Date: 06/24/2020 Time: 11:41:18 ___________________________________________________ | | | Livermore Software Technology, LLC | | | | 7374 Las Positas Road | | Livermore, CA 94551 | | Tel: (925) 449-2500 Fax: (925) 449-2507 | | www.lstc.com | |_________________________________________________| | | | LS-DYNA, A Program for Nonlinear Dynamic | | Analysis of Structures in Three Dimensions | | Version : mpp s Dev Date: 04/24/2020 | | Revision: 147129 Time: 08:26:40 | | | | Features enabled in this version: | | Distributed Memory Parallel | | FFTW (multi-dimensional FFTW Library) | | ANSYS License (ANSYS202) | | BigID option | | | | Licensed to: LSTC | | | | Platform : Xeon64 | | OS Level : Linux uu | | Compiler : Intel Fortran Compiler 16.0 SSE2 | | Hostname : compute-0-20.local | | Precision : Single precision (I4R4) | | SVN Version: 148834 | | | | Unauthorized use infringes LST copyrights | |_________________________________________________| Input file: ale_fsi_main_input_rev_0.k The native file format : 32-bit small endian Memory size from default : 100000000, 0 JOBID : t96 Memory option : AUTO selected Memory size from default : 100000000, 100000000 Memory for the head node Memory installed (MB) : 96872 Memory available (MB) : 95483 ******** notice ******** notice ******** notice ******** * * * This is the LS-DYNA Finite Element code. * * * * Neither LST nor the authors assume any responsibility for * * the validity, accuracy, or applicability of any results * * obtained from this system. Users must verify their own * * results. * * * * LST endeavors to make the LS-DYNA code as complete, * * accurate and easy to use as possible. * * Suggestions and comments are welcomed. Please report any * * errors encountered in either the documentation or results * * immediately to LST through your site focus. * * * * Copyright (C) 1990-2020 * * by Livermore Software Technology, LLC * * All rights reserved * * * ******** notice ******** notice ******** notice ******** LSTC Environment Variables: LSTC_FILE=server LSTC_LICENSE_SERVER=license.lstc.com LSTC_RSH=ssh -x LSTC_NOTRAP=1 LSTC_MEMORY=auto Beginning of keyword reader 06/24/20 11:41:18 allocating memory to 100000000 d 35072 beginning of keyword reader expanding memory to 20720 d 35072 *COMMENT 89999999 &expllocx &expllocy &saleminz 90000000 &expllocx &expllocy &salemaxz *COMMENT 99999998 -220.0 6430.0 -805.0 805.0 430.0 1945.0 *COMMENT 1 CYLINDER 0 0 89999999 90000000 1250.00 1250.00 expanding memory to 6402080 d 3772286 expanding memory to 6432080 d 3772286 expanding memory to 6452166 d 3832286 expanding memory to 6479838 d 6656286 expanding memory to 6500638 d 6656286 expanding memory to 6605638 d 6656286 06/24/20 11:41:19 Open include file: ale_fsi_lagrange_part__rev_0.k expanding memory to 6631820 d 6656286 06/24/20 11:41:22 Open include file: ale_fsi_aep_55_buried_charge__r11_0_0__rev_2.k expanding memory to 6675834 d 6656290 06/24/20 11:41:22 Open include file: ale_fsi_coupling_keyword_rev_1.k 06/24/20 11:41:22 Open include file: ale_fsi_control_database__rev_1.k ********** echo of pfile data ********** decomp { offset_partid 0 offset_setid 0 offset_otherid 0 local_transform 1 0 0 0 0 1 0 0 0 0 1 0 } decomp { aledist } decomposition{sx 10 sy 10 sz 0.001} general { nobeamout } *********** end of pfile data ********** expanding memory to 7104500 d 12043528 expanding memory to 7170038 d 83605965 expanding memory to 7432126 d 83605965 expanding memory to 13362368 d 148833116 expanding memory to 19706356 d 148833116 expanding memory to 19728656 d 148833116 expanding memory to 19750664 d 148833134 expanding memory to 19772664 d 148833134 expanding memory to 19794664 d 148833134 expanding memory to 19816664 d 148833134 expanding