.132311E-14 0.999885 0.130179E-12 43 34570.9 0.28926E-04 -0.52357E-03 0.005207 0.274125E-06 0.999912 0.269706E-04 44 37255.5 0.26842E-04 -0.35874E-06 0.000004 0.128695E-12 0.999912 0.126620E-10 45 38447.4 0.26010E-04 0.31927E-07 0.000000 0.101936E-14 0.999912 0.100293E-12 46 38712.7 0.25831E-04 -0.44313E-05 0.000044 0.196362E-10 0.999912 0.193197E-08 47 39389.4 0.25388E-04 -0.39377E-03 0.003916 0.155057E-06 0.999927 0.152558E-04 48 41906.4 0.23863E-04 -0.86692E-06 0.000009 0.751542E-12 0.999927 0.739428E-10 49 42220.3 0.23685E-04 -0.21486E-03 0.002137 0.461639E-07 0.999931 0.454199E-05 50 42877.3 0.23322E-04 -0.16756E-05 0.000017 0.280762E-11 0.999931 0.276237E-09 51 46400.5 0.21552E-04 0.50267E-05 0.000050 0.252673E-10 0.999931 0.248600E-08 52 46978.1 0.21287E-04 -0.47992E-05 0.000048 0.230325E-10 0.999931 0.226613E-08 53 48298.0 0.20705E-04 0.67459E-06 0.000007 0.455077E-12 0.999931 0.447742E-10 54 49255.1 0.20302E-04 -0.87845E-07 0.000001 0.771675E-14 0.999931 0.759237E-12 55 51247.3 0.19513E-04 -0.42802E-06 0.000004 0.183199E-12 0.999931 0.180246E-10 56 54348.4 0.18400E-04 -0.12929E-05 0.000013 0.167148E-11 0.999931 0.164454E-09 57 54955.9 0.18196E-04 0.21275E-03 0.002116 0.452640E-07 0.999936 0.445345E-05 58 55477.1 0.18025E-04 0.57768E-03 0.005745 0.333712E-06 0.999969 0.328333E-04 59 57021.3 0.17537E-04 -0.95389E-07 0.000001 0.909914E-14 0.999969 0.895248E-12 60 60768.2 0.16456E-04 -0.10992E-07 0.000000 0.120826E-15 0.999969 0.118878E-13 61 63130.8 0.15840E-04 -0.98130E-06 0.000010 0.962953E-12 0.999969 0.947432E-10 62 66686.6 0.14996E-04 -0.13075E-05 0.000013 0.170968E-11 0.999969 0.168213E-09 63 67946.8 0.14717E-04 0.28462E-06 0.000003 0.810080E-13 0.999969 0.797023E-11 64 70752.1 0.14134E-04 -0.44182E-04 0.000439 0.195209E-08 0.999969 0.192062E-06 65 70853.7 0.14114E-04 0.30282E-03 0.003012 0.916984E-07 0.999978 0.902204E-05 66 76710.5 0.13036E-04 0.85004E-06 0.000008 0.722563E-12 0.999978 0.710917E-10 67 77072.6 0.12975E-04 0.59260E-07 0.000001 0.351169E-14 0.999978 0.345509E-12 68 78957.8 0.12665E-04 -0.21809E-03 0.002169 0.475631E-07 0.999983 0.467965E-05 69 80083.4 0.12487E-04 -0.25214E-06 0.000003 0.635734E-13 0.999983 0.625487E-11 70 81881.7 0.12213E-04 -0.10121E-05 0.000010 0.102436E-11 0.999983 0.100785E-09 71 82527.3 0.12117E-04 0.14856E-06 0.000001 0.220697E-13 0.999983 0.217140E-11 72 84094.0 0.11891E-04 0.79496E-06 0.000008 0.631954E-12 0.999983 0.621768E-10 73 86792.7 0.11522E-04 0.25827E-06 0.000003 0.667012E-13 0.999983 0.656261E-11 74 90233.7 0.11082E-04 -0.44780E-04 0.000445 0.200527E-08 0.999983 0.197295E-06 75 90740.5 0.11020E-04 0.0000 0.000000 0.00000 0.999983 0.00000 76 92987.0 0.10754E-04 -0.15016E-05 0.000015 0.225476E-11 0.999983 0.221842E-09 77 93437.4 0.10702E-04 -0.11117E-03 0.001106 0.123597E-07 0.999984 0.121605E-05 78 95165.1 0.10508E-04 0.32025E-08 0.000000 0.102559E-16 0.999984 0.100906E-14 79 97409.1 0.10266E-04 -0.39301E-06 0.000004 0.154455E-12 0.999984 0.151965E-10 80 101164. 0.98849E-05 -0.34959E-06 0.000003 0.122210E-12 0.999984 0.120240E-10 81 103783. 0.96355E-05 -0.15892E-06 0.000002 0.252548E-13 0.999984 0.248478E-11 82 104871. 0.95356E-05 0.48027E-07 0.000000 0.230657E-14 0.999984 0.226940E-12 83 113109. 0.88410E-05 -0.16985E-03 0.001689 0.288478E-07 0.999987 0.283828E-05 84 116561. 0.85792E-05 0.12025E-03 0.001196 0.144606E-07 0.999988 0.142275E-05 85 118247. 0.84569E-05 -0.43358E-08 0.000000 0.187991E-16 0.999988 0.184961E-14 86 119128. 0.83943E-05 0.53084E-05 0.000053 0.281794E-10 0.999988 0.277252E-08 87 121402. 0.82371E-05 -0.58609E-06 0.000006 0.343501E-12 0.999988 0.337964E-10 88 123166. 0.81191E-05 0.55376E-06 0.000006 0.306649E-12 0.999988 0.301707E-10 89 131770. 0.75890E-05 -0.14985E-07 0.000000 0.224565E-15 0.999988 0.220946E-13 90 133702. 0.74793E-05 -0.27918E-03 0.002777 0.779420E-07 0.999996 0.766857E-05 91 136693. 0.73156E-05 0.10798E-06 0.000001 0.116589E-13 0.999996 0.114710E-11 92 139839. 0.71511E-05 -0.13827E-05 0.000014 0.191196E-11 0.999996 0.188114E-09 93 143987. 0.69451E-05 0.26705E-08 0.000000 0.713153E-17 0.999996 0.701658E-15 94 147639. 0.67733E-05 -0.19018E-03 0.001891 0.361701E-07 1.00000 0.355871E-05 95 151224. 0.66127E-05 -0.23378E-07 0.000000 0.546550E-15 1.00000 0.537741E-13 96 151612. 0.65958E-05 0.49914E-06 0.000005 0.249146E-12 1.00000 0.245130E-10 97 155138. 0.64459E-05 -0.61194E-04 0.000609 0.374472E-08 1.00000 0.368436E-06 98 156319. 0.63972E-05 0.0000 0.000000 0.00000 1.00000 0.00000 99 156721. 0.63808E-05 -0.33141E-06 0.000003 0.109832E-12 1.00000 0.108061E-10 100 156997. 0.63695E-05 0.68253E-08 0.000000 0.465843E-16 1.00000 0.458334E-14 101 157043. 0.63677E-05 -0.70384E-05 0.000070 0.495396E-10 1.00000 0.487411E-08 102 168943. 0.59191E-05 -0.41973E-07 0.000000 0.176170E-14 1.00000 0.173331E-12 ----------------------------------------------------------------------------------------------------------------- sum 0.101531E-01 0.998944 ----------------------------------------------------------------------------------------------------------------- ***** PARTICIPATION FACTOR CALCULATION ***** Z DIRECTION CUMULATIVE RATIO EFF.MASS MODE FREQUENCY PERIOD PARTIC.FACTOR RATIO EFFECTIVE MASS MASS FRACTION TO TOTAL MASS 1 40.8578 0.24475E-01 0.23131E-04 0.000230 0.535037E-09 0.526964E-07 0.526414E-07 2 45.0168 0.22214E-01 0.10035 1.000000 0.100709E-01 0.991890 0.990854 3 233.239 0.42874E-02 -0.31683E-06 0.000003 0.100382E-12 0.991890 0.987638E-11 4 2194.65 0.45565E-03 0.20929E-06 0.000002 0.438020E-13 0.991890 0.430960E-11 5 3060.02 0.32679E-03 0.63307E-05 0.000063 0.400780E-10 0.991890 0.394320E-08 6 3117.40 0.32078E-03 0.78638E-02 0.078360 0.618388E-04 0.997981 0.608421E-02 7 3720.24 0.26880E-03 -0.35551E-06 0.000004 0.126390E-12 0.997981 0.124353E-10 8 4864.72 0.20556E-03 -0.15684E-02 0.015629 0.245989E-05 0.998223 0.242024E-03 9 6438.13 0.15532E-03 -0.21211E-06 0.000002 0.449905E-13 0.998223 0.442653E-11 10 6963.34 0.14361E-03 0.10621E-06 0.000001 0.112814E-13 0.998223 0.110995E-11 11 8818.92 0.11339E-03 -0.19383E-02 0.019315 0.375709E-05 0.998593 0.369654E-03 12 9273.23 0.10784E-03 0.34529E-06 0.000003 0.119228E-12 0.998593 0.117307E-10 13 9536.69 0.10486E-03 -0.13506E-06 0.000001 0.182405E-13 0.998593 0.179465E-11 14 10144.8 0.98572E-04 0.22142E-06 0.000002 0.490275E-13 0.998593 0.482373E-11 15 11064.0 0.90383E-04 0.65208E-07 0.000001 0.425210E-14 0.998593 0.418356E-12 16 11541.5 0.86644E-04 -0.16139E-06 0.000002 0.260465E-13 0.998593 0.256267E-11 17 12120.3 0.82506E-04 0.14469E-02 0.014418 0.209357E-05 0.998800 0.205983E-03 18 12798.8 0.78132E-04 0.90660E-07 0.000001 0.821928E-14 0.998800 0.808679E-12 19 14124.0 0.70802E-04 0.45315E-03 0.004516 0.205345E-06 0.998820 0.202035E-04 20 14445.7 0.69225E-04 -0.26478E-06 