Date: 01/15/2020 Time: 13:36:23 ___________________________________________________ | | | Livermore Software Technology Corporation | | | | 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: 01/15/2020 | | Revision: 143576 Time: 10:29:49 | | | | Features enabled in this version: | | Distributed Memory Parallel | | FFTW (multi-dimensional FFTW Library) | | BigID option | | | | Licensed to: LSTC | | | | Platform : Xeon64 | | OS Level : Linux uu | | Compiler : Intel Fortran Compiler 16.0 SSE2 | | Hostname : salsa | | Precision : Single precision (I4R4) | | SVN Version: 143576 | | | | Unauthorized use infringes LSTC copyrights | |_________________________________________________| Input file: bird_strikes_fan.k The native file format : 32-bit small endian Memory size from *KEYWORD : 40000000, 40000000 JOBID : sph4 Memory option : AUTO selected Memory size from *KEYWORD : 40000000, 40000000 Memory for the head node Memory installed (MB) : 64014 Memory available (MB) : 55407 ******** notice ******** notice ******** notice ******** * * * This is the LS-DYNA Finite Element code. * * * * Neither LSTC 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. * * * * LSTC 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 LSTC through your site focus. * * * * Copyright (C) 1990-2018 * * by Livermore Software Technology Corp. (LSTC) * * All rights reserved * * * ******** notice ******** notice ******** notice ******** LSTC Environment Variables: LSTC_LICENSE_SERVER=eagle LSTC_MEMORY=auto Beginning of keyword reader 01/15/20 13:36:23 allocating memory to 40000000 d 30840 beginning of keyword reader expanding memory to 1755200 d 1824504 expanding memory to 1785200 d 1824504 expanding memory to 1845200 d 1824504 expanding memory to 1957450 d 1824504 expanding memory to 2123338 d 1824504 expanding memory to 2151970 d 1824504 expanding memory to 2574070 d 1824504 expanding memory to 2996170 d 1824504 expanding memory to 3017170 d 1824504 expanding memory to 3132170 d 1824504 expanding memory to 3152266 d 1824504 expanding memory to 3198646 d 1824504 Open include file: blades_prestressed.k Open include file: bird.k expanding memory to 3225076 d 1824504 ********** echo of pfile data ********** *********** end of pfile data ********** expanding memory to 3428204 d 1824504 expanding memory to 3626500 d 1824504 expanding memory to 5807756 d 1824504 expanding memory to 6006052 d 1824504 expanding memory to 6204348 d 3514704 expanding memory to 6226648 d 3514704 expanding memory to 6262730 d 3514716 expanding memory to 6356638 d 3514716 expanding memory to 6450538 d 3514716 Memory required to process keyword : 6450538 Additional dynamic memory required : 3874144 allocating memory to 40000000 d 1824516 end of keyword reader MPP execution with 4 procs LS-DYNA will perform a structural only analysis Initial reading of file 01/15/20 13:36:24 LS-DYNA keyword deck by LS-PrePost ls-dyna mpp.143576 s date 01/15/2020 expanding memory to 3545 d 30884 material, node and element data expanding memory to 3631 d 30895 mat add general damage 0 expanding memory to 3671 d 30895 material added airbag porosity leakage expanding memory to 3683 d 30895 material properties expanding memory