【正文】 0 +04 +04 +03 +00 +00 +00 Largest nodal reactions Node Node Node Node Node Node XForce YForce ZForce XMoment YMoment ZMoment 12141 2075 2267 0 0 0 +04 +04 +04 +00 +00 +00 Largest nodal residuals Node Node Node Node Node Node XForce YForce ZForce XMoment YMoment ZMoment 2267 2075 2267 0 0 0 +04 +04 +04 +00 +00 +00 Largest unfixed direction residuals Node Node Node Node Node Node XForce YForce ZForce XMoment YMoment ZMoment 30653 30924 30924 0 0 0 +00 +00 +001**** TEMPORARY FILE STORAGE (MEGABYTES) UNIT NO. 7 : UNIT NO. 8 : UNIT NO. 9 : UNIT NO. 10 : UNIT NO. 11 : UNIT NO. 12 : UNIT NO. 13 : UNIT NO. 14 : UNIT NO. 15 : UNIT NO. 17 : UNIT NO. 51 : UNIT NO. 52 : UNIT NO. 54 : UNIT NO. 55 : UNIT NO. 56 : UNIT NO. 58 : UNIT NO. 59 : TOTAL : Megabytes ALGOR (R) Static Stress with Linear Material Models Version 30SEP2022 Copyright (c) 19842022 ALGOR, Inc. All rights reserved. Warning: Unable to use ALGT location for temporary files 34514 3 1 0 0 0 **** Linear stress analysis **** Memory Dynamically Allocated = 1013192 KB Options executed are: NOMIN STRAIN AMG SUPCNF SUPELM SUPNOD REAC ENOR processing ... **** OPENING TEMPORARY FILES NDYN = 0 DATE: MAY 17, 2022 TIME: 02:27 PM PROGRAM VERSION: 18000010 VERSION: 18000002 VERSION: 18000000 VERSION: 17020220 VERSION: 18000005 VERSION: 03300000 **** BEGIN NODAL DATA INPUT 34514 NODES 10000 (29.%) nodes 0 ( 0.%) nodes **** END NODAL DATA INPUT **** BEGIN TYPE8 data INPUT PART 1 CONTAINING 7415 ELEMENTS 4000 (54.%) elements 2022 (27.%) elements 0 ( 0.%) elements **** end TYPE8 data INPUT **** BEGIN TYPE8 data INPUT PART 2 CONTAINING 31838 ELEMENTS 28000 (88.%) elements 26000 (81.%) elements 24000 (75.%) elements 22022 (69.%) elements 20220 (63.%) elements 18000 (56.%) elements 16000 (50.%) elements 14000 (44.%) elements 12022 (38.%) elements 10000 (31.%) elements 8000 (25.%) elements 6000 (19.%) elements 4000 (13.%) elements 2022 ( 6.%) elements 0 ( 0.%) elements **** end TYPE8 data INPUT **** BEGIN TYPE8 data INPUT PART 3 CONTAINING 37468 ELEMENTS 33000 (88.%) elements 30000 (80.%) elements 27000 (72.%) elements 24000 (64.%) elements 21000 (56.%) elements 18000 (48.%) elements 15000 (40.%) elements 12022 (32.%) elements 9000 (24.%) elements 6000 (16.%) elements 3000 ( 8.%) elements 0 ( 0.%) elements **** end TYPE8 data INPUT **** Hard disk file size information for processor: Available hard disk space on current drive = megabytes **** BEGIN LOAD INPUT One load case in 185 blocks. Load factor = +00 in the 1st basket in load case 1 **** END LOAD INPUT **** Invoking Parallel AMG Iterative Solver ... **** Symbolic Assembling Using the RowHits Matrix Profile ... **** Assembled in One Block. **** Real Sparse Matrix Assembly ... in the upper offdiagonal matrix: number of entries in the profile = 19735132 number of symbolic nonzero entries= 2381087 number of real nonzero entries = 2381010 **** Sparse Matrix Assembled in One Block **** Load case 1 **** Final relative residual = (47 iterations) **** 2 processors have been used. **** End AMG Iterative Solver Solution **** BEGIN DISPLACEMENT OUTPUT **** PRINT OF DISPLACEMENT OUTPUT SUPPRESSED **** END DISPLACEMENT OUTPUT **** BEGINNING REACTION COMPUTATIONS **** LOADCASES REMAINING 1 **** BLOCKS REMAINING 1 **** GROUPS REMAINING 3 **** GROUP USEDELEMENT/GLOBAL CONTRIBUTIONS 7415 ELEMENTS 7415 ELEMENTS REMAINING 7000 ELEMENTS REMAINING 6500 ELEMENTS REMAINING 6000 ELEMENTS REMAINING 5500 ELEMENTS REMAINING 5000 ELEMENTS REMAINING 4500 ELEMENTS REMAINING 4000 ELEMENTS REMAINING 3500 ELEMENTS REMAINING 3000 ELEMENTS REMAINING 2500 ELEMENTS REMAINING 2022 ELEMENTS REMAINING 1500 ELEMENTS REMAINING 1000 ELEMENTS REMAINING 500 ELEMENTS REMAINING **** GROUPS REMAINING 2 **** GROUP USEDELEMENT/GLOBAL CONTRIBUTIONS 31838 ELEMENTS 31838 ELEMENTS REMAINING 31000 ELEMENTS REMAINING 30000 ELEMENTS REMAINING 29000 ELEMENTS REMAINING 28000 ELEMENTS REMAINING 27000 ELEMENTS REMAINING 26000 ELEMENTS REMAINING 25000 ELEMENTS REMAINING 24000 ELEMENTS REMAINING 23000 ELEMENTS REMAINING 22022 ELEMENTS REMAINING 21000 ELEMENTS REMAINING 20220 ELEMENTS REMAINING 19000 ELEMENTS REMAINING 18000 ELEMENTS REMAINING 17000 ELEMENTS REMAINING 16000 ELEMENTS REMAINING