memory to 19838664 d 148833134 expanding memory to 19860664 d 148833134 expanding memory to 19882664 d 148833134 expanding memory to 19904664 d 148833134 expanding memory to 19926664 d 148833134 expanding memory to 19948664 d 148833134 expanding memory to 19970664 d 148833134 expanding memory to 19992664 d 148833134 expanding memory to 20014664 d 148833134 expanding memory to 20036664 d 148833134 expanding memory to 20058664 d 148833134 expanding memory to 20080664 d 148833134 expanding memory to 20124426 d 148833134 expanding memory to 20157188 d 148833134 expanding memory to 20514932 d 148833134 expanding memory to 20866940 d 148833134 expanding memory to 21218940 d 148833134 Memory required to process keyword : 21218940 Additional dynamic memory required : 148835455 allocating memory to 100000000 d 142497134 end of keyword reader MPP execution with 96 procs LS-DYNA will perform a structural only analysis Initial reading of file 06/24/20 11:41:25 LS-DYNA keyword deck by LS-PrePost ls-dyna mpp.147129 s date 04/24/2020 expanding memory to 4105 d 11701253 material, node and element data expanding memory to 4207 d 11701276 mat add general damage 0 expanding memory to 4287 d 11701276 material added airbag porosity leakage expanding memory to 4311 d 11701276 material properties expanding memory to 4335 d 21918319 element data for composite material expanding memory to 4350 d 244055125 gradient of damage data expanding memory to 4564 d 244055131 user control for contact interfaces contracting memory to 4552 d 244055131 thermal expansion 0 expanding memory to 4560 d 244055131 state of charge expansion 0 expanding memory to 4562 d 244055131 cross-sectional force definitions 0 expanding memory to 6348549 d 244055179 temp index array for node sorting contracting memory to 4562 d 250399170 just because? expanding memory to 356562 d 263087168 arbitrary element numbering input contracting memory to 4582 d 265955637 spc cards contracting memory to 4571 d 272326078 process element material data expanding memory to 6596 d 272326070 load curve data contracting memory to 6269 d 272326070 user_define_loading_set expanding memory to 6477 d 272326070 regularize time history data contracting memory to 6273 d 272326070 *DEFINE_ELEMENT_DEATH expanding memory to 6567 d 278673295 contact interfaces expanding memory to 8159 d 296641269 S-ALE mesher control block expanding memory to 9159 d 299483371 contact segment data 1 expanding memory to 31729094 d 300091381 contact segment data 3 contracting memory to 8159 d 304201756 contact definition expanding memory to 8231 d 304201757 rigid body expanding memory to 8235 d 304978880 contact friction expanding memory to 8355 d 304978880 joints expanding memory to 8455 d 311323475 rigid bodies for disp. termination expanding memory to 8551 d 330355487 s-ale memory alloc in mmalemsh_init0 expanding memory to 360596 d 479894383 MMALE switch for failed material expanding memory to 360610 d 479894383 ALE dbale init step - 1 expanding memory to 360611 d 479894383 ALE dbale init step - 2 expanding memory to 1176631 d 479894383 ALE dbale init step - 3 expanding memory to 7520618 d 479894383 ALE dbale init step - 4 expanding memory to 7520769 d 479894383 S-ALE mesher control block *** Warning 41421 (SOL+1421) The # 4 ale multi-material is vacuum and its properties are defined in *MAT_VACUUM with ID =90000001 through PART ID =90000004. Its density is either undefined or too large. The following value is taken instead 1.2250E-15. S-ALE init volume fraction geometry 1 expanding memory to 7520773 d 479900603 pref by mmg expanding memory to 7520781 d 486366368 mat add cohesive 0 expanding memory to 7520789 d 486366368 sensor_control for curve expanding memory to 