0.000003 0.701088E-13 0.998820 0.689788E-11 21 14686.9 0.68088E-04 0.38338E-06 0.000004 0.146981E-12 0.998820 0.144612E-10 22 15970.9 0.62614E-04 0.15166E-02 0.015113 0.230020E-05 0.999046 0.226312E-03 23 16746.4 0.59714E-04 0.35214E-06 0.000004 0.124002E-12 0.999046 0.122004E-10 24 18625.6 0.53689E-04 0.40673E-07 0.000000 0.165429E-14 0.999046 0.162763E-12 25 18972.4 0.52708E-04 -0.52249E-04 0.000521 0.272998E-08 0.999047 0.268598E-06 26 19773.4 0.50573E-04 0.20122E-07 0.000000 0.404892E-15 0.999047 0.398366E-13 27 20120.5 0.49701E-04 0.91255E-07 0.000001 0.832741E-14 0.999047 0.819319E-12 28 21378.9 0.46775E-04 -0.38189E-07 0.000000 0.145841E-14 0.999047 0.143490E-12 29 23634.5 0.42311E-04 -0.56420E-06 0.000006 0.318322E-12 0.999047 0.313192E-10 30 23638.4 0.42304E-04 0.43925E-06 0.000004 0.192941E-12 0.999047 0.189831E-10 31 24108.1 0.41480E-04 0.80846E-06 0.000008 0.653602E-12 0.999047 0.643067E-10 32 24610.7 0.40633E-04 -0.17813E-02 0.017751 0.317320E-05 0.999359 0.312205E-03 33 24898.2 0.40164E-04 -0.14764E-05 0.000015 0.217981E-11 0.999359 0.214467E-09 34 27154.4 0.36826E-04 0.10084E-05 0.000010 0.101689E-11 0.999359 0.100050E-09 35 27531.9 0.36322E-04 -0.19083E-05 0.000019 0.364161E-11 0.999359 0.358291E-09 36 28157.9 0.35514E-04 -0.49177E-05 0.000049 0.241839E-10 0.999359 0.237941E-08 37 28222.7 0.35432E-04 -0.24174E-05 0.000024 0.584390E-11 0.999359 0.574971E-09 38 28360.3 0.35261E-04 -0.22751E-02 0.022671 0.517610E-05 0.999869 0.509267E-03 39 30894.9 0.32368E-04 0.22445E-03 0.002237 0.503796E-07 0.999874 0.495675E-05 40 32053.8 0.31198E-04 0.84362E-04 0.000841 0.711692E-08 0.999875 0.700221E-06 41 33226.9 0.30096E-04 0.87336E-08 0.000000 0.762759E-16 0.999875 0.750465E-14 42 33240.2 0.30084E-04 -0.13738E-06 0.000001 0.188744E-13 0.999875 0.185702E-11 43 34570.9 0.28926E-04 -0.12137E-06 0.000001 0.147304E-13 0.999875 0.144930E-11 44 37255.5 0.26842E-04 -0.95586E-03 0.009525 0.913669E-06 0.999965 0.898942E-04 45 38447.4 0.26010E-04 -0.69736E-04 0.000695 0.486304E-08 0.999965 0.478466E-06 46 38712.7 0.25831E-04 -0.27970E-06 0.000003 0.782304E-13 0.999965 0.769695E-11 47 39389.4 0.25388E-04 0.37314E-06 0.000004 0.139234E-12 0.999965 0.136990E-10 48 41906.4 0.23863E-04 -0.24286E-07 0.000000 0.589806E-15 0.999965 0.580299E-13 49 42220.3 0.23685E-04 0.29406E-07 0.000000 0.864720E-15 0.999965 0.850782E-13 50 42877.3 0.23322E-04 -0.18671E-06 0.000002 0.348597E-13 0.999965 0.342978E-11 51 46400.5 0.21552E-04 -0.28344E-08 0.000000 0.803389E-17 0.999965 0.790440E-15 52 46978.1 0.21287E-04 0.66699E-07 0.000001 0.444870E-14 0.999965 0.437700E-12 53 48298.0 0.20705E-04 0.28293E-07 0.000000 0.800512E-15 0.999965 0.787609E-13 54 49255.1 0.20302E-04 0.25597E-07 0.000000 0.655226E-15 0.999965 0.644665E-13 55 51247.3 0.19513E-04 -0.29156E-03 0.002905 0.850086E-07 0.999973 0.836384E-05 56 54348.4 0.18400E-04 -0.21818E-03 0.002174 0.476035E-07 0.999978 0.468362E-05 57 54955.9 0.18196E-04 -0.10589E-05 0.000011 0.112120E-11 0.999978 0.110312E-09 58 55477.1 0.18025E-04 -0.28244E-06 0.000003 0.797730E-13 0.999978 0.784872E-11 59 57021.3 0.17537E-04 -0.35653E-07 0.000000 0.127110E-14 0.999978 0.125061E-12 60 60768.2 0.16456E-04 0.12225E-03 0.001218 0.149458E-07 0.999980 0.147049E-05 61 63130.8 0.15840E-04 0.98569E-07 0.000001 0.971586E-14 0.999980 0.955926E-12 62 66686.6 0.14996E-04 -0.29981E-07 0.000000 0.898883E-15 0.999980 0.884394E-13 63 67946.8 0.14717E-04 -0.11526E-06 0.000001 0.132842E-13 0.999980 0.130701E-11 64 70752.1 0.14134E-04 -0.92506E-07 0.000001 0.855741E-14 0.999980 0.841948E-12 65 70853.7 0.14114E-04 -0.61278E-07 0.000001 0.375502E-14 0.999980 0.369450E-12 66 76710.5 0.13036E-04 -0.14162E-05 0.000014 0.200567E-11 0.999980 0.197334E-09 67 77072.6 0.12975E-04 0.28538E-03 0.002844 0.814445E-07 0.999988 0.801318E-05 68 78957.8 0.12665E-04 0.44548E-07 0.000000 0.198452E-14 0.999988 0.195254E-12 69 80083.4 0.12487E-04 0.80712E-04 0.000804 0.651435E-08 0.999988 0.640935E-06 70 81881.7 0.12213E-04 0.43298E-07 0.000000 0.187472E-14 0.999988 0.184450E-12 71 82527.3 0.12117E-04 0.29482E-07 0.000000 0.869165E-15 0.999988 0.855155E-13 72 84094.0 0.11891E-04 -0.30489E-07 0.000000 0.929594E-15 0.999988 0.914610E-13 73 86792.7 0.11522E-04 0.54794E-07 0.000001 0.300235E-14 0.999988 0.295396E-12 74 90233.7 0.11082E-04 0.0000 0.000000 0.00000 0.999988 0.00000 75 90740.5 0.11020E-04 0.45464E-04 0.000453 0.206695E-08 0.999988 0.203364E-06 76 92987.0 0.10754E-04 -0.34263E-07 0.000000 0.117393E-14 0.999988 0.115500E-12 77 93437.4 0.10702E-04 -0.15018E-07 0.000000 0.225554E-15 0.999988 0.221918E-13 78 95165.1 0.10508E-04 -0.97132E-04 0.000968 0.943457E-08 0.999989 0.928250E-06 79 97409.1 0.10266E-04 0.0000 0.000000 0.00000 0.999989 0.00000 80 101164. 0.98849E-05 0.99502E-08 0.000000 0.990073E-16 0.999989 0.974115E-14 81 103783. 0.96355E-05 -0.76387E-04 0.000761 0.583497E-08 0.999990 0.574093E-06 82 104871. 0.95356E-05 0.54186E-07 0.000001 0.293616E-14 0.999990 0.288883E-12 83 113109. 0.88410E-05 -0.68115E-07 0.000001 0.463966E-14 0.999990 0.456488E-12 84 116561. 0.85792E-05 0.36925E-06 0.000004 0.136346E-12 0.999990 0.134148E-10 85 118247. 0.84569E-05 0.10711E-04 0.000107 0.114727E-09 0.999990 0.112877E-07 86 119128. 0.83943E-05 -0.89664E-06 0.000009 0.803965E-12 0.999990 0.791007E-10 87 121402. 0.82371E-05 -0.31526E-03 0.003142 0.993915E-07 1.00000 0.977895E-05 88 123166. 0.81191E-05 -0.17125E-06 0.000002 0.293281E-13 1.00000 0.288554E-11 89 131770. 0.75890E-05 -0.14183E-06 0.000001 0.201156E-13 1.00000 0.197914E-11 90 133702. 0.74793E-05 0.22782E-06 0.000002 0.519019E-13 1.00000 0.510653E-11 91 136693. 0.73156E-05 0.13429E-08 0.000000 0.180328E-17 1.00000 0.177422E-15 92 139839. 0.71511E-05 0.72795E-07 0.000001 0.529910E-14 1.00000 0.521369E-12 93 143987. 0.69451E-05 -0.45132E-04 0.000450 0.203687E-08 1.00000 0.200404E-06 94 147639. 0.67733E-05 0.14918E-06 0.000001 0.222533E-13 1.00000 0.218946E-11 95 151224. 0.66127E-05 -0.40036E-07 0.000000 0.160288E-14 1.00000 0.157704E-12 96 151612. 0.65958E-05 -0.26675E-07 0.000000 0.711555E-15 1.00000 0.700086E-13 97 155138. 0.64459E-05 0.93021E-07 0.000001 0.865297E-14 1.00000 0.851350E-12 98 156319. 0.63972E-05 0.20819E-07 0.000000 0.433424E-15 1.00000 0.426438E-13 99 156721. 0.63808E-05 0.15226E-07 0.000000 0.231834E-15 1.00000 0.228097E-13 100 156997. 0.63695E-05 -0.28846E-04 0.000287 0.832066E-09 1.00000 0.818654E-07 101 157043. 0.63677E-05 0.13223E-07 0.000000 0.174847E-15 1.00000 0.172029E-13 102 168943. 