to 3695 d 1380006 element data for composite material expanding memory to 3710 d 7728956 gradient of damage data expanding memory to 3828 d 7994587 user control for contact interfaces contracting memory to 3812 d 7994587 thermal expansion 0 expanding memory to 3816 d 7994587 state of charge expansion 0 expanding memory to 3818 d 7994587 cross-sectional force definitions 0 expanding memory to 202114 d 7994611 temp index array for node sorting contracting memory to 3818 d 8192911 just because? expanding memory to 97718 d 8589515 arbitrary element numbering input contracting memory to 3838 d 9374305 spc cards contracting memory to 3822 d 9374321 rcforc moments expanding memory to 3823 d 9644328 process element material data expanding memory to 5824 d 9644324 load curve data contracting memory to 3830 d 9644324 user_define_loading_set expanding memory to 4030 d 9644324 regularize time history data contracting memory to 3834 d 9644324 *DEFINE_ELEMENT_DEATH contracting memory to 3834 d 9842621 nodal constraint sets expanding memory to 4053 d 10575370 contact interfaces expanding memory to 401645 d 10575370 implicit contact 1 expanding memory to 1237847 d 10575370 implicit contact 2 *** Warning 20339 (STR+339) nodal contact forces are available only for the master side with node to surface contact types of interface # 1 contracting memory to 4053 d 11202540 before call to elgen expanding memory to 5053 d 12290415 contact segment data 1 contracting memory to 5053 d 12778987 contact segment data 2 expanding memory to 1351141 d 12932619 contact segment data 3 contracting memory to 1351141 d 12932619 contact segment data 4 contracting memory to 4053 d 12350124 contact definition expanding memory to 4089 d 12350125 rigid body expanding memory to 4093 d 12800298 contact friction expanding memory to 4153 d 12800298 joints expanding memory to 31831 d 13718060 SPH elements contracting memory to 31831 d 13773356 discrete element contracting memory to 31831 d 13745678 accelerometers expanding memory to 31931 d 13745678 rigid bodies for disp. termination contracting memory to 31931 d 14340566 transformation to move nodes expanding memory to 31935 d 14538913 mat add cohesive 0 contracting memory to 31935 d 14538913 sensor_control for curve expanding memory to 31939 d 14538913 flexible body 2 Performing Decomposition -- Phase 1 01/15/20 13:36:26 expanding memory to 782366 d 2320354 decomp scratch 1 expanding memory to 1816863 d 2320354 decomp reverse connectivity expanding memory to 2603744 d 2320354 element ownership Decomposition region 1: Everything Region 1 is distributed to 4 processors With no coordinate transformation Normalized element costs assigned during decomposition: Minumum: 1.000000E+00 Maximum: 1.000000E+00 Standard Deviation: 0.000000E+00 contracting memory to 2147333 d 2518654 constraint scratch contracting memory to 2075053 d 2716950 con segment decomp rewrite 2 expanding memory to 2147334 d 2716950 shadow node processing expanding memory to 2345635 d 2518654 share node processing contracting memory to 1511698 d 2309733 nodal sharing list Memory required for decomposition : 2603744 Additional dynamic memory required : 16278838 allocating memory to 