7520797 d 486366368 flexible body 2 Performing Decomposition -- Phase 1 06/24/20 11:41:46 expanding memory to 25215978 d 24073701 decomp scratch 1 expanding memory to 34375966 d 24073701 decomp reverse connectivity expanding memory to 65417566 d 24073701 element ownership Decomposition region 1: Part list Decomposition region 2: Everything Region 1 is distributed to 96 processors With no coordinate transformation Region 2 is distributed to 96 processors Scaling X direction by a factor of 10 Scaling Y direction by a factor of 10 Scaling Z direction by a factor of 0.001 Normalized element costs assigned during decomposition: Minumum: 9.999989E-01 Maximum: 9.999989E-01 Standard Deviation: 1.127788E-06 contracting memory to 46903954 d 30417784 constraint scratch contracting memory to 40681567 d 36761771 con segment decomp rewrite expanding memory to 46903955 d 36761771 shadow node processing expanding memory to 53248039 d 30417784 share node processing contracting memory to 50476724 d 29905797 nodal sharing list expanding memory to 50844199 d 29905797 nodal sharing list s-ale Memory required for decomposition : 65417566 Additional dynamic memory required : 529811424 allocating memory to 100000000 d 26737700 Allocate memory top of decomps expanding memory to 352001 d 26737700 hex ownership chunk expanding memory to 1000001 d 20566276 hex sale ownership chunk expanding memory to 1060751 d 20566276 hex sale ownership chunk contracting memory to 892751 d 20566276 hex sale ownership chunk expanding memory to 1000001 d 20627026 hex sale sort chunk expanding memory to 1060751 d 20627026 hex sale sort chunk contracting memory to 892751 d 20627026 hex sale sort chunk contracting memory to 9 d 20687776 material sort chunk expanding memory to 25 d 20687776 material uid expanding memory to 122 d 14573427 nodal force sharing lists 1 Performing Decomposition -- Phase 2 06/24/20 11:42:00 expanding memory to 130 d 14455697 mat scratch expanding memory to 131 d 15532098 tied nodes scratch expanding memory to 226 d 15532098 tied node scratch contracting memory to 130 d 15532098 nodal rigid body scratch expanding memory to 140 d 15532098 ale fsi scratch expanding memory to 6561729 d 15532098 ale db 1 contracting memory to 85531 d 15464308 ALE share node Performing Decomposition -- Phase 3 06/24/20 11:42:07 LS-DYNA keyword deck by LS-PrePost ls-dyna mpp.147129 s date 04/24/2020 expanding memory to 89635 d 14727464 material, node and element data expanding memory to 89737 d 14727487 mat add general damage 0 expanding memory to 89817 d 14727487 material added airbag porosity leakage expanding memory to 89841 d 14727487 material properties expanding memory to 89865 d 15673597 element data for composite material expanding memory to 89880 d 18442152 gradient of damage data expanding memory to 95898 d 19447727 user control for contact interfaces contracting memory to 95886 d 19447727 thermal expansion 0 expanding memory to 95894 d 19447727 state of charge expansion 0 expanding memory to 95896 d 19447727 cross-sectional force definitions 0 expanding memory to 169473 d 19447775 temp index array for node sorting contracting memory to 95896 d 19447775 just because? expanding memory to 162934 d 19594953 arbitrary element numbering input contracting memory to 95916 d 19979592 spc cards contracting memory to 95905 d 19979592 d3thdt storage expanding memory to 95906 d 22607097 process element material data expanding memory to 97931 d 22607089 load curve data contracting memory to 97604 d 22607089 user_define_loading_set expanding memory to 97812 d 22607089 regularize time history data contracting memory to 97608 d 22607089 *DEFINE_ELEMENT_DEATH expanding memory to 97680 d 22680667 MPP copy of tim vector