0.59191E-05 0.0000 0.000000 0.00000 1.00000 0.00000 ----------------------------------------------------------------------------------------------------------------- sum 0.101532E-01 0.998956 ----------------------------------------------------------------------------------------------------------------- ***** PARTICIPATION FACTOR CALCULATION *****ROTX DIRECTION CUMULATIVE RATIO EFF.MASS MODE FREQUENCY PERIOD PARTIC.FACTOR RATIO EFFECTIVE MASS MASS FRACTION TO TOTAL MASS 1 40.8578 0.24475E-01 0.69190E-03 0.000230 0.478729E-06 0.530080E-07 0.529572E-07 2 45.0168 0.22214E-01 3.0025 1.000000 9.01529 0.998234 0.997276 3 233.239 0.42874E-02 -0.10387E-04 0.000003 0.107900E-09 0.998234 0.119359E-10 4 2194.65 0.45565E-03 -0.36898E-05 0.000001 0.136146E-10 0.998234 0.150605E-11 5 3060.02 0.32679E-03 -0.64845E-04 0.000022 0.420493E-08 0.998234 0.465151E-09 6 3117.40 0.32078E-03 -0.78767E-01 0.026233 0.620418E-02 0.998921 0.686309E-03 7 3720.24 0.26880E-03 0.26201E-05 0.000001 0.686496E-11 0.998921 0.759405E-12 8 4864.72 0.20556E-03 -0.85742E-02 0.002856 0.735169E-04 0.998929 0.813247E-05 9 6438.13 0.15532E-03 0.16751E-05 0.000001 0.280612E-11 0.998929 0.310414E-12 10 6963.34 0.14361E-03 0.12604E-05 0.000000 0.158851E-11 0.998929 0.175721E-12 11 8818.92 0.11339E-03 0.40223E-01 0.013396 0.161789E-02 0.999108 0.178972E-03 12 9273.23 0.10784E-03 -0.49473E-05 0.000002 0.244756E-10 0.999108 0.270750E-11 13 9536.69 0.10486E-03 0.15835E-05 0.000001 0.250755E-11 0.999108 0.277386E-12 14 10144.8 0.98572E-04 -0.39315E-05 0.000001 0.154565E-10 0.999108 0.170981E-11 15 11064.0 0.90383E-04 -0.15371E-05 0.000001 0.236279E-11 0.999108 0.261373E-12 16 11541.5 0.86644E-04 0.43981E-05 0.000001 0.193432E-10 0.999108 0.213975E-11 17 12120.3 0.82506E-04 -0.34904E-01 0.011625 0.121828E-02 0.999243 0.134766E-03 18 12798.8 0.78132E-04 -0.13679E-05 0.000000 0.187105E-11 0.999243 0.206977E-12 19 14124.0 0.70802E-04 -0.11531E-01 0.003840 0.132956E-03 0.999258 0.147077E-04 20 14445.7 0.69225E-04 0.58448E-05 0.000002 0.341622E-10 0.999258 0.377904E-11 21 14686.9 0.68088E-04 -0.66086E-05 0.000002 0.436734E-10 0.999258 0.483117E-11 22 15970.9 0.62614E-04 -0.24913E-01 0.008297 0.620640E-03 0.999327 0.686554E-04 23 16746.4 0.59714E-04 -0.66100E-05 0.000002 0.436927E-10 0.999327 0.483331E-11 24 18625.6 0.53689E-04 -0.10178E-05 0.000000 0.103599E-11 0.999327 0.114602E-12 25 18972.4 0.52708E-04 -0.18548E-02 0.000618 0.344028E-05 0.999327 0.380565E-06 26 19773.4 0.50573E-04 -0.25443E-05 0.000001 0.647341E-11 0.999327 0.716092E-12 27 20120.5 0.49701E-04 -0.20860E-05 0.000001 0.435130E-11 0.999327 0.481342E-12 28 21378.9 0.46775E-04 0.55182E-06 0.000000 0.304502E-12 0.999327 0.336842E-13 29 23634.5 0.42311E-04 0.12557E-04 0.000004 0.157681E-09 0.999327 0.174427E-10 30 23638.4 0.42304E-04 -0.11669E-04 0.000004 0.136172E-09 0.999327 0.150635E-10 31 24108.1 0.41480E-04 -0.21059E-04 0.000007 0.443479E-09 0.999327 0.490579E-10 32 24610.7 0.40633E-04 0.42354E-01 0.014106 0.179384E-02 0.999526 0.198436E-03 33 24898.2 0.40164E-04 0.34172E-04 0.000011 0.116770E-08 0.999526 0.129172E-09 34 27154.4 0.36826E-04 -0.25075E-04 0.000008 0.628753E-09 0.999526 0.695529E-10 35 27531.9 0.36322E-04 0.49759E-04 0.000017 0.247592E-08 0.999526 0.273888E-09 36 28157.9 0.35514E-04 0.12896E-03 0.000043 0.166307E-07 0.999526 0.183969E-08 37 28222.7 0.35432E-04 0.63622E-04 0.000021 0.404779E-08 0.999526 0.447769E-09 38 28360.3 0.35261E-04 0.59733E-01 0.019894 0.356798E-02 0.999921 0.394692E-03 39 30894.9 0.32368E-04 -0.75242E-02 0.002506 0.566131E-04 0.999927 0.626257E-05 40 32053.8 0.31198E-04 -0.58655E-02 0.001953 0.344038E-04 0.999931 0.380576E-05 41 33226.9 0.30096E-04 -0.43535E-06 0.000000 0.189533E-12 0.999931 0.209663E-13 42 33240.2 0.30084E-04 0.37539E-05 0.000001 0.140917E-10 0.999931 0.155883E-11 43 34570.9 0.28926E-04 0.27646E-05 0.000001 0.764327E-11 0.999931 0.845502E-12 44 37255.5 0.26842E-04 0.20332E-01 0.006772 0.413382E-03 0.999976 0.457285E-04 45 38447.4 0.26010E-04 0.17930E-02 0.000597 0.321489E-05 0.999977 0.355633E-06 46 38712.7 0.25831E-04 0.55193E-05 0.000002 0.304621E-10 0.999977 0.336973E-11 47 39389.4 0.25388E-04 -0.78900E-05 0.000003 0.622525E-10 0.999977 0.688640E-11 48 41906.4 0.23863E-04 0.49994E-06 0.000000 0.249944E-12 0.999977 0.276490E-13 49 42220.3 0.23685E-04 -0.49245E-06 0.000000 0.242502E-12 0.999977 0.268257E-13 50 42877.3 0.23322E-04 0.45561E-05 0.000002 0.207582E-10 0.999977 0.229628E-11 51 46400.5 0.21552E-04 0.17904E-06 0.000000 0.320568E-13 0.999977 0.354614E-14 52 46978.1 0.21287E-04 -0.17375E-05 0.000001 0.301897E-11 0.999977 0.333960E-12 53 48298.0 0.20705E-04 -0.85757E-06 0.000000 0.735422E-12 0.999977 0.813528E-13 54 49255.1 0.20302E-04 -0.72201E-06 0.000000 0.521292E-12 0.999977 0.576655E-13 55 51247.3 0.19513E-04 0.67260E-02 0.002240 0.452395E-04 0.999982 0.500442E-05 56 54348.4 0.18400E-04 0.51926E-02 0.001729 0.269629E-04 0.999985 0.298265E-05 57 54955.9 0.18196E-04 0.24598E-04 0.000008 0.605050E-09 0.999985 0.669309E-10 58 55477.1 0.18025E-04 0.63712E-05 0.000002 0.405921E-10 0.999985 0.449031E-11 59 57021.3 0.17537E-04 0.74775E-06 0.000000 0.559123E-12 0.999985 0.618504E-13 60 60768.2 0.16456E-04 -0.30856E-02 0.001028 0.952096E-05 0.999986 0.105321E-05 61 63130.8 0.15840E-04 -0.24850E-05 0.000001 0.617538E-11 0.999986 0.683123E-12 62 66686.6 0.14996E-04 0.93536E-06 0.000000 0.874906E-12 0.999986 0.967824E-13 63 67946.8 0.14717E-04 0.29043E-05 0.000001 0.843482E-11 0.999986 0.933064E-12 64 70752.1 0.14134E-04 0.24554E-05 0.000001 0.602875E-11 0.999986 0.666903E-12 65 70853.7 0.14114E-04 0.13667E-05 0.000000 0.186794E-11 0.999986 0.206632E-12 66 76710.5 0.13036E-04 0.36199E-04 0.000012 0.131039E-08 0.999986 0.144956E-09 67 77072.6 0.12975E-04 -0.73230E-02 0.002439 0.536263E-04 0.999992 0.593216E-05 68 78957.8 0.12665E-04 -0.88458E-06 0.000000 0.782479E-12 0.999992 0.865581E-13 69 80083.4 0.12487E-04 -0.19391E-02 0.000646 0.376023E-05 0.999992 0.415958E-06 70 81881.7 0.12213E-04 -0.11421E-05 0.000000 0.130444E-11 0.999992 0.144297E-12 71 82527.3 0.12117E-04 -0.83823E-06 0.000000 0.702621E-12 0.999992 0.777243E-13 72 84094.0 0.11891E-04 0.81679E-06 0.000000 0.667147E-12 0.999992 0.738001E-13 73 86792.7 0.11522E-04 -0.15089E-05 0.000001 0.227670E-11 0.999992 0.251849E-12 74 90233.7 0.11082E-04 -0.43464E-07 0.000000 0.188913E-14 0.999992 0.208977E-15 75 90740.5 0.11020E-04 -0.11991E-02 0.000399 0.143777E-05 0.999992 0.159047E-06 76 92987.0 0.10754E-04 0.11625E-05 0.000000 0.135137E-11 0.999992 0.149489E-12 77 93437.4 0.10702E-04 0.38577E-06 0.000000 0.148819E-12 0.999992 0.164625E-13 78 95165.1 0.10508E-04 0.24999E-02 0.000833 0.624929E-05 0.999993 0.691300E-06 79 97409.1 0.10266E-04 -0.62593E-07 0.000000 0.391787E-14 0.999993 0.433396E-15 80 101164. 0.98849E-05 -0.29398E-06 0.000000 0.864238E-13 0.999993 0.956024E-14 81 103783. 0.96355E-05 0.18349E-02 0.000611 0.336688E-05 0.999993 0.372446E-06 82 104871. 0.95356E-05 -0.13548E-05 0.000000 0.183543E-11 0.999993 0.203036E-12 83 113109. 