40000000 d 1369003 Allocate memory top of decomps expanding memory to 93901 d 1369003 hex ownership chunk contracting memory to 93901 d 1374761 hex sort chunk contracting memory to 10626 d 1286619 tshell ownership chunk contracting memory to 10626 d 1290079 tshell sort chunk contracting memory to 5 d 1293539 material sort chunk expanding memory to 13 d 1293539 material uid expanding memory to 18 d 1152264 nodal force sharing lists 1 Performing Decomposition -- Phase 2 01/15/20 13:36:26 expanding memory to 22 d 1111625 mat scratch contracting memory to 22 d 2118622 cross section scratch contracting memory to 22 d 2118622 cross sections contracting memory to 22 d 2118623 rigid walls contracting memory to 22 d 2226412 tied nodes scratch expanding memory to 23 d 2226412 tied nodes scratch expanding memory to 26 d 2226412 tied node scratch contracting memory to 22 d 2226412 nodal rigid body scratch contracting memory to 22 d 2226412 spring/damper scratch contracting memory to 22 d 2226412 seat belt ownership contracting memory to 1 d 1204083 Performing Decomposition -- Phase 3 Performing Decomposition -- Phase 3 01/15/20 13:36:26 LS-DYNA keyword deck by LS-PrePost ls-dyna mpp.143576 s date 01/15/2020 expanding memory to 3545 d 1204114 material, node and element data expanding memory to 3631 d 1204125 mat add general damage 0 expanding memory to 3671 d 1204125 material added airbag porosity leakage expanding memory to 3683 d 1204125 material properties expanding memory to 3695 d 1320959 element data for composite material expanding memory to 3710 d 2101111 gradient of damage data expanding memory to 5155 d 2273986 user control for contact interfaces contracting memory to 5139 d 2273986 thermal expansion 0 expanding memory to 5143 d 2273986 state of charge expansion 0 expanding memory to 5145 d 2273986 cross-sectional force definitions 0 expanding memory to 28772 d 2274010 temp index array for node sorting contracting memory to 5145 d 2274010 just because? expanding memory to 10903 d 2321276 arbitrary element numbering input contracting memory to 5165 d 2408713 spc cards contracting memory to 5150 d 2408713 d3thdt storage contracting memory to 5150 d 2408713 rcforc moments expanding memory to 5151 d 2682207 process element material data expanding memory to 7152 d 2682203 load curve data contracting memory to 5158 d 2682203 user_define_loading_set expanding memory to 5358 d 2682203 regularize time history data contracting memory to 5162 d 2682203 *DEFINE_ELEMENT_DEATH contracting memory to 5162 d 2705831 nodal constraint sets expanding memory to 5202 d 2705831 MPP copy of tim vector expanding memory to 5421 d 2699813 contact interfaces expanding memory to 53675 d 2699813 implicit contact 1 expanding memory to 127421 d 2699813 implicit contact 2 contracting memory to 6421 d 2820646 contact segment data 1 contracting memory to 6421 d 3064754 contact segment data 2 expanding memory to 124556 d 3085249 contact segment data 3 contracting memory to 124556 d 3085249 contact segment data 4 contracting memory to 5421 d 3766689 contact definition contracting memory to 5421 d 3766704 Top of contact alloc contracting memory to 5421 d 3766704 contact init contracting