expanding memory to 97974 d 22681527 contact interfaces expanding memory to 99566 d 24407344 S-ALE mesher control block expanding memory to 100566 d 24425786 contact segment data 1 expanding memory to 857601 d 24459648 contact segment data 3 contracting memory to 99566 d 25928737 contact definition expanding memory to 99664 d 25965703 contact history expanding memory to 99736 d 25973042 rigid body expanding memory to 99760 d 25973042 rbe2 scratch expanding memory to 102449 d 25973042 rigid body flags scratch contracting memory to 99736 d 25973042 free rigid body flags scratch expanding memory to 99740 d 25278152 contact friction expanding memory to 99860 d 25278160 joints expanding memory to 99960 d 25381673 rigid bodies for disp. termination expanding memory to 100024 d 25381673 save d3plot control data expanding memory to 100121 d 25596667 s-ale memory alloc in mmalemsh_init0 expanding memory to 167204 d 93068171 MMALE switch for failed material expanding memory to 167218 d 93068171 ALE dbale init step - 1 expanding memory to 177108 d 93068171 ALE dbale init step - 3 expanding memory to 250685 d 93068171 ALE dbale init step - 4 expanding memory to 250835 d 93068171 S-ALE mesher control block *** Warning 41421 (SOL+1421) The # 4 ale multi-material is vacuum and its properties are defined in *MAT_VACUUM with ID =90000001 through PART ID =90000004. Its density is either undefined or too large. The following value is taken instead 1.2250E-15. S-ALE init volume fraction geometry 2 start S-ALE init volume fraction geometry 2 end expanding memory to 250839 d 111839023 pref by mmg expanding memory to 250847 d 105675403 mat add cohesive 0 expanding memory to 250855 d 105675403 sensor_control for curve expanding memory to 250863 d 105675403 flexible body 2 expanding memory to 398018 d 105675404 weld node list 1 expanding memory to 409594 d 105675404 weld node list 2 contracting memory to 324442 d 105675404 global pointers for welds contracting memory to 250864 d 105675404 global shared weld node list 1 expanding memory to 256653 d 105675404 global shared weld node list 2 expanding memory to 256686 d 107297143 mpp general scratch The following binary output files are being created, and contain data equivalent to the indicated ascii output files binout0000: (on processor 0) glstat matsum sleout dbfsi S t o r a g e a l l o c a t i o n Memory required to begin solution : 6562K Additional dynamically allocated memory: 116M Total: 122M 100 smallest timesteps ------------------------------------------------ element number part timestep solid 1129 1 5.2575E-04 solid 1128 1 5.2575E-04 solid 1127 1 5.2575E-04 solid 1126 1 5.2575E-04 solid 1125 1 5.2575E-04 solid 1124 1 5.2575E-04 solid 1123 1 5.2575E-04 solid 1122 1 5.2575E-04 solid 1121 1 5.2575E-04 solid 973 1 5.2575E-04 solid 972 1 5.2575E-04 solid 971 1 5.2575E-04 solid 970 1 5.2575E-04 solid 969 1 5.2575E-04 solid 968 1 5.2575E-04 solid 967 1 5.2575E-04 solid 966 1 5.2575E-04 solid 965 1 5.2575E-04 solid 964 1 5.2575E-04 solid 963 1 5.2575E-04 solid 962 1 5.2575E-04 solid 961 1 5.2575E-04 solid 813 1 5.2575E-04 solid 812 1 5.2575E-04 solid 811 1 5.2575E-04 solid 810 1 5.2575E-04 solid 809 1 5.2575E-04 solid 808 1 5.2575E-04 solid 807 1 5.2575E-04 solid 806 1 5.2575E-04 solid 805 1 5.2575E-04 solid 804 1 5.2575E-04 solid 803 1 5.2575E-04 solid 802 1 5.2575E-04 solid 801 1 5.2575E-04 solid 653 1 5.2575E-04 solid 652 1 5.2575E-04 solid 651 1 5.2575E-04 solid 650 1 5.2575E-04 solid 649 1 5.2575E-04 solid 648 1 5.2575E-04 solid 647 1 5.2575E-04 solid 646 1 5.2575E-04 solid 645 1 5.2575E-04 solid 644 1 5.2575E-04 solid 643 1 5.2575E-04 solid 642 1 5.2575E-04 solid 641 1 5.2575E-04 solid 493 1 5.2575E-04 solid 492 1 5.2575E-04 solid 