0.88410E-05 0.15870E-05 0.000001 0.251865E-11 0.999993 0.278614E-12 84 116561. 0.85792E-05 -0.89805E-05 0.000003 0.806489E-10 0.999993 0.892141E-11 85 118247. 0.84569E-05 -0.30441E-03 0.000101 0.926671E-07 0.999993 0.102509E-07 86 119128. 0.83943E-05 0.20114E-04 0.000007 0.404577E-09 0.999993 0.447544E-10 87 121402. 0.82371E-05 0.75481E-02 0.002514 0.569733E-04 1.00000 0.630241E-05 88 123166. 0.81191E-05 0.42334E-05 0.000001 0.179213E-10 1.00000 0.198247E-11 89 131770. 0.75890E-05 0.34096E-05 0.000001 0.116253E-10 1.00000 0.128600E-11 90 133702. 0.74793E-05 -0.55330E-05 0.000002 0.306136E-10 1.00000 0.338649E-11 91 136693. 0.73156E-05 0.35966E-08 0.000000 0.129353E-16 1.00000 0.143090E-17 92 139839. 0.71511E-05 -0.19134E-05 0.000001 0.366110E-11 1.00000 0.404993E-12 93 143987. 0.69451E-05 0.11964E-02 0.000398 0.143128E-05 1.00000 0.158328E-06 94 147639. 0.67733E-05 -0.36125E-05 0.000001 0.130505E-10 1.00000 0.144365E-11 95 151224. 0.66127E-05 0.95096E-06 0.000000 0.904316E-12 1.00000 0.100036E-12 96 151612. 0.65958E-05 0.69385E-06 0.000000 0.481424E-12 1.00000 0.532553E-13 97 155138. 0.64459E-05 -0.21639E-05 0.000001 0.468227E-11 1.00000 0.517955E-12 98 156319. 0.63972E-05 -0.49953E-06 0.000000 0.249534E-12 1.00000 0.276036E-13 99 156721. 0.63808E-05 -0.40491E-06 0.000000 0.163949E-12 1.00000 0.181361E-13 100 156997. 0.63695E-05 0.75637E-03 0.000252 0.572094E-06 1.00000 0.632853E-07 101 157043. 0.63677E-05 -0.28080E-06 0.000000 0.788480E-13 1.00000 0.872219E-14 102 168943. 0.59191E-05 0.71350E-08 0.000000 0.509082E-16 1.00000 0.563149E-17 ----------------------------------------------------------------------------------------------------------------- sum 9.03124 0.999040 ----------------------------------------------------------------------------------------------------------------- ***** PARTICIPATION FACTOR CALCULATION *****ROTY DIRECTION CUMULATIVE RATIO EFF.MASS MODE FREQUENCY PERIOD PARTIC.FACTOR RATIO EFFECTIVE MASS MASS FRACTION TO TOTAL MASS 1 40.8578 0.24475E-01 0.30531E-06 0.000001 0.932155E-13 0.999247E-12 0.996062E-12 2 45.0168 0.22214E-01 -0.14522E-06 0.000000 0.210901E-13 0.122533E-11 0.225360E-12 3 233.239 0.42874E-02 0.41740E-06 0.000001 0.174223E-12 0.309295E-11 0.186167E-11 4 2194.65 0.45565E-03 0.13377E-04 0.000045 0.178940E-09 0.192129E-08 0.191208E-08 5 3060.02 0.32679E-03 -0.30017 1.000000 0.901010E-01 0.965860 0.962781 6 3117.40 0.32078E-03 0.24100E-03 0.000803 0.580811E-07 0.965860 0.620630E-06 7 3720.24 0.26880E-03 -0.26026E-04 0.000087 0.677368E-09 0.965860 0.723807E-08 8 4864.72 0.20556E-03 -0.71578E-05 0.000024 0.512338E-10 0.965860 0.547463E-09 9 6438.13 0.15532E-03 -0.43137E-05 0.000014 0.186084E-10 0.965860 0.198842E-09 10 6963.34 0.14361E-03 0.78458E-05 0.000026 0.615563E-10 0.965860 0.657765E-09 11 8818.92 0.11339E-03 -0.11016E-04 0.000037 0.121341E-09 0.965860 0.129660E-08 12 9273.23 0.10784E-03 -0.46836E-05 0.000016 0.219357E-10 0.965860 0.234396E-09 13 9536.69 0.10486E-03 0.15750E-05 0.000005 0.248064E-11 0.965860 0.265071E-10 14 10144.8 0.98572E-04 -0.42782E-01 0.142526 0.183028E-02 0.985480 0.195576E-01 15 11064.0 0.90383E-04 0.21175E-01 0.070543 0.448371E-03 0.990287 0.479110E-02 16 11541.5 0.86644E-04 -0.50332E-07 0.000000 0.253329E-14 0.990287 0.270697E-13 17 12120.3 0.82506E-04 -0.10165E-04 0.000034 0.103324E-09 0.990287 0.110408E-08 18 12798.8 0.78132E-04 -0.21881E-05 0.000007 0.478794E-11 0.990287 0.511619E-10 19 14124.0 0.70802E-04 0.15269E-05 0.000005 0.233147E-11 0.990287 0.249131E-10 20 14445.7 0.69225E-04 -0.11637E-05 0.000004 0.135415E-11 0.990287 0.144699E-10 21 14686.9 0.68088E-04 -0.42418E-02 0.014131 0.179930E-04 0.990480 0.192266E-03 22 15970.9 0.62614E-04 0.36394E-05 0.000012 0.132450E-10 0.990480 0.141530E-09 23 16746.4 0.59714E-04 0.13264E-01 0.044190 0.175943E-03 0.992366 0.188005E-02 24 18625.6 0.53689E-04 0.66669E-07 0.000000 0.444470E-14 0.992366 0.474942E-13 25 18972.4 0.52708E-04 -0.18396E-05 0.000006 0.338410E-11 0.992366 0.361611E-10 26 19773.4 0.50573E-04 0.20287E-05 0.000007 0.411555E-11 0.992366 0.439771E-10 27 20120.5 0.49701E-04 0.52116E-02 0.017362 0.271603E-04 0.992657 0.290223E-03 28 21378.9 0.46775E-04 0.23984E-06 0.000001 0.575254E-13 0.992657 0.614692E-12 29 23634.5 0.42311E-04 -0.13561E-01 0.045177 0.183896E-03 0.994628 0.196504E-02 30 23638.4 0.42304E-04 -0.10854E-02 0.003616 0.117808E-05 0.994641 0.125885E-04 31 24108.1 0.41480E-04 -0.26624E-04 0.000089 0.708826E-09 0.994641 0.757422E-08 32 24610.7 0.40633E-04 0.10076E-04 0.000034 0.101531E-09 0.994641 0.108491E-08 33 24898.2 0.40164E-04 -0.33794E-05 0.000011 0.114203E-10 0.994641 0.122033E-09 34 27154.4 0.36826E-04 -0.96188E-06 0.000003 0.925207E-12 0.994641 0.988638E-11 35 27531.9 0.36322E-04 -0.19893E-01 0.066273 0.395732E-03 0.998883 0.422863E-02 36 28157.9 0.35514E-04 -0.93273E-02 0.031074 0.869984E-04 0.999816 0.929629E-03 37 28222.7 0.35432E-04 0.87106E-06 0.000003 0.758739E-12 0.999816 0.810757E-11 38 28360.3 0.35261E-04 0.32902E-04 0.000110 0.108253E-08 0.999816 0.115675E-07 39 30894.9 0.32368E-04 -0.15673E-05 0.000005 0.245633E-11 0.999816 0.262474E-10 40 32053.8 0.31198E-04 -0.11959E-05 0.000004 0.143028E-11 0.999816 0.152834E-10 41 33226.9 0.30096E-04 -0.65861E-05 0.000022 0.433769E-10 0.999816 0.463508E-09 42 33240.2 0.30084E-04 -0.45022E-03 0.001500 0.202699E-06 0.999818 0.216595E-05 43 34570.9 0.28926E-04 0.59654E-06 0.000002 0.355864E-12 0.999818 0.380261E-11 44 37255.5 0.26842E-04 -0.22545E-05 0.000008 0.508298E-11 0.999818 0.543146E-10 45 38447.4 0.26010E-04 -0.68104E-05 0.000023 0.463810E-10 0.999818 0.495608E-09 46 38712.7 0.25831E-04 -0.24613E-02 0.008200 0.605781E-05 0.999883 0.647313E-04 47 39389.4 0.25388E-04 0.12350E-04 0.000041 0.152513E-09 0.999883 0.162969E-08 48 41906.4 0.23863E-04 -0.37891E-08 0.000000 0.143570E-16 0.999883 0.153413E-15 49 42220.3 0.23685E-04 0.47349E-06 0.000002 0.224195E-12 0.999883 0.239565E-11 50 42877.3 0.23322E-04 -0.10552E-02 0.003515 0.111349E-05 0.999895 0.118983E-04 51 46400.5 0.21552E-04 0.17300E-06 0.000001 0.299293E-13 0.999895 0.319812E-12 52 46978.1 0.21287E-04 0.43953E-06 0.000001 0.193191E-12 0.999895 0.206436E-11 53 48298.0 0.20705E-04 0.35185E-06 0.000001 0.123801E-12 0.999895 0.132289E-11 54 49255.1 0.20302E-04 -0.12907E-02 0.004300 0.166587E-05 0.999913 0.178008E-04 55 51247.3 0.19513E-04 0.24035E-07 0.000000 0.577681E-15 0.999913 0.617286E-14 56 54348.4 0.18400E-04 -0.68297E-06 0.000002 0.466446E-12 0.999913 0.498425E-11 57 54955.9 0.18196E-04 -0.47591E-05 0.000016 0.226490E-10 0.999913 0.242018E-09 58 55477.1 0.18025E-04 -0.52925E-06 0.000002 0.280101E-12 0.999913 0.299304E-11 59 57021.3 0.17537E-04 -0.53500E-06 0.000002 0.286221E-12 0.999913 0.305844E-11 60 60768.2 0.16456E-04 -0.49733E-06 0.000002 