memory to 5421 d 3892287 contact history contracting memory to 5421 d 3932824 contact final bits expanding memory to 5457 d 3958444 rigid body expanding memory to 5469 d 3958444 rbe2 scratch expanding memory to 6607 d 3958444 rigid body flags scratch contracting memory to 5457 d 3958444 free rigid body flags scratch expanding memory to 5461 d 3706313 contact friction expanding memory to 5521 d 3706317 joints expanding memory to 138095 d 4820666 SPH elements contracting memory to 138095 d 4834618 discrete element expanding memory to 138111 d 4834618 sph memory track buffer contracting memory to 138111 d 4827732 accelerometers expanding memory to 138211 d 4827732 rigid bodies for disp. termination expanding memory to 138339 d 4827732 save d3plot control data contracting memory to 138339 d 4898613 transformation to move nodes expanding memory to 138343 d 4722676 mat add cohesive 0 contracting memory to 138343 d 4722676 sensor_control for curve expanding memory to 138347 d 4722676 flexible body 2 contracting memory to 138347 d 4739976 thick shell layer data expanding memory to 185602 d 4778038 weld node list 1 expanding memory to 188240 d 4778038 weld node list 2 contracting memory to 161976 d 4778038 global pointers for welds contracting memory to 138348 d 4778038 global shared weld node list 1 expanding memory to 139668 d 4778038 global shared weld node list 2 expanding memory to 139701 d 5093781 mpp general scratch contracting memory to 139701 d 5093781 bndout working scratch slave surface of interface = 1 type = a 5 surface timestep = 6.111E-07 controlling slave node ID = 7174143 part ID of slave node = 0 current minimum time step = 6.111E-07 master surface of interface = 1 type = a 5 surface timestep = 5.066E-08 controlling master node ID = 160802 part ID of master node = 4 current minimum time step = 5.066E-08 The LS-DYNA time step size should not exceed 5.066E-08 to avoid contact instabilities. If the step size is bigger then scale the penalty of the offending surface. The following binary output files are being created, and contain data equivalent to the indicated ascii output files binout0000: (on processor 0) glstat matsum rcforc S t o r a g e a l l o c a t i o n Memory required to begin solution : 189K Additional dynamically allocated memory: 5683K Total: 5871K 100 smallest timesteps ------------------------------------------------ element number part timestep tshell 13938 1 1.0030E-07 tshell 11218 1 1.0030E-07 tshell 13173 1 1.0030E-07 tshell 13258 1 1.0031E-07 tshell 11133 1 1.0032E-07 tshell 12408 1 1.0033E-07 tshell 13513 1 1.0033E-07 tshell 14533 1 1.0033E-07 tshell 12748 1 1.0033E-07 tshell 13428 1 1.0034E-07 tshell 13853 1 1.0034E-07 tshell 13343 1 1.0034E-07 tshell 12153 1 1.0035E-07 tshell 14448 1 1.0035E-07 tshell 13088 1 1.0035E-07 tshell 12663 1 1.0036E-07 tshell 11303 1 1.0036E-07 tshell 14193 1 1.0036E-07 tshell 12323 1 1.0037E-07 tshell 12493 1 1.0037E-07 tshell 14023 1 1.0037E-07 tshell 14278 1 1.0038E-07 tshell 14363 1 1.0038E-07 tshell 12238 1 1.0038E-07 tshell 13768 1 1.0038E-07 tshell 11983 1 1.0038E-07 tshell 11558 1 1.0039E-07 tshell 12578 1 1.0039E-07 tshell 12068 1 1.0039E-07 tshell 12833 1 1.0041E-07 tshell 13003 1 