491 1 5.2575E-04 solid 490 1 5.2575E-04 solid 489 1 5.2575E-04 solid 488 1 5.2575E-04 solid 487 1 5.2575E-04 solid 486 1 5.2575E-04 solid 485 1 5.2575E-04 solid 484 1 5.2575E-04 solid 483 1 5.2575E-04 solid 482 1 5.2575E-04 solid 481 1 5.2575E-04 solid 333 1 5.2575E-04 solid 332 1 5.2575E-04 solid 331 1 5.2575E-04 solid 330 1 5.2575E-04 solid 329 1 5.2575E-04 solid 328 1 5.2575E-04 solid 327 1 5.2575E-04 solid 326 1 5.2575E-04 solid 325 1 5.2575E-04 solid 324 1 5.2575E-04 solid 323 1 5.2575E-04 solid 322 1 5.2575E-04 solid 321 1 5.2575E-04 solid 173 1 5.2575E-04 solid 172 1 5.2575E-04 solid 171 1 5.2575E-04 solid 170 1 5.2575E-04 solid 169 1 5.2575E-04 solid 168 1 5.2575E-04 solid 167 1 5.2575E-04 solid 166 1 5.2575E-04 solid 165 1 5.2575E-04 solid 164 1 5.2575E-04 solid 163 1 5.2575E-04 solid 162 1 5.2575E-04 solid 161 1 5.2575E-04 solid 13 1 5.2575E-04 solid 12 1 5.2575E-04 solid 11 1 5.2575E-04 solid 10 1 5.2575E-04 solid 9 1 5.2575E-04 solid 8 1 5.2575E-04 solid 7 1 5.2575E-04 solid 6 1 5.2575E-04 solid 5 1 5.2575E-04 solid 4 1 5.2575E-04 solid 3 1 5.2575E-04 solid 2 1 5.2575E-04 solid 1 1 5.2575E-04 1 t 0.0000E+00 dt 5.00E-04 flush i/o buffers 06/24/20 11:42:17 1 t 0.0000E+00 dt 5.00E-04 write d3plot file 06/24/20 11:42:17 200 t 9.9500E-02 dt 5.00E-04 write d3plot file 06/24/20 11:43:04 401 t 2.0000E-01 dt 5.00E-04 write d3plot file 06/24/20 11:44:02 601 t 3.0000E-01 dt 5.00E-04 write d3plot file 06/24/20 11:45:07 801 t 4.0000E-01 dt 5.00E-04 write d3plot file 06/24/20 11:46:17 1000 t 4.9950E-01 dt 5.00E-04 write d3plot file 06/24/20 11:47:29 1201 t 6.0000E-01 dt 5.00E-04 write d3plot file 06/24/20 11:48:39 1401 t 7.0000E-01 dt 5.00E-04 write d3plot file 06/24/20 11:49:50 1601 t 8.0000E-01 dt 5.00E-04 write d3plot file 06/24/20 11:51:00 1801 t 9.0000E-01 dt 5.00E-04 write d3plot file 06/24/20 11:52:11 2001 t 9.9992E-01 dt 4.98E-04 write d3plot file 06/24/20 11:53:22 2203 t 1.1000E+00 dt 4.94E-04 write d3plot file 06/24/20 11:54:34 2405 t 1.2000E+00 dt 4.96E-04 write d3plot file 06/24/20 11:55:46 2606 t 1.2997E+00 dt 4.97E-04 write d3plot file 06/24/20 11:56:57 2807 t 1.3997E+00 dt 4.98E-04 write d3plot file 06/24/20 11:58:10 3008 t 1.4999E+00 dt 4.99E-04 write d3plot file 06/24/20 11:59:22 3208 t 1.5996E+00 dt 4.99E-04 write d3plot file 06/24/20 12:00:35 3409 t 1.6999E+00 dt 4.99E-04 write d3plot file 06/24/20 12:01:48 3609 t 1.7996E+00 dt 4.98E-04 write d3plot file 06/24/20 12:03:02 3809 t 1.8995E+00 dt 5.00E-04 write d3plot file 06/24/20 12:04:16 4009 t 1.9995E+00 dt 5.00E-04 write d3plot file 06/24/20 12:05:30 4209 t 2.0995E+00 dt 5.00E-04 write d3plot file 06/24/20 12:06:45 4410 t 2.2000E+00 dt 5.00E-04 write d3plot file 06/24/20 12:08:00 4622 t 2.2998E+00 dt 5.00E-04 write d3plot file 06/24/20 12:09:19 4830 t 2.3996E+00 dt 4.99E-04 write d3plot file 06/24/20 12:10:37 5000 t 2.4843E+00 dt 4.98E-04 flush i/o buffers 06/24/20 12:11:40 5031 t 2.4997E+00 dt 4.98E-04 write d3plot file 06/24/20 12:11:51 5232 t 2.5997E+00 dt 4.98E-04 write d3plot file 06/24/20 12:13:06 5433 t 2.6998E+00 dt 4.97E-04 write d3plot file 06/24/20 12:14:22 5675 t 2.7999E+00 dt 2.38E-04 write d3plot file 06/24/20 12:15:51 6105 t 2.8999E+00 dt 2.26E-04 write d3plot file 06/24/20 12:18:27 6479 t 2.9998E+00 dt 3.97E-04 write d3plot file 06/24/20 12:20:44 6739 t 3.0999E+00 dt 3.32E-04 write d3plot file 06/24/20 12:22:19 7174 t 3.1998E+00 dt 2.18E-04 write d3plot file 06/24/20 12:24:58 7642 t 3.2998E+00 dt 2.08E-04 write d3plot file 06/24/20 12:27:52 8106 t 3.4000E+00 dt 2.09E-04 write d3plot file 06/24/20 12:30:44 8592 t 3.4999E+00 dt 2.06E-04 write d3plot file 06/24/20 12:33:44 9079 t 3.5999E+00 dt 2.01E-04 write d3plot file 06/24/20 12:36:45 9588 t 3.6999E+00 dt 1.91E-04 write d3plot file 