0.247338E-12 0.999913 0.264295E-11 61 63130.8 0.15840E-04 0.99416E-06 0.000003 0.988351E-12 0.999913 0.105611E-10 62 66686.6 0.14996E-04 -0.18461E-05 0.000006 0.340817E-11 0.999913 0.364183E-10 63 67946.8 0.14717E-04 0.17555E-02 0.005848 0.308170E-05 0.999946 0.329298E-04 64 70752.1 0.14134E-04 -0.96359E-07 0.000000 0.928509E-14 0.999946 0.992166E-13 65 70853.7 0.14114E-04 -0.59360E-06 0.000002 0.352365E-12 0.999946 0.376522E-11 66 76710.5 0.13036E-04 -0.79210E-03 0.002639 0.627421E-06 0.999952 0.670436E-05 67 77072.6 0.12975E-04 -0.41542E-05 0.000014 0.172572E-10 0.999952 0.184403E-09 68 78957.8 0.12665E-04 0.26833E-05 0.000009 0.720008E-11 0.999952 0.769370E-10 69 80083.4 0.12487E-04 0.67419E-06 0.000002 0.454531E-12 0.999952 0.485693E-11 70 81881.7 0.12213E-04 0.56635E-06 0.000002 0.320754E-12 0.999952 0.342744E-11 71 82527.3 0.12117E-04 -0.96419E-03 0.003212 0.929659E-06 0.999962 0.993395E-05 72 84094.0 0.11891E-04 -0.30153E-06 0.000001 0.909213E-13 0.999962 0.971547E-12 73 86792.7 0.11522E-04 -0.14976E-02 0.004989 0.224266E-05 0.999986 0.239641E-04 74 90233.7 0.11082E-04 -0.18148E-07 0.000000 0.329353E-15 0.999986 0.351933E-14 75 90740.5 0.11020E-04 0.39680E-06 0.000001 0.157452E-12 0.999986 0.168246E-11 76 92987.0 0.10754E-04 0.19928E-03 0.000664 0.397130E-07 0.999987 0.424357E-06 77 93437.4 0.10702E-04 0.23632E-06 0.000001 0.558460E-13 0.999987 0.596747E-12 78 95165.1 0.10508E-04 0.21664E-06 0.000001 0.469326E-13 0.999987 0.501502E-12 79 97409.1 0.10266E-04 -0.35367E-06 0.000001 0.125081E-12 0.999987 0.133657E-11 80 101164. 0.98849E-05 0.23337E-06 0.000001 0.544620E-13 0.999987 0.581958E-12 81 103783. 0.96355E-05 -0.81894E-06 0.000003 0.670669E-12 0.999987 0.716649E-11 82 104871. 0.95356E-05 -0.28307E-03 0.000943 0.801267E-07 0.999988 0.856200E-06 83 113109. 0.88410E-05 -0.60517E-06 0.000002 0.366233E-12 0.999988 0.391342E-11 84 116561. 0.85792E-05 -0.13932E-04 0.000046 0.194114E-09 0.999988 0.207422E-08 85 118247. 0.84569E-05 0.36393E-05 0.000012 0.132448E-10 0.999988 0.141528E-09 86 119128. 0.83943E-05 -0.10418E-02 0.003471 0.108535E-05 0.999999 0.115976E-04 87 121402. 0.82371E-05 0.23353E-06 0.000001 0.545383E-13 0.999999 0.582773E-12 88 123166. 0.81191E-05 0.24598E-07 0.000000 0.605060E-15 0.999999 0.646541E-14 89 131770. 0.75890E-05 -0.10321E-03 0.000344 0.106525E-07 0.999999 0.113828E-06 90 133702. 0.74793E-05 0.71345E-06 0.000002 0.509016E-12 0.999999 0.543913E-11 91 136693. 0.73156E-05 -0.93093E-07 0.000000 0.866639E-14 0.999999 0.926054E-13 92 139839. 0.71511E-05 0.20992E-06 0.000001 0.440667E-13 0.999999 0.470878E-12 93 143987. 0.69451E-05 0.16318E-07 0.000000 0.266290E-15 0.999999 0.284546E-14 94 147639. 0.67733E-05 0.38590E-06 0.000001 0.148918E-12 0.999999 0.159128E-11 95 151224. 0.66127E-05 -0.23979E-03 0.000799 0.575004E-07 1.00000 0.614426E-06 96 151612. 0.65958E-05 -0.55094E-08 0.000000 0.303535E-16 1.00000 0.324345E-15 97 155138. 0.64459E-05 -0.36714E-06 0.000001 0.134789E-12 1.00000 0.144030E-11 98 156319. 0.63972E-05 0.26898E-04 0.000090 0.723505E-09 1.00000 0.773108E-08 99 156721. 0.63808E-05 0.52650E-07 0.000000 0.277204E-14 1.00000 0.296209E-13 100 156997. 0.63695E-05 0.15421E-07 0.000000 0.237798E-15 1.00000 0.254101E-14 101 157043. 0.63677E-05 0.42134E-07 0.000000 0.177526E-14 1.00000 0.189696E-13 102 168943. 0.59191E-05 -0.96124E-08 0.000000 0.923980E-16 1.00000 0.987327E-15 ----------------------------------------------------------------------------------------------------------------- sum 0.932858E-01 0.996813 ----------------------------------------------------------------------------------------------------------------- ***** PARTICIPATION FACTOR CALCULATION *****ROTZ DIRECTION CUMULATIVE RATIO EFF.MASS MODE FREQUENCY PERIOD PARTIC.FACTOR RATIO EFFECTIVE MASS MASS FRACTION TO TOTAL MASS 1 40.8578 0.24475E-01 -3.0093 1.000000 9.05582 0.993184 0.992384 2 45.0168 0.22214E-01 0.69345E-03 0.000230 0.480866E-06 0.993184 0.526958E-07 3 233.239 0.42874E-02 0.75672E-05 0.000003 0.572621E-10 0.993184 0.627508E-11 4 2194.65 0.45565E-03 0.62068E-05 0.000002 0.385240E-10 0.993184 0.422166E-11 5 3060.02 0.32679E-03 0.10301E-04 0.000003 0.106108E-09 0.993184 0.116279E-10 6 3117.40 0.32078E-03 -0.54724E-05 0.000002 0.299471E-10 0.993184 0.328176E-11 7 3720.24 0.26880E-03 -0.12326 0.040959 0.151925E-01 0.994851 0.166487E-02 8 4864.72 0.20556E-03 -0.25067E-06 0.000000 0.628375E-13 0.994851 0.688607E-14 9 6438.13 0.15532E-03 -0.30840E-01 0.010248 0.951081E-03 0.994955 0.104225E-03 10 6963.34 0.14361E-03 -0.25067E-05 0.000001 0.628334E-11 0.994955 0.688561E-12 11 8818.92 0.11339E-03 0.16988E-05 0.000001 0.288588E-11 0.994955 0.316250E-12 12 9273.23 0.10784E-03 -0.77151E-04 0.000026 0.595234E-08 0.994955 0.652289E-09 13 9536.69 0.10486E-03 0.35997E-01 0.011962 0.129577E-02 0.995097 0.141997E-03 14 10144.8 0.98572E-04 0.14509E-05 0.000000 0.210518E-11 0.995097 0.230696E-12 15 11064.0 0.90383E-04 0.10573E-04 0.000004 0.111794E-09 0.995097 0.122510E-10 16 11541.5 0.86644E-04 0.15225 0.050593 0.231793E-01 0.997639 0.254011E-02 17 12120.3 0.82506E-04 0.23716E-04 0.000008 0.562429E-09 0.997639 0.616339E-10 18 12798.8 0.78132E-04 0.20633E-04 0.000007 0.425712E-09 0.997639 0.466518E-10 19 14124.0 0.70802E-04 -0.35665E-04 0.000012 0.127199E-08 0.997639 0.139391E-09 20 14445.7 0.69225E-04 -0.61225E-01 0.020345 0.374854E-02 0.998050 0.410785E-03 21 14686.9 0.68088E-04 0.13780E-04 0.000005 0.189894E-09 0.998050 0.208096E-10 22 15970.9 0.62614E-04 -0.37702E-05 0.000001 0.142142E-10 0.998050 0.155766E-11 23 16746.4 0.59714E-04 -0.26191E-05 0.000001 0.685949E-11 0.998050 0.751699E-12 24 18625.6 0.53689E-04 0.43987E-01 0.014617 0.193487E-02 0.998262 0.212033E-03 25 18972.4 0.52708E-04 0.12106E-06 0.000000 0.146563E-13 0.998262 0.160612E-14 26 19773.4 0.50573E-04 -0.69727E-05 0.000002 0.486179E-10 0.998262 0.532780E-11 27 20120.5 0.49701E-04 -0.22998E-05 0.000001 0.528922E-11 0.998262 0.579620E-12 28 21378.9 0.46775E-04 -0.15103E-04 0.000005 0.228104E-09 0.998262 0.249968E-10 29 23634.5 0.42311E-04 0.55552E-02 0.001846 0.308607E-04 0.998266 0.338188E-05 30 23638.4 0.42304E-04 -0.69617E-01 0.023134 0.484647E-02 0.998797 0.531102E-03 31 24108.1 0.41480E-04 0.15192E-03 0.000050 0.230807E-07 0.998797 0.252931E-08 32 24610.7 0.40633E-04 -0.16758E-04 0.000006 0.280840E-09 0.998797 0.307760E-10 33 24898.2 0.40164E-04 0.81368E-04 0.000027 0.662082E-08 0.998797 0.725544E-09 34 27154.4 0.36826E-04 0.23765E-01 0.007897 0.564759E-03 0.998859 0.618893E-04 35 27531.9 0.36322E-04 -0.45537E-05 0.000002 0.207360E-10 0.998859 0.227236E-11 36 28157.9 0.35514E-04 0.10448E-05 0.000000 0.109168E-11 0.998859 0.119632E-12 37 28222.7 0.35432E-04 0.80061E-01 0.026605 0.640974E-02 0.999562 0.702413E-03 38 28360.3 0.35261E-04 -0.80473E-04 0.000027 0.647596E-08 0.999562 0.709670E-09 39 30894.9 0.32368E-04 0.21283E-05 0.000001 0.452950E-11 0.999562 0.496367E-12 40 32053.8 0.31198E-04 -0.12059E-04 0.000004 0.145421E-09 0.999562 0.159360E-10 41 33226.9 0.30096E-04 0.43307E-01 0.014391 0.187553E-02 0.999768 0.205531E-03 42 33240.2 0.30084E-04 -0.61301E-03 0.000204 0.375779E-06 0.999768 0.411798E-07 43 34570.9 0.28926E-04 0.40647E-05 0.000001 0.165217E-10 0.999768 0.181054E-11 44 37255.5 0.26842E-04 0.25798E-05 0.000001 0.665546E-11 0.999768 0.729340E-12 45 38447.4 0.26010E-04 -0.18478E-05 0.000001 0.341429E-11 0.999768 0.374156E-12 46 38712.7 0.25831E-04 -0.13061E-04 0.000004 0.170599E-09 0.999768 0.186951E-10 47 39389.4 0.25388E-04 0.10460E-06 0.000000 0.109412E-13 0.999768 0.119899E-14 48 41906.4 0.23863E-04 -0.30917E-01 0.010274 0.955877E-03 0.999873 0.104750E-03 49 42220.3 0.23685E-04 -0.53629E-04 0.000018 0.287612E-08 0.999873 0.315180E-09 50 42877.3 0.23322E-04 0.18730E-04 0.000006 0.350817E-09 0.999873 0.384444E-10 51 46400.5 0.21552E-04 0.11316E-02 0.000376 0.128063E-05 0.999873 0.140338E-06 52 46978.1 0.21287E-04 0.78928E-02 0.002623 0.622971E-04 0.999880 0.682684E-05 53 48298.0 0.20705E-04 -0.17602E-01 0.005849 0.309832E-03 0.999914 0.339530E-04 54 49255.1 0.20302E-04 0.55073E-05 0.000002 0.303306E-10 0.999914 0.332379E-11 55 51247.3 0.19513E-04 0.17942E-05 0.000001 0.321929E-11 0.999914 0.352786E-12 56 54348.4 0.18400E-04 0.46376E-06 0.000000 0.215077E-12 0.999914 0.235693E-13 57 54955.9 0.18196E-04 0.20313E-04 0.000007 0.412614E-09 0.999914 0.452164E-10 58 55477.1 0.18025E-04 0.26405E-04 0.000009 0.697223E-09 0.999914 0.764054E-10 59 57021.3 0.17537E-04 -0.39605E-02 0.001316 0.156855E-04 0.999916 0.171890E-05 60 60768.2 0.16456E-04 -0.83226E-07 0.000000 0.692665E-14 0.999916 0.759059E-15 61 63130.8 0.15840E-04 0.45553E-02 0.001514 0.207507E-04 0.999918 0.227397E-05 62 66686.6 0.14996E-04 0.18017E-05 0.000001 0.324623E-11 0.999918 0.355739E-12 63 67946.8 0.14717E-04 0.17640E-05 0.000001 0.311176E-11 0.999918 0.341003E-12 64 70752.1 0.14134E-04 -0.14368E-01 0.004775 0.206448E-03 0.999940 0.226236E-04 65 70853.7 0.14114E-04 -0.21884E-02 0.000727 0.478921E-05 0.999941 0.524827E-06 66 76710.5 0.13036E-04 -0.14112E-05 0.000000 0.199136E-11 0.999941 0.218223E-12 67 77072.6 0.12975E-04 -0.12403E-05 0.000000 0.153838E-11 0.999941 0.168584E-12 68 78957.8 0.12665E-04 -0.51843E-05 0.000002 0.268773E-10 0.999941 0.294535E-11 69 80083.4 0.12487E-04 -0.53543E-06 0.000000 0.286687E-12 0.999941 0.314167E-13 70 81881.7 0.12213E-04 0.36762E-02 0.001222 0.135148E-04 0.999943 0.148102E-05 71 82527.3 0.12117E-04 -0.18916E-06 0.000000 0.357830E-13 0.999943 0.392129E-14 72 84094.0 0.11891E-04 -0.54624E-02 0.001815 0.298373E-04 0.999946 0.326973E-05 73 86792.7 0.11522E-04 0.19346E-06 0.000000 0.374277E-13 0.999946 0.410152E-14 74 90233.7 0.11082E-04 -0.35039E-05 0.000001 0.122771E-10 0.999946 0.134538E-11 75 90740.5 0.11020E-04 0.44206E-07 0.000000 0.195420E-14 0.999946 0.214151E-15 76 92987.0 0.10754E-04 0.32505E-05 0.000001 0.105661E-10 0.999946 0.115788E-11 77 93437.4 0.10702E-04 0.71976E-05 0.000002 0.518050E-10 0.999946 0.567707E-11 78 95165.1 0.10508E-04 0.34470E-06 0.000000 0.118820E-12 0.999946 0.130210E-13 79 97409.1 0.10266E-04 0.28744E-03 0.000096 0.826201E-07 0.999946 0.905394E-08 80 101164. 0.98849E-05 0.79131E-02 0.002630 0.626179E-04 0.999953 0.686200E-05 81 103783. 0.96355E-05 -0.26467E-06 0.000000 0.700486E-13 0.999953 0.767629E-14 82 104871. 0.95356E-05 0.18861E-06 0.000000 0.355733E-13 0.999953 0.389831E-14 83 113109. 0.88410E-05 -0.74354E-05 0.000002 0.552854E-10 0.999953 0.605846E-11 84 116561. 0.85792E-05 0.23495E-05 0.000001 0.552018E-11 0.999953 0.604930E-12 85 118247. 0.84569E-05 0.17349E-06 0.000000 0.300980E-13 0.999953 0.329830E-14 86 119128. 0.83943E-05 -0.20787E-04 0.000007 0.432118E-09 0.999953 0.473538E-10 87 121402. 0.82371E-05 0.67542E-05 0.000002 0.456198E-10 0.999953 0.499925E-11 88 123166. 0.81191E-05 -0.14581E-01 0.004845 0.212604E-03 0.999976 0.232983E-04 89 131770. 0.75890E-05 -0.14882E-06 0.000000 0.221462E-13 0.999976 0.242689E-14 90 133702. 0.74793E-05 -0.10667E-04 0.000004 0.113777E-09 0.999976 0.124682E-10 91 136693. 0.73156E-05 0.72569E-03 0.000241 0.526624E-06 0.999976 0.577103E-07 92 139839. 0.71511E-05 0.14283E-01 0.004746 0.203996E-03 0.999998 0.223550E-04 93 143987. 0.69451E-05 -0.18700E-06 0.000000 0.349705E-13 0.999998 0.383225E-14 94 147639. 0.67733E-05 0.24150E-04 0.000008 0.583246E-09 0.999998 0.639152E-10 95 151224. 0.66127E-05 -0.29374E-06 0.000000 0.862825E-13 0.999998 0.945529E-14 96 151612. 0.65958E-05 -0.24924E-02 0.000828 0.621226E-05 0.999999 0.680772E-06 97 155138. 0.64459E-05 -0.22703E-05 0.000001 0.515412E-11 0.999999 0.564816E-12 98 156319. 0.63972E-05 0.35811E-07 0.000000 0.128245E-14 0.999999 0.140537E-15 99 156721. 0.63808E-05 0.28637E-02 0.000952 0.820064E-05 1.00000 0.898670E-06 100 156997. 0.63695E-05 -0.70305E-07 0.000000 0.494277E-14 1.00000 0.541655E-15 101 157043. 0.63677E-05 0.36156E-05 0.000001 0.130725E-10 1.00000 0.143256E-11 102 168943. 0.59191E-05 -0.41698E-03 0.000139 0.173871E-06 1.00000 0.190538E-07 ----------------------------------------------------------------------------------------------------------------- sum 9.11796 0.999194 ----------------------------------------------------------------------------------------------------------------- *** NOTE *** CP = 2.656 TIME= 15:59:04 The modes requested are mass normalized (Nrmkey on MODOPT). However, the modal masses and kinetic energies below are calculated with unit normalized modes. ***** MODAL MASSES, KINETIC ENERGIES, AND TRANSLATIONAL EFFECTIVE MASSES SUMMARY ***** EFFECTIVE MASS MODE FREQUENCY MODAL MASS KENE | X-DIR RATIO% Y-DIR RATIO% Z-DIR RATIO% 1 40.86 0.1007E-01 331.9 | 0.1009E-01 99.26 0.6887E-13 0.00 0.5350E-09 0.00 2 45.02 0.1003E-01 401.1 | 0.5358E-09 0.00 0.1179E-12 0.00 0.1007E-01 99.09 3 233.2 0.1005E-01 0.1080E+05 | 0.6622E-13 0.00 0.1011E-01 99.47 0.1004E-12 0.00 4 2195. 0.3909E-04 3716. | 0.2329E-13 0.00 0.2252E-04 0.22 0.4380E-13 0.00 5 3060. 0.7632E-04 0.1411E+05 | 0.1810E-12 0.00 0.6335E-13 0.00 0.4008E-10 0.00 6 3117. 0.6715E-04 0.1288E+05 | 0.4563E-13 0.00 0.1016E-12 0.00 0.6184E-04 0.61 7 3720. 0.1390E-03 0.3798E+05 | 0.9929E-05 0.10 0.5013E-13 0.00 0.1264E-12 0.00 8 4865. 0.3534E-04 0.1651E+05 | 0.000 0.00 0.4045E-15 0.00 0.2460E-05 0.02 9 6438. 0.1280E-03 0.1047E+06 | 0.1618E-06 0.00 0.6887E-12 0.00 0.4499E-13 0.00 10 6963. 0.6370E-04 0.6097E+05 | 0.2907E-12 0.00 0.6132E-05 0.06 0.1128E-13 0.00 11 8819. 0.6657E-03 0.1022E+07 | 0.4709E-15 0.00 0.8881E-14 0.00 0.3757E-05 0.04 12 9273. 0.3262E-01 0.5537E+08 | 0.2618E-10 0.00 0.8412E-06 0.01 0.1192E-12 0.00 13 9537. 