VL计算离心式风机
XPR VERSION 13.6Requested task is SYSNOISE sequential computation.Working directory on server is C:\Users\123\AppData\Local\TempChecking that the SYSNOISE launch script (D:\Program Files\LMS\LMS Virtual.Lab 13.6\VirtualLab\Sysnoise\5.6\bin\sysnoise_nogui.bat) exists on server...OKSYSNOISE log file on server is C:\Users\123\AppData\Local\Temp\123-140400-sysnoise.log.xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxJOB EXECUTION STARTxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx System for Computational Vibro-Acoustics ------------------------------------------------------------------------ SYSNOISE 13.6Windows_x86_64 DATE: 03-SEP-2018 11:01:10Build Date: 06-APR-2016 READING THE SET-UP FILE: D:\Program Files\LMS\LMS Virtual.Lab 13.6\VirtualLab\Sysnoise\5.6\bin\\..\res\SYSNOISE.STP THE SYSNOISE PROFILE FILE NAME HAS NOT BEEN DEFINED. STANDARD GRAPHIC DEVICE SET TO DEFAULT PLOTTING GRAPHIC DEVICE SET TO SCREENDUMP MEMORY IN USE = 800000 ( 0.003 Gb ) AVAILABLE MEMORY = 4024350098 (14.992 Gb ) FREE MEMORY = 4023550098 (14.989 Gb ) CREATING DEFAULT SYSNOISE MODEL FILE default.sdb SYSNOISE ANALYSIS OPTION : BEM INDIRECT VARIATIONAL UNBAFFLED FREQUENCY FLUID SYSNOISE>SCL> ENVIRONMENT SECTION SETUP USRDIR 'C:\Users\123\AppData\Local\Temp\' RETURN SYSNOISE>SCL> ENVIRONMENT SECTION SETUP TMPDIR 'C:\Users\123\AppData\Local\Temp\' RETURN SYSNOISE>SCL> Open Model 1 File 123-140400-Acoustic.sdb Original Return OPENING SYSNOISE MODEL FILE 123-140400-Acoustic.sdb LOADING MODEL Exported VLModel SYSNOISE>SCL> Extract Summary Return SYSNOISE ANALYSIS OPTION : BEM INDIRECT VARIATIONAL UNBAFFLED FREQUENCY FLUID SYSNOISE SUMMARY INFORMATION ------------------------------------------------------------------------ Title...Exported VLModel Date....03-SEP-2018 11:01:10 Number of dimensions...................... 3 Number of nodes...........................69434 Number of elements........................69658 Number of tables.......................... 2208 Number of material characteristics........ 1 Number of load cases...................... 1 Number of elements with disc admi B.C.'s..69658 Number of defined sources................. 736 Number of field points.................... 602 ------------------------------------------------------------------------ SYSNOISE>SCL> Environment Section SETUP BELL 'on' Return SYSNOISE>SCL> Environment Section AAC NEARFAN 'TRUE' Return SYSNOISE>SCL> Environment Section AAC FANFFTCORRECT '1' Return SYSNOISE>SCL> Environment Section SETUP GEO_TOLERANCE '1E-006' Return SYSNOISE>SCL> Parameter Model 1 PARAMETER>SCL> Physical PARAMETER> PARAMETER>SCL> Save Potentials Step 1 PARAMETER>SCL> Save Results Step 1 PARAMETER>SCL> Store Results none STORE RESULTS>SCL> Return PARAMETER>SCL> Near 2 PARAMETER>SCL> Far 5 PARAMETER>SCL> Quadrature 221 PARAMETER>SCL> Positive PARAMETER>SCL> Return Updating Model Parameters SYSNOISE>SCL> Solve SOLVE>SCL> Harmonic 1 To 3 Step 1 LIST OF SELECTED HARMONICS: 1 2 3 SOLVE>SCL> Return Fan Source - Including Near-field Effects. WARNING - AT LEAST TWO FAN SOURCES HAVE BEEN FOUND. HARMONICS WILL BE DEFINED BASED ON THE FIRST FAN SOURCE. ======================================================================== FREQUENCY RESPONSE MODULE ------------------------------------------------------------------------ FOR 3 FREQUENCIES FROM 