06/24/20 12:39:54 10000 t 3.7770E+00 dt 1.86E-04 flush i/o buffers 06/24/20 12:42:27 10123 t 3.7999E+00 dt 1.86E-04 write d3plot file 06/24/20 12:43:11 10679 t 3.8999E+00 dt 1.78E-04 write d3plot file 06/24/20 12:46:35 11224 t 4.0000E+00 dt 1.87E-04 write d3plot file 06/24/20 12:49:55 11758 t 4.0999E+00 dt 1.86E-04 write d3plot file 06/24/20 12:53:10 12298 t 4.1999E+00 dt 1.83E-04 write d3plot file 06/24/20 12:56:26 12847 t 4.2998E+00 dt 1.82E-04 write d3plot file 06/24/20 12:59:46 13384 t 4.3998E+00 dt 1.95E-04 write d3plot file 06/24/20 13:02:59 13859 t 4.4998E+00 dt 2.72E-04 write d3plot file 06/24/20 13:05:52 14228 t 4.5998E+00 dt 2.69E-04 write d3plot file 06/24/20 13:08:07 14600 t 4.6999E+00 dt 2.71E-04 write d3plot file 06/24/20 13:10:22 14934 t 4.7997E+00 dt 4.62E-04 write d3plot file 06/24/20 13:12:23 15000 t 4.8300E+00 dt 4.59E-04 flush i/o buffers 06/24/20 13:12:49 15146 t 4.8997E+00 dt 4.07E-04 write d3plot file 06/24/20 13:13:40 15350 t 4.9999E+00 dt 4.99E-04 write d3plot file 06/24/20 13:14:55 *** termination time reached *** 15350 t 5.0004E+00 dt 4.99E-04 write d3dump01 file 06/24/20 13:15:59 15350 t 5.0004E+00 dt 4.99E-04 flush i/o buffers 06/24/20 13:15:59 15350 t 5.0004E+00 dt 4.99E-04 write d3plot file 06/24/20 13:15:59 N o r m a l t e r m i n a t i o n 06/24/20 13:16:00 S t o r a g e a l l o c a t i o n Memory required to complete solution : 6562K Additional dynamically allocated memory: 116M Total: 122M P r o c e s s o r # 0 T i m i n g i n f o r m a t i o n CPU(seconds) %CPU Clock(seconds) %Clock ---------------------------------------------------------------- Keyword Processing ... 5.8419E+00 0.11 6.2802E+00 0.11 KW Reading ......... 3.0712E+00 0.06 3.0885E+00 0.05 KW Writing ......... 8.0039E-01 0.01 1.1734E+00 0.02 MPP Decomposition .... 4.1477E+01 0.75 4.2668E+01 0.75 Init Proc .......... 2.1522E+01 0.39 2.1853E+01 0.38 Decomposition ...... 1.3105E+01 0.24 1.3252E+01 0.23 Translation ........ 6.8499E+00 0.12 7.5632E+00 0.13 Initialization ....... 7.6520E+00 0.14 9.3904E+00 0.17 Init Proc Phase 1 .. 7.2370E+00 0.13 8.2559E+00 0.15 Init Proc Phase 2 .. 2.8348E-01 0.01 3.0638E-01 0.01 Init solver .......... 1.4976E-01 0.00 1.5002E-01 0.00 Element processing ... 8.1484E+02 14.65 8.1972E+02 14.42 Solids ............. 8.1016E+02 14.57 8.1499E+02 14.34 SPG ................ 6.2031E-02 0.00 6.4305E-02 0.00 E Other ............ 9.5435E-02 0.00 9.5581E-02 0.00 Binary databases ..... 7.2082E+01 1.30 1.0131E+02 1.78 ASCII database ....... 3.6537E+01 0.66 3.6979E+01 0.65 Contact algorithm .... 4.8846E+01 0.88 4.9056E+01 0.86 Interf. ID 101 4.4794E+01 0.81 4.4965E+01 0.79 S-ALE FSI ............ 4.3540E+02 7.83 4.3751E+02 7.70 S-ALE Advection ...... 3.6974E+03 66.49 3.7218E+03 65.49 Mesh Update ........ 2.3167E+02 4.17 2.3321E+02 4.10 Ambient Elements ... 1.6687E-01 0.00 2.6731E-01 0.00 Preparation ........ 2.2386E+02 4.03 2.2579E+02 3.97 Flux Calculation ... 1.6606E+03 29.86 1.6711E+03 29.41 Post-processing .... 6.9666E+02 12.53 7.0260E+02 12.36 MPP Communication .. 8.8263E+02 15.87 8.8702E+02 15.61 Boundary Condition . 1.7896E+00 0.03 1.7980E+00 0.03 Rigid Bodies ......... 2.5118E+01 0.45 2.5242E+01 0.44 Time step size ....... 2.1616E+02 3.89 2.1712E+02 3.82 Others ............... 8.0231E+00 0.14 8.0999E+00 0.14 Force Sharing ...... 7.6911E+00 0.14 7.7014E+00 0.14 Misc. 1 .............. 1.8911E+01 0.34 1.9109E+01 0.34 Force to Accel ..... 1.0069E+01 0.18 1.0135E+01 0.18 Update RB nodes .... 1.7813E+00 0.03 1.7827E+00 0.03 Misc. 2 .............. 7.5180E+01 1.35 7.5758E+01 1.33 Misc. 3 .............. 9.5904E+00 0.17 6.4796E+01 1.14 Misc. 4 .............. 4.7621E+01 0.86 4.7987E+01 0.84 Timestep Init ...... 9.2826E+00 0.17 9.3344E+00 0.16 Apply Loads ........ 