1.0041E-07 tshell 14108 1 1.0041E-07 tshell 11728 1 1.0042E-07 tshell 11473 1 1.0042E-07 tshell 13598 1 1.0042E-07 tshell 13683 1 1.0043E-07 tshell 12918 1 1.0043E-07 tshell 11898 1 1.0044E-07 tshell 11813 1 1.0044E-07 tshell 11643 1 1.0045E-07 tshell 11388 1 1.0046E-07 tshell 12664 1 1.0576E-07 tshell 12919 1 1.0577E-07 tshell 12579 1 1.0577E-07 tshell 11134 1 1.0577E-07 tshell 13939 1 1.0578E-07 tshell 11304 1 1.0578E-07 tshell 12239 1 1.0578E-07 tshell 11219 1 1.0578E-07 tshell 12749 1 1.0579E-07 tshell 12324 1 1.0579E-07 tshell 12834 1 1.0579E-07 tshell 14194 1 1.0579E-07 tshell 13004 1 1.0579E-07 tshell 11644 1 1.0580E-07 tshell 13089 1 1.0580E-07 tshell 14534 1 1.0580E-07 tshell 11389 1 1.0580E-07 tshell 13854 1 1.0580E-07 tshell 13174 1 1.0581E-07 tshell 11814 1 1.0581E-07 tshell 11559 1 1.0581E-07 tshell 13769 1 1.0581E-07 tshell 11899 1 1.0581E-07 tshell 11729 1 1.0581E-07 tshell 14024 1 1.0581E-07 tshell 13514 1 1.0581E-07 tshell 11984 1 1.0581E-07 tshell 14109 1 1.0582E-07 tshell 12154 1 1.0582E-07 tshell 12409 1 1.0582E-07 tshell 12494 1 1.0582E-07 tshell 11474 1 1.0583E-07 tshell 13684 1 1.0583E-07 tshell 14449 1 1.0583E-07 tshell 13429 1 1.0583E-07 tshell 14279 1 1.0584E-07 tshell 13259 1 1.0584E-07 tshell 12069 1 1.0584E-07 tshell 14364 1 1.0584E-07 tshell 13599 1 1.0584E-07 tshell 13344 1 1.0585E-07 tshell 12017 1 1.1504E-07 tshell 11932 1 1.1505E-07 tshell 14482 1 1.1506E-07 tshell 14142 1 1.1506E-07 tshell 12102 1 1.1507E-07 tshell 14227 1 1.1509E-07 tshell 13462 1 1.1509E-07 tshell 14057 1 1.1509E-07 tshell 11337 1 1.1510E-07 tshell 11847 1 1.1510E-07 tshell 13037 1 1.1510E-07 tshell 12782 1 1.1511E-07 tshell 13972 1 1.1511E-07 tshell 11167 1 1.1512E-07 tshell 13632 1 1.1512E-07 tshell 11252 1 1.1512E-07 tshell 13377 1 1.1512E-07 tshell 12187 1 1.1512E-07 1 t 0.0000E+00 dt 1.00E-07 flush i/o buffers 01/15/20 13:36:27 1 t 0.0000E+00 dt 1.00E-07 write d3plot file 01/15/20 13:36:27 998 t 9.9982E-05 dt 1.00E-07 write d3plot file 01/15/20 13:41:59 1995 t 1.9996E-04 dt 1.00E-07 write d3plot file 01/15/20 13:48:04 2992 t 2.9994E-04 dt 1.00E-07 write d3plot file 01/15/20 13:54:43 3989 t 3.9993E-04 dt 1.00E-07 write d3plot file 01/15/20 14:01:24 4986 t 4.9991E-04 dt 1.00E-07 write d3plot file 01/15/20 14:08:17 5000 t 5.0131E-04 dt 1.00E-07 flush i/o buffers 01/15/20 14:08:23 5984 t 5.9999E-04 dt 1.00E-07 write d3plot file 01/15/20 14:15:29 6981 t 6.9997E-04 dt 1.00E-07 write d3plot file 01/15/20 14:22:32 7978 t 7.9995E-04 dt 1.00E-07 write d3plot file 01/15/20 14:29:58 8975 t 8.9993E-04 dt 1.00E-07 write d3plot file 01/15/20 14:37:37 9972 t 9.9991E-04 dt 1.00E-07 write d3plot file 01/15/20 14:44:58 10000 t 1.0027E-03 dt 1.00E-07 flush i/o buffers 01/15/20 14:45:10 10970 t 1.1000E-03 dt 1.00E-07 write d3plot file 01/15/20 14:52:04 11967 t 1.2000E-03 dt 1.00E-07 write d3plot file 01/15/20 14:59:11 12964 t 1.3000E-03 dt 1.00E-07 write d3plot file 01/15/20 15:06:16 13961 t 1.3999E-03 dt 1.00E-07 write d3plot file 01/15/20 15:13:20 14958 t 1.4999E-03 dt 1.00E-07 write d3plot file 01/15/20 15:20:24 15000 t 1.5041E-03 dt 1.00E-07 flush i/o buffers 01/15/20 15:20:42 15956 t 1.6000E-03 dt 1.00E-07 write d3plot file 01/15/20 15:27:30 16953 t 1.7000E-03 