0.1038E-03 0.1864E+06 | 0.4610E-05 0.05 0.9472E-11 0.00 0.1824E-13 0.00 14 0.1014E+05 0.2572E-03 0.5225E+06 | 0.4305E-13 0.00 0.1011E-13 0.00 0.4903E-13 0.00 15 0.1106E+05 0.3324E-04 0.8033E+05 | 0.9481E-13 0.00 0.7570E-15 0.00 0.4252E-14 0.00 16 0.1154E+05 0.4728E-04 0.1243E+06 | 0.2596E-04 0.26 0.2429E-13 0.00 0.2605E-13 0.00 17 0.1212E+05 0.1534E-02 0.4448E+07 | 0.7146E-12 0.00 0.3240E-14 0.00 0.2094E-05 0.02 18 0.1280E+05 0.7206E-04 0.2330E+06 | 0.8653E-12 0.00 0.2191E-07 0.00 0.8219E-14 0.00 19 0.1412E+05 0.2213E-02 0.8713E+07 | 0.1666E-11 0.00 0.1798E-14 0.00 0.2053E-06 0.00 20 0.1445E+05 0.6636E-04 0.2733E+06 | 0.5277E-05 0.05 0.1161E-13 0.00 0.7011E-13 0.00 21 0.1469E+05 0.7891E-02 0.3360E+08 | 0.2730E-12 0.00 0.3020E-14 0.00 0.1470E-12 0.00 22 0.1597E+05 0.1892E-02 0.9526E+07 | 0.4265E-13 0.00 0.7595E-13 0.00 0.2300E-05 0.02 23 0.1675E+05 0.4704E-02 0.2604E+08 | 0.1107E-13 0.00 0.2553E-13 0.00 0.1240E-12 0.00 24 0.1863E+05 0.1799E-03 0.1232E+07 | 0.2806E-05 0.03 0.2387E-13 0.00 0.1654E-14 0.00 25 0.1897E+05 0.2887E-04 0.2051E+06 | 0.5462E-16 0.00 0.1389E-13 0.00 0.2730E-08 0.00 26 0.1977E+05 0.8055E-04 0.6217E+06 | 0.4406E-13 0.00 0.5889E-05 0.06 0.4049E-15 0.00 27 0.2012E+05 0.5939E-03 0.4746E+07 | 0.6554E-14 0.00 0.1880E-11 0.00 0.8327E-14 0.00 28 0.2138E+05 0.4156E-04 0.3750E+06 | 0.1075E-12 0.00 0.5499E-07 0.00 0.1458E-14 0.00 29 0.2363E+05 0.5594E-03 0.6168E+07 | 0.2330E-07 0.00 0.2139E-10 0.00 0.3183E-12 0.00 30 0.2364E+05 0.5497E-03 0.6063E+07 | 0.3658E-05 0.04 0.2575E-10 0.00 0.1929E-12 0.00 31 0.2411E+05 0.2389E-03 0.2741E+07 | 0.1857E-10 0.00 0.5972E-05 0.06 0.6536E-12 0.00 32 0.2461E+05 0.4234E-03 0.5062E+07 | 0.1551E-12 0.00 0.9065E-12 0.00 0.3173E-05 0.03 33 0.2490E+05 0.2347E-03 0.2872E+07 | 0.5277E-11 0.00 0.3104E-06 0.00 0.2180E-11 0.00 34 0.2715E+05 0.1241E-03 0.1807E+07 | 0.6606E-06 0.01 0.3027E-13 0.00 0.1017E-11 0.00 35 0.2753E+05 0.2511E-03 0.3758E+07 | 0.1851E-13 0.00 0.2167E-12 0.00 0.3642E-11 0.00 36 0.2816E+05 0.3651E-04 0.5715E+06 | 0.3933E-14 0.00 0.1825E-13 0.00 0.2418E-10 0.00 37 0.2822E+05 0.9988E-04 0.1570E+07 | 0.8151E-05 0.08 0.3667E-12 0.00 0.5844E-11 0.00 38 0.2836E+05 0.3124E-02 0.4959E+08 | 0.8394E-11 0.00 0.1781E-14 0.00 0.5176E-05 0.05 39 0.3089E+05 0.5428E-03 0.1023E+08 | 0.1073E-13 0.00 0.3352E-16 0.00 0.5038E-07 0.00 40 0.3205E+05 0.1297E-02 0.2630E+08 | 0.1664E-12 0.00 0.1800E-13 0.00 0.7117E-08 0.00 41 0.3323E+05 0.1084E-03 0.2363E+07 | 0.2628E-05 0.03 0.1288E-13 0.00 0.7628E-16 0.00 42 0.3324E+05 0.7589E-03 0.1655E+08 | 0.5249E-09 0.00 0.1323E-14 0.00 0.1887E-13 0.00 43 0.3457E+05 0.6323E-04 0.1492E+07 | 0.1603E-13 0.00 0.2741E-06 0.00 0.1473E-13 0.00 44 0.3726E+05 0.3535E-02 0.9686E+08 | 0.1757E-13 0.00 0.1287E-12 0.00 0.9137E-06 0.01 45 0.3845E+05 0.2620E-04 0.7645E+06 | 0.5049E-14 0.00 0.1019E-14 0.00 0.4863E-08 0.00 46 0.3871E+05 0.1615E-02 0.4778E+08 | 0.2784E-12 0.00 0.1964E-10 0.00 0.7823E-13 0.00 47 0.3939E+05 0.4426E-04 0.1356E+07 | 0.2228E-14 0.00 0.1551E-06 0.00 0.1392E-12 0.00 48 0.4191E+05 0.1340E-03 0.4645E+07 | 0.1423E-05 0.01 0.7515E-12 0.00 0.5898E-15 0.00 49 0.4222E+05 0.4953E-04 0.1743E+07 | 0.4601E-11 0.00 0.4616E-07 0.00 0.8647E-15 0.00 50 0.4288E+05 0.5108E-03 0.1854E+08 | 0.4721E-12 0.00 0.2808E-11 0.00 0.3486E-13 0.00 51 0.4640E+05 0.6857E-02 0.2914E+09 | 0.2183E-08 0.00 0.2527E-10 0.00 0.8034E-17 0.00 52 0.4698E+05 0.2209E-03 0.9622E+07 | 0.3693E-07 0.00 0.2303E-10 0.00 0.4449E-14 0.00 53 0.4830E+05 0.8496E-04 0.3912E+07 | 0.5533E-06 0.01 0.4551E-12 0.00 0.8005E-15 0.00 54 0.4926E+05 0.2828E-04 0.1354E+07 | 0.4524E-13 0.00 0.7717E-14 0.00 0.6552E-15 0.00 55 0.5125E+05 0.6002E-03 0.3112E+08 | 0.9541E-14 0.00 0.1832E-12 0.00 0.8501E-07 0.00 56 0.5435E+05 0.3675E-03 0.2143E+08 | 0.7805E-15 0.00 0.1671E-11 0.00 0.4760E-07 0.00 57 0.5496E+05 0.6537E-04 0.3897E+07 | 0.1056E-12 0.00 0.4526E-07 0.00 0.1121E-11 0.00 58 0.5548E+05 0.4567E-04 0.2775E+07 | 0.8060E-12 0.00 0.3337E-06 0.00 0.7977E-13 0.00 59 0.5702E+05 0.5915E-04 0.3796E+07 | 0.1365E-07 0.00 0.9099E-14 0.00 0.1271E-14 0.00 60 0.6077E+05 0.2450E-04 0.1786E+07 | 0.000 0.00 0.1208E-15 0.00 0.1495E-07 0.00 61 0.6313E+05 0.6877E-04 0.5410E+07 | 0.1465E-08 0.00 0.9630E-12 0.00 0.9716E-14 0.00 62 0.6669E+05 0.3076E-03 0.2700E+08 | 0.7707E-14 0.00 0.1710E-11 0.00 0.8989E-15 0.00 63 0.6795E+05 0.5387E-04 0.4909E+07 | 0.1798E-14 0.00 0.8101E-13 0.00 0.1328E-13 0.00 64 0.7075E+05 0.1203E-03 0.1188E+08 | 0.2162E-06 0.00 0.1952E-08 0.00 0.8557E-14 0.00 65 0.7085E+05 0.2180E-04 0.2161E+07 | 0.4974E-08 0.00 0.9170E-07 0.00 0.3755E-14 0.00 66 0.7671E+05 0.4277E-04 0.4968E+07 | 0.1712E-14 0.00 0.7226E-12 0.00 0.2006E-11 0.00 67 0.7707E+05 0.4026E-04 0.4720E+07 | 0.1363E-14 0.00 0.3512E-14 0.00 0.8144E-07 0.00 68 0.7896E+05 0.2650E-04 0.3262E+07 | 0.8505E-14 0.00 0.4756E-07 0.00 0.1985E-14 0.00 69 0.8008E+05 0.2354E-03 0.2981E+08 | 0.4136E-15 0.00 0.6357E-13 0.00 0.6514E-08 0.00 70 0.8188E+05 0.2640E-04 0.3494E+07 | 0.9223E-08 0.00 0.1024E-11 0.00 0.1875E-14 0.00 71 0.8253E+05 0.8435E-04 0.1134E+08 | 0.5969E-16 0.00 0.2207E-13 0.00 0.8692E-15 0.00 72 0.8409E+05 0.4088E-04 0.5706E+07 | 0.2801E-07 0.00 0.6320E-12 0.00 0.9296E-15 0.00 73 0.8679E+05 0.2965E-04 0.4409E+07 | 0.1079E-15 0.00 0.6670E-13 0.00 0.3002E-14 0.00 74 0.9023E+05 0.2977E-04 0.4784E+07 | 0.1111E-13 0.00 0.2005E-08 0.00 0.000 0.00 75 0.9074E+05 0.1633E-04 0.2654E+07 | 0.000 0.00 0.000 0.00 0.2067E-08 0.00 76 0.9299E+05 0.2094E-03 0.3574E+08 | 0.1020E-13 0.00 0.2255E-11 0.00 0.1174E-14 0.00 77 0.9344E+05 0.1509E-04 0.2600E+07 | 0.2189E-13 0.00 0.1236E-07 0.00 0.2256E-15 0.00 78 0.9517E+05 0.2230E-04 0.3986E+07 | 0.9371E-16 0.00 0.1026E-16 0.00 0.9435E-08 0.00 79 0.9741E+05 0.2192E-04 0.4105E+07 | 0.1050E-08 0.00 0.1545E-12 0.00 0.000 0.00 80 0.1012E+06 0.1836E-03 0.3710E+08 | 0.7357E-07 0.00 0.1222E-12 0.00 0.9901E-16 0.00 81 0.1038E+06 0.1615E-03 0.3434E+08 | 0.1099E-16 0.00 0.2525E-13 0.00 0.5835E-08 0.00 82 0.1049E+06 0.6127E-04 0.1330E+08 | 0.7627E-16 0.00 0.2307E-14 0.00 0.2936E-14 0.00 83 0.1131E+06 0.7370E-04 0.1861E+08 | 0.9481E-13 0.00 0.2885E-07 0.00 0.4640E-14 0.00 84 0.1166E+06 0.1882E-04 0.5048E+07 | 0.1610E-14 0.00 0.1446E-07 0.00 0.1363E-12 0.00 85 0.1182E+06 0.5409E-04 0.1493E+08 | 0.2483E-16 0.00 0.1880E-16 0.00 0.1147E-09 0.00 86 0.1191E+06 0.2568E-03 0.7193E+08 | 0.4540E-12 0.00 0.2818E-10 0.00 0.8040E-12 0.00 87 0.1214E+06 0.2491E-03 0.7246E+08 | 0.6459E-13 0.00 0.3435E-12 0.00 0.9939E-07 0.00 88 0.1232E+06 0.1242E-03 0.3719E+08 | 0.2528E-06 0.00 0.3066E-12 0.00 0.2933E-13 0.00 89 0.1318E+06 0.4055E-04 0.1390E+08 | 0.3499E-16 0.00 0.2246E-15 0.00 0.2012E-13 0.00 90 0.1337E+06 0.8504E-04 0.3001E+08 | 0.2091E-12 0.00 0.7794E-07 0.00 0.5190E-13 0.00 91 0.1367E+06 0.1639E-04 0.6044E+07 | 0.1532E-09 0.00 0.1166E-13 0.00 