1.3926E+01 0.25 1.4036E+01 0.25 Compute exwork ..... 2.4295E+01 0.44 2.4429E+01 0.43 ---------------------------------------------------------------- T o t a l s 5.5609E+03 100.00 5.6830E+03 100.00 A v e r a g e s T i m i n g i n f o r m a t i o n CPU(seconds) %CPU Clock(seconds) %Clock ---------------------------------------------------------------- Keyword Processing ... 6.2634E+00 0.11 6.2848E+00 0.11 MPP Decomposition .... 4.1469E+01 0.74 4.2572E+01 0.75 Init Proc .......... 2.1808E+01 0.39 2.1853E+01 0.38 Decomposition ...... 1.3235E+01 0.24 1.3265E+01 0.23 Translation ........ 6.4267E+00 0.11 7.4545E+00 0.13 Initialization ....... 8.3923E+00 0.15 9.2832E+00 0.16 Init Proc Phase 1 .. 7.8657E+00 0.14 8.3084E+00 0.15 Init Proc Phase 2 .. 3.0240E-01 0.01 3.0640E-01 0.01 Init solver .......... 3.4761E-01 0.01 3.4858E-01 0.01 Element processing ... 8.5366E+02 15.18 8.5584E+02 15.06 Solids ............. 8.5250E+02 15.16 8.5465E+02 15.04 SPG ................ 6.3033E-02 0.00 6.3706E-02 0.00 E Other ............ 8.7675E-02 0.00 8.7644E-02 0.00 Binary databases ..... 1.0075E+02 1.79 1.0132E+02 1.78 ASCII database ....... 4.7458E+01 0.84 4.7646E+01 0.84 Contact algorithm .... 1.0874E+02 1.93 1.0898E+02 1.92 Interf. ID 101 9.5738E+01 1.70 9.5933E+01 1.69 S-ALE FSI ............ 4.3037E+02 7.65 4.3178E+02 7.60 S-ALE FSI ID 1 .. 4.0353E+01 0.72 4.0733E+01 0.72 S-ALE Advection ...... 3.6225E+03 64.41 3.6323E+03 63.91 Mesh Update ........ 2.2221E+02 3.95 2.2279E+02 3.92 Ambient Elements ... 1.6176E-01 0.00 2.5173E-01 0.00 Preparation ........ 2.3020E+02 4.09 2.3094E+02 4.06 Flux Calculation ... 1.7319E+03 30.79 1.7363E+03 30.55 Post-processing .... 6.3460E+02 11.28 6.3659E+02 11.20 MPP Communication .. 8.0311E+02 14.28 8.0508E+02 14.17 Boundary Condition . 3.3905E-01 0.01 3.3890E-01 0.01 Rigid Bodies ......... 1.1289E+01 0.20 1.1309E+01 0.20 Time step size ....... 1.7774E+02 3.16 1.7819E+02 3.14 Others ............... 4.6573E+01 0.83 4.6749E+01 0.82 Force Sharing ...... 4.6278E+01 0.82 4.6397E+01 0.82 Misc. 1 .............. 1.6817E+01 0.30 1.6896E+01 0.30 Force to Accel ..... 8.8301E+00 0.16 8.8404E+00 0.16 Update RB nodes .... 8.6867E-01 0.02 8.6708E-01 0.02 Misc. 2 .............. 7.7179E+01 1.37 7.7411E+01 1.36 Misc. 3 .............. 3.4044E+01 0.61 7.5450E+01 1.33 Misc. 4 .............. 4.0512E+01 0.72 4.0645E+01 0.72 Timestep Init ...... 7.5709E+00 0.13 7.5652E+00 0.13 Apply Loads ........ 1.2826E+01 0.23 1.2864E+01 0.23 Compute exwork ..... 2.0002E+01 0.36 2.0034E+01 0.35 ---------------------------------------------------------------- T o t a l s 5.6242E+03 100.00 5.6830E+03 100.00 Problem time = 5.0004E+00 Problem cycle = 15350 Total CPU time = 5624 seconds ( 1 hours 33 minutes 44 seconds) CPU time per zone cycle = 58.670 nanoseconds Clock time per zone cycle= 59.254 nanoseconds Parallel execution with 96 MPP proc NLQ used/max 120/ 120 C P U T i m i n g i n f o r m a t i o n Processor Hostname CPU/Avg_CPU CPU(seconds) --------------------------------------------------------------------------- # 0 compute-0-20.local 0.98868 5.5615E+03 # 1 compute-0-20.local 1.00002 5.6253E+03 # 2 compute-0-20.local 1.00047 5.6278E+03 # 3 compute-0-20.local 0.99992 5.6247E+03 # 4 compute-0-20.local 0.99842 5.6163E+03 # 5 compute-0-20.local 1.00038 5.6273E+03 # 6 compute-0-20.local 1.00040 5.6274E+03 # 7 compute-0-20.local 1.00037 5.6273E+03 # 8 compute-0-20.local 1.00007 5.6256E+03 # 9 compute-0-20.local 1.00049 5.6279E+03 # 10 compute-0-20.local 1.00002 5.6253E+03 # 11 compute-0-20.local 0.99877 5.6182E+03 # 12 compute-0-12.local 1.00117 5.6318E+03 # 13 compute-0-12.local 1.00051 5.6280E+03 # 14 compute-0-12.local 1.00087 5.6301E+03 # 15 compute-0-12.local 1.00034 5.6271E+03 # 16 