dt 1.00E-07 write d3plot file 01/15/20 15:34:36 17950 t 1.7999E-03 dt 1.00E-07 write d3plot file 01/15/20 15:41:33 18947 t 1.8999E-03 dt 1.00E-07 write d3plot file 01/15/20 15:49:06 19945 t 2.0000E-03 dt 1.00E-07 write d3plot file 01/15/20 15:56:50 20000 t 2.0055E-03 dt 1.00E-07 flush i/o buffers 01/15/20 15:57:24 20942 t 2.1000E-03 dt 1.00E-07 write d3plot file 01/15/20 16:05:09 21939 t 2.1999E-03 dt 1.00E-07 write d3plot file 01/15/20 16:11:57 22936 t 2.2999E-03 dt 1.00E-07 write d3plot file 01/15/20 16:18:34 23934 t 2.4000E-03 dt 1.00E-07 write d3plot file 01/15/20 16:25:11 24931 t 2.5000E-03 dt 1.00E-07 write d3plot file 01/15/20 16:31:33 25000 t 2.5069E-03 dt 1.00E-07 flush i/o buffers 01/15/20 16:32:00 25928 t 2.5999E-03 dt 1.00E-07 write d3plot file 01/15/20 16:37:34 26925 t 2.6999E-03 dt 1.00E-07 write d3plot file 01/15/20 16:43:14 27923 t 2.8000E-03 dt 1.00E-07 write d3plot file 01/15/20 16:48:46 28920 t 2.9000E-03 dt 1.00E-07 write d3plot file 01/15/20 16:54:12 29917 t 2.9999E-03 dt 1.00E-07 write d3plot file 01/15/20 16:59:35 30000 t 3.0082E-03 dt 1.00E-07 flush i/o buffers 01/15/20 17:00:02 30915 t 3.1000E-03 dt 1.00E-07 write d3plot file 01/15/20 17:04:53 31912 t 3.2000E-03 dt 1.00E-07 write d3plot file 01/15/20 17:10:07 32909 t 3.2999E-03 dt 1.00E-07 write d3plot file 01/15/20 17:15:16 33907 t 3.4000E-03 dt 1.00E-07 write d3plot file 01/15/20 17:20:24 34904 t 3.4999E-03 dt 1.00E-07 write d3plot file 01/15/20 17:27:29 35000 t 3.5096E-03 dt 1.00E-07 flush i/o buffers 01/15/20 17:28:18 35901 t 3.5999E-03 dt 1.00E-07 write d3plot file 01/15/20 17:36:06 36899 t 3.6999E-03 dt 1.00E-07 write d3plot file 01/15/20 17:44:37 37897 t 3.8000E-03 dt 1.00E-07 write d3plot file 01/15/20 17:52:58 38894 t 3.8999E-03 dt 1.00E-07 write d3plot file 01/15/20 18:01:10 39892 t 3.9999E-03 dt 1.00E-07 write d3plot file 01/15/20 18:09:22 *** termination time reached *** 39892 t 4.0000E-03 dt 1.00E-07 write d3dump01 file 01/15/20 18:09:23 39892 t 4.0000E-03 dt 1.00E-07 flush i/o buffers 01/15/20 18:09:23 39892 t 4.0000E-03 dt 1.00E-07 write d3plot file 01/15/20 18:09:23 N o r m a l t e r m i n a t i o n 01/15/20 18:09:23 S t o r a g e a l l o c a t i o n Memory required to complete solution : 189K Additional dynamically allocated memory: 102M Total: 102M 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 ... 1.0707E+00 0.01 1.0710E+00 0.01 KW Reading ......... 7.7120E-01 0.00 7.7150E-01 0.00 MPP Decomposition .... 1.5367E+00 0.01 1.7705E+00 0.01 Init Proc .......... 1.3265E+00 0.01 1.4148E+00 0.01 Translation ........ 1.0744E-01 0.00 2.5296E-01 0.00 Initialization ....... 4.8350E-01 0.00 7.0670E-01 0.00 Init Proc Phase 1 .. 3.7733E-01 0.00 4.4782E-01 0.00 Init Proc Phase 2 .. 9.0466E-02 0.00 1.8141E-01 0.00 Element processing ... 1.2230E+04 76.42 1.2493E+04 76.27 Solids ............. 7.7734E-01 0.00 8.0988E-01 0.00 Thick Shells ....... 8.6039E+01 0.54 8.8503E+01 0.54 SPH ................ 1.2143E+04 75.87 1.2402E+04 75.71 Element Other ...... 1.9705E-01 0.00 2.3555E-01 0.00 Binary databases ..... 1.7926E+00 0.01 1.8431E+00 0.01 ASCII database ....... 4.1144E-01 0.00 4.1467E-01 0.00 Contact algorithm .... 3.3204E+03 20.75 3.4144E+03 20.84 Interf. ID 1 3.3119E+03 20.69 3.4050E+03 20.79 Rigid Bodies ......... 