0.1803E-17 0.00 92 0.1398E+06 0.6732E-04 0.2598E+08 | 0.2358E-06 0.00 0.1912E-11 0.00 0.5299E-14 0.00 93 0.1440E+06 0.4164E-04 0.1704E+08 | 0.3984E-16 0.00 0.7132E-17 0.00 0.2037E-08 0.00 94 0.1476E+06 0.5978E-04 0.2572E+08 | 0.5339E-12 0.00 0.3617E-07 0.00 0.2225E-13 0.00 95 0.1512E+06 0.1098E-03 0.4955E+08 | 0.9714E-16 0.00 0.5466E-15 0.00 0.1603E-14 0.00 96 0.1516E+06 0.1166E-03 0.5291E+08 | 0.6221E-08 0.00 0.2491E-12 0.00 0.7116E-15 0.00 97 0.1551E+06 0.1505E-04 0.7151E+07 | 0.3403E-14 0.00 0.3745E-08 0.00 0.8653E-14 0.00 98 0.1563E+06 0.4224E-04 0.2037E+08 | 0.2101E-17 0.00 0.000 0.00 0.4334E-15 0.00 99 0.1567E+06 0.4039E-04 0.1958E+08 | 0.9252E-08 0.00 0.1098E-12 0.00 0.2318E-15 0.00 100 0.1570E+06 0.2825E-04 0.1374E+08 | 0.6837E-17 0.00 0.4658E-16 0.00 0.8321E-09 0.00 101 0.1570E+06 0.2839E-04 0.1382E+08 | 0.1115E-13 0.00 0.4954E-10 0.00 0.1748E-15 0.00 102 0.1689E+06 0.1318E-04 0.7426E+07 | 0.9932E-10 0.00 0.1762E-14 0.00 0.000 0.00 -------------------------------------------------------------------------------------------------------------- sum | 0.1015E-01 99.91 0.1015E-01 99.89 0.1015E-01 99.90 -------------------------------------------------------------------------------------------------------------- *** ANSYS BINARY FILE STATISTICS BUFFER SIZE USED= 16384 0.062 MB WRITTEN ON ELEMENT MATRIX FILE: file0.emat 15.312 MB WRITTEN ON ELEMENT SAVED DATA FILE: file0.esav 0.125 MB WRITTEN ON ASSEMBLED MATRIX FILE: file0.full 0.125 MB WRITTEN ON MODAL MATRIX FILE: file0.mode 0.562 MB WRITTEN ON SUBSTRUCTURE DOF SOLUTION FILE: file0.dsub 0.750 MB WRITTEN ON RESULTS FILE: file0.rst *************** Write FE CONNECTORS ********* WRITE OUT CONSTRAINT EQUATIONS TO FILE= file.ce *GET _NMODALSOLPROC FROM ACTI ITEM=NUMC VALUE= 2.00000000 FINISH SOLUTION PROCESSING ***** ROUTINE COMPLETED ***** CP = 2.688 ALL CURRENT ANSYS DATA WRITTEN TO FILE NAME= file.db FOR POSSIBLE RESUME FROM THIS POINT PRINTOUT RESUMED BY /GOP *GET _WALLASOL FROM ACTI ITEM=TIME WALL VALUE= 15.9844444 *** ANSYS - ENGINEERING ANALYSIS SYSTEM RELEASE 2020 R1 20.1 *** DISTRIBUTED ANSYS Academic Research 00208316 VERSION=WINDOWS x64 15:59:04 JUN 12, 2020 CP= 2.766 Piezo-APA95ML-3DElm--Modal (A5) ***** ANSYS RESULTS INTERPRETATION (POST1) ***** *** NOTE *** CP = 2.766 TIME= 15:59:04 Reading results into the database (SET command) will update the current displacement and force boundary conditions in the database with the values from the results file for that load set. Note that any subsequent solutions will use these values unless action is taken to either SAVE the current values or not overwrite them (/EXIT,NOSAVE). PRINTOUT RESUMED BY /GOP Set Encoding of XML File to:ISO-8859-1 Set Output of XML File to: PARM, , , , , , , , , , , , , , , , , , , DATABASE WRITTEN ON FILE parm.xml EXIT THE ANSYS POST1 DATABASE PROCESSOR ***** ROUTINE COMPLETED ***** CP = 3.625 PRINTOUT RESUMED BY /GOP *GET _WALLDONE FROM ACTI ITEM=TIME WALL VALUE= 15.9847222 PARAMETER _PREPTIME = 0.000000000 PARAMETER _SOLVTIME = 1.000000000 PARAMETER _POSTTIME = 1.000000000 PARAMETER _TOTALTIM = 2.000000000 *GET _DLBRATIO FROM ACTI ITEM=SOLU DLBR VALUE= 1.00000000 *GET _COMBTIME FROM ACTI ITEM=SOLU COMB VALUE= 0.217809000E-01 --- Number of total nodes = 18 --- Number of total elements = 2 --- Element load balance ratio = 1 --- Time to combine distributed files = 2.17809E-02 EXIT ANSYS WITHOUT SAVING DATABASE NUMBER OF WARNING MESSAGES ENCOUNTERED= 3 NUMBER OF ERROR MESSAGES ENCOUNTERED= 0 +--------- D I S T R I B U T E D A N S Y S S T A T I S T I C S ------------+ Release: 2020 R1 Build: 20.1 Update: UP20191203 Platform: WINDOWS x64 Date Run: 06/12/2020 Time: 15:59 Process ID: 4220 Operating System: Windows 10 (Build: 17763) Processor Model: Intel(R) Xeon(R) CPU E5-1620 v4 @ 3.50GHz Compiler: Intel(R) FORTRAN Compiler Version 19.0.0 (Build: 20190206) Intel(R) C/C++ Compiler Version 19.0.0 (Build: 20190206) Intel(R) Math Kernel Library Version 2019.0.3 Product Build 20190125 Number of machines requested : 1 Total number of cores available : 8 Number of physical cores available : 4 Number of processes requested : 4 Number of threads per process requested : 1 Total number of cores requested : 4 (Distributed Memory Parallel) MPI Type: INTELMPI MPI Version: Intel(R) MPI Library 2018 Update 3 for Windows* OS GPU Acceleration: Not Requested Job Name: file0 Input File: dummy.dat Core Machine Name Working Directory ----------------------------------------------------- 0 PCBRUMUND.esrf.fr C:\Users\brumund\Documents (Local)\ANSYS\NASS\_ProjectScratch\Scr779E 1 PCBRUMUND.esrf.fr C:\Users\brumund\Documents (Local)\ANSYS\NASS\_ProjectScratch\Scr779E 2 PCBRUMUND.esrf.fr C:\Users\brumund\Documents (Local)\ANSYS\NASS\_ProjectScratch\Scr779E 3 PCBRUMUND.esrf.fr C:\Users\brumund\Documents (Local)\ANSYS\NASS\_ProjectScratch\Scr779E Latency time from master to core 1 = 1.284 microseconds Latency time from master to core 2 = 1.190 microseconds Latency time from master to core 3 = 1.427 microseconds Communication speed from master to core 1 = 4034.11 MB/sec Communication speed from master to core 2 = 4275.72 MB/sec Communication speed from master to core 3 = 4061.51 MB/sec Total CPU time for main thread : 2.6 seconds Total CPU time summed for all threads : 3.6 seconds Elapsed time spent obtaining a license : 0.9 seconds Elapsed time spent pre-processing model (/PREP7) : 0.0 seconds Elapsed time spent solution - preprocessing : 0.1 seconds Elapsed time spent computing solution : 1.5 seconds Elapsed time spent solution - postprocessing : 0.0 seconds Elapsed time spent post-processing model (/POST1) : 0.3 seconds Eigensolver used : Block Lanczos Equation solver computational rate : 0.1 Gflops Maximum total memory used : 226.0 MB Maximum total memory allocated : 5184.0 MB Total physical memory available : 64 GB Total amount of I/O written to disk : 0.0 GB Total amount of I/O read from disk : 1.7 GB +------ E N D D I S T R I B U T E D A N S Y S S T A T I S T I C S -------+ *---------------------------------------------------------------------------* | | | DISTRIBUTED ANSYS RUN COMPLETED | | | |---------------------------------------------------------------------------| | | | Ansys 2020 R1 Build 20.1 UP20191203 WINDOWS x64 | | | |---------------------------------------------------------------------------| | | | Database Requested(-db) 1024 MB Scratch Memory Requested 1024 MB | | Maximum Database Used 7 MB Maximum Scratch Memory Used 165 MB | | | |---------------------------------------------------------------------------| | | | CP Time (sec) = 3.641 Time = 15:59:06 | | Elapsed Time (sec) = 6.000 Date = 06/12/2020 | | | *---------------------------------------------------------------------------*