compute-0-12.local 0.99796 5.6137E+03 # 17 compute-0-12.local 1.00037 5.6273E+03 # 18 compute-0-12.local 1.00117 5.6318E+03 # 19 compute-0-12.local 1.00079 5.6296E+03 # 20 compute-0-12.local 1.00113 5.6315E+03 # 21 compute-0-12.local 1.00045 5.6277E+03 # 22 compute-0-12.local 0.99976 5.6238E+03 # 23 compute-0-12.local 0.99996 5.6250E+03 # 24 compute-0-24.local 1.00075 5.6294E+03 # 25 compute-0-24.local 1.00085 5.6300E+03 # 26 compute-0-24.local 1.00021 5.6264E+03 # 27 compute-0-24.local 1.00047 5.6278E+03 # 28 compute-0-24.local 0.99994 5.6248E+03 # 29 compute-0-24.local 1.00043 5.6276E+03 # 30 compute-0-24.local 1.00094 5.6305E+03 # 31 compute-0-24.local 1.00033 5.6270E+03 # 32 compute-0-24.local 0.99993 5.6248E+03 # 33 compute-0-24.local 1.00107 5.6312E+03 # 34 compute-0-24.local 1.00114 5.6316E+03 # 35 compute-0-24.local 1.00079 5.6296E+03 # 36 compute-0-21.local 1.00024 5.6265E+03 # 37 compute-0-21.local 0.99774 5.6124E+03 # 38 compute-0-21.local 1.00055 5.6283E+03 # 39 compute-0-21.local 1.00062 5.6286E+03 # 40 compute-0-21.local 1.00020 5.6263E+03 # 41 compute-0-21.local 1.00027 5.6267E+03 # 42 compute-0-21.local 1.00060 5.6285E+03 # 43 compute-0-21.local 0.99974 5.6237E+03 # 44 compute-0-21.local 1.00089 5.6302E+03 # 45 compute-0-21.local 1.00047 5.6278E+03 # 46 compute-0-21.local 0.99898 5.6195E+03 # 47 compute-0-21.local 1.00049 5.6279E+03 # 48 compute-0-58.local 1.00065 5.6288E+03 # 49 compute-0-58.local 1.00001 5.6252E+03 # 50 compute-0-58.local 1.00043 5.6276E+03 # 51 compute-0-58.local 1.00017 5.6261E+03 # 52 compute-0-58.local 1.00060 5.6285E+03 # 53 compute-0-58.local 0.99988 5.6245E+03 # 54 compute-0-58.local 1.00023 5.6264E+03 # 55 compute-0-58.local 0.99953 5.6225E+03 # 56 compute-0-58.local 1.00041 5.6275E+03 # 57 compute-0-58.local 1.00033 5.6270E+03 # 58 compute-0-58.local 1.00002 5.6253E+03 # 59 compute-0-58.local 1.00095 5.6305E+03 # 60 compute-0-23.local 1.00061 5.6286E+03 # 61 compute-0-23.local 0.99827 5.6154E+03 # 62 compute-0-23.local 1.00036 5.6272E+03 # 63 compute-0-23.local 1.00040 5.6275E+03 # 64 compute-0-23.local 0.99548 5.5998E+03 # 65 compute-0-23.local 0.99616 5.6036E+03 # 66 compute-0-23.local 1.00087 5.6300E+03 # 67 compute-0-23.local 1.00085 5.6300E+03 # 68 compute-0-23.local 1.00080 5.6297E+03 # 69 compute-0-23.local 1.00078 5.6296E+03 # 70 compute-0-23.local 1.00027 5.6267E+03 # 71 compute-0-23.local 1.00037 5.6273E+03 # 72 compute-0-19.local 1.00085 5.6299E+03 # 73 compute-0-19.local 1.00070 5.6291E+03 # 74 compute-0-19.local 1.00066 5.6289E+03 # 75 compute-0-19.local 0.99989 5.6246E+03 # 76 compute-0-19.local 0.99974 5.6237E+03 # 77 compute-0-19.local 1.00009 5.6257E+03 # 78 compute-0-19.local 0.99930 5.6212E+03 # 79 compute-0-19.local 1.00026 5.6266E+03 # 80 compute-0-19.local 1.00090 5.6302E+03 # 81 compute-0-19.local 1.00056 5.6284E+03 # 82 compute-0-19.local 1.00082 5.6298E+03 # 83 compute-0-19.local 1.00078 5.6296E+03 # 84 compute-0-39.local 1.00077 5.6295E+03 # 85 compute-0-39.local 0.99695 5.6080E+03 # 86 compute-0-39.local 0.99774 5.6124E+03 # 87 compute-0-39.local 1.00075 5.6294E+03 # 88 compute-0-39.local 0.99739 5.6105E+03 # 89 compute-0-39.local 0.99948 5.6222E+03 # 90 compute-0-39.local 1.00076 5.6295E+03 # 91 compute-0-39.local 1.00056 5.6283E+03 # 92 compute-0-39.local 1.00042 5.6275E+03 # 93 compute-0-39.local 1.00079 5.6296E+03 # 94 compute-0-39.local 1.00053 5.6282E+03 # 95 compute-0-39.local 1.00077 5.6295E+03 --------------------------------------------------------------------------- T o t a l s 5.4002E+05 Start time 06/24/2020 11:41:18 End time 06/24/2020 13:16:01 Elapsed time 5683 seconds for 15350 cycles using 96 MPP procs ( 1 hour 34 minutes 43 seconds) N o r m a l t e r m i n a t i o n 06/24/20 13:16:01