7.0965E+01 0.44 7.2530E+01 0.44 Time step size ....... 2.3218E+02 1.45 2.4110E+02 1.47 Others ............... 4.0576E+01 0.25 4.1947E+01 0.26 Force Sharing ...... 4.0148E+01 0.25 4.1450E+01 0.25 Misc. 1 .............. 7.4124E+00 0.05 1.0152E+01 0.06 Force to Accel ..... 1.6744E+00 0.01 1.6863E+00 0.01 Update RB nodes .... 2.6077E+00 0.02 2.7678E+00 0.02 Misc. 2 .............. 8.1083E+00 0.05 8.6448E+00 0.05 Misc. 3 .............. 8.7691E+01 0.55 9.1211E+01 0.56 Misc. 4 .............. 1.6912E+00 0.01 1.7187E+00 0.01 Timestep Init ...... 1.3818E+00 0.01 1.3718E+00 0.01 Apply Loads ........ 2.2659E-01 0.00 2.3787E-01 0.00 ---------------------------------------------------------------- T o t a l s 1.6005E+04 100.00 1.6380E+04 100.00 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 ... 1.0734E+00 0.01 1.0735E+00 0.01 KW Reading ......... 1.9280E-01 0.00 1.9287E-01 0.00 MPP Decomposition .... 1.7097E+00 0.01 1.7683E+00 0.01 Init Proc .......... 1.3926E+00 0.01 1.4148E+00 0.01 Translation ........ 2.1393E-01 0.00 2.5033E-01 0.00 Initialization ....... 5.4976E-01 0.00 7.0632E-01 0.00 Init Proc Phase 1 .. 3.7338E-01 0.00 4.4826E-01 0.00 Init Proc Phase 2 .. 1.1533E-01 0.00 1.8143E-01 0.00 Element processing ... 1.2325E+04 77.29 1.2631E+04 77.11 Solids ............. 2.1814E+00 0.01 2.2251E+00 0.01 Thick Shells ....... 6.6889E+01 0.42 6.8672E+01 0.42 SPH ................ 1.2255E+04 76.85 1.2560E+04 76.68 Element Other ...... 1.7214E-01 0.00 1.8604E-01 0.00 Binary databases ..... 1.8329E+00 0.01 1.8700E+00 0.01 ASCII database ....... 3.9770E-01 0.00 4.0352E-01 0.00 Contact algorithm .... 3.3139E+03 20.78 3.4270E+03 20.92 Interf. ID 1 3.3041E+03 20.72 3.4164E+03 20.86 Rigid Bodies ......... 8.0915E+01 0.51 8.3341E+01 0.51 Time step size ....... 1.1320E+02 0.71 1.1949E+02 0.73 Others ............... 2.3134E+01 0.15 2.4121E+01 0.15 Force Sharing ...... 2.2748E+01 0.14 2.3701E+01 0.14 Misc. 1 .............. 1.4078E+01 0.09 1.5451E+01 0.09 Force to Accel ..... 1.9118E+00 0.01 1.9369E+00 0.01 Update RB nodes .... 9.4861E+00 0.06 9.8740E+00 0.06 Misc. 2 .............. 1.8142E+01 0.11 1.8658E+01 0.11 Misc. 3 .............. 4.9578E+01 0.31 5.2536E+01 0.32 Misc. 4 .............. 2.3249E+00 0.01 2.3940E+00 0.01 Timestep Init ...... 2.0475E+00 0.01 2.0958E+00 0.01 Apply Loads ........ 1.9642E-01 0.00 2.0567E-01 0.00 ---------------------------------------------------------------- T o t a l s 1.5946E+04 100.00 1.6380E+04 100.00 Problem time = 4.0000E-03 Problem cycle = 39892 Total CPU time = 15946 seconds ( 4 hours 25 minutes 46 seconds) CPU time per zone cycle = 3023.738 nanoseconds Clock time per zone cycle= 3105.970 nanoseconds Parallel execution with 4 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 salsa 1.00364 1.6005E+04 # 1 salsa 0.99599 1.5883E+04 # 2 salsa 1.00393 1.6009E+04 # 3 salsa 0.99643 1.5890E+04 --------------------------------------------------------------------------- T o t a l s 6.3786E+04 Start time 01/15/2020 13:36:23 End time 01/15/2020 18:09:23 Elapsed time 16380 seconds for 39892 cycles using 4 MPP procs ( 4 hours 33 minutes 0 second ) N o r m a l t e r m i n a t i o n 01/15/20 18:09:23