16.000 TO 48.000 HZ ANALYSIS # 1FREQUENCY = 16.000 HZTYPE = NORMAL ANALYSIS # 2FREQUENCY = 32.000 HZTYPE = NORMAL ANALYSIS # 3FREQUENCY = 48.000 HZTYPE = NORMAL ------------------------------------------------------------------------ SOLVE PARAMETERS MODEL: 1 - Exported VLModel ------------------------------------------------------------------------ PHYSICAL Coordinates Saving POTENTIALS every 1 steps Saving RESULTS every 1 steps Energy Calculation Enabled Surface post-processing on positive side Quadrature info Proximity limits (multiplied by mean edge) : Near area <2 < medium area <5 < far area Selected integration quadratures: Near region: 2 Medium region: 2 Far region : 1 Quadrature Nr LineTriangleQuadrangle ------------- ---------------------- 0 0-pt 0-pt 0-pt 1 1-pt 1-pt 1-pt 2 2-pts 4-pts 4-pts 3 3-pts 7-pts 9-pts 4 4-pts 13-pts 16-pts 5 5-pts 13-pts 25-pts 1010-pts 13-pts 100-pts 1616-pts 13-pts 100-pts 2424-pts 13-pts 100-pts ------------------------------------------------------------------------ SOLVE PARALLEL OPTIONS ------------------------------------------------------------------------ Single Process with4 Threads ------------------------------------------------------------------------ LAUNCHING UNCOUPLED ACOUSTIC INDIRECT BEM (Freq) ANALYSIS GENERATING OUT-OF-CORE MATRIX STRUCTURE Block # 1Eq # 1 to18979Size 184951497 Block # 2Eq #18980 to26946Size 184949502 Block # 3Eq #26947 to33058Size 184929216 Block # 4Eq #33059 to38211Size 184935843 Block # 5Eq #38212 to42751Size 184930884 Block # 6Eq #42752 to46855Size 184920120 Block # 7Eq #46856 to50630Size 184938682 Block # 8Eq #50631 to54143Size 184917447 Block # 9Eq #54144 to57443Size 184929324 Block # 10Eq #57444 to60564Size 184937556 Block # 11Eq #60565 to63532Size 184897056 Block # 12Eq #63533 to66369Size 184958293 Block # 13Eq #66370 to69089Size 184891040 Block # 14Eq #69090 to71707Size 184959006 Block # 15Eq #71708 to74232Size 184886040 Block # 16Eq #74233 to76675Size 184935201 Block # 17Eq #76676 to79043Size 184945600 Block # 18Eq #79044 to81342Size 184918346 Block # 19Eq #81343 to83578Size 184922520 Block # 20Eq #83579 to85756Size 184937464 Block # 21Eq #85757 to87880Size 184928608 Block # 22Eq #87881 to89954Size 184938484 Block # 23Eq #89955 to91981Size 184904879 Block # 24Eq #91982 to93965Size 184952000 Block # 25Eq #93966 to95908Size 184937660 Block # 26Eq #95909 to97812Size 184882368 Block # 27Eq #97813 to99680Size 184905856 Block # 28Eq #99681 to 101514Size 184932516 Block # 29Eq # 101515 to 103315Size 184876843 Block # 30Eq # 103316 to 105085Size 184854594 Block # 31Eq # 105086 to 106826Size 184882754 Block # 32Eq # 106827 to 108539Size 184869003 Block # 33Eq # 108540 to 110226Size 184932894 Block # 34Eq # 110227 to 111887Size 184865875 Block # 35Eq # 111888 to 113524Size 184897220 Block # 36Eq # 113525 to 115138Size 184926492 Block # 37Eq # 115139 to 116729Size 184844927 Block # 38Eq # 116730 to 118299Size 184890774 Block # 39Eq # 118300 to 119849Size 184958014 Block # 40Eq # 119850 to 121379Size 184929582 Block # 41Eq # 121380 to 122890Size 184925958 Block # 42Eq # 122891 to 124382Size 184836568 Block # 43Eq # 124383 to 125857Size 184915107 Block # 44Eq # 125858 to 127315Size 184918710 Block # 45Eq # 127316 to 128756Size 184848244 Block # 46Eq # 128757 to 130181Size 184835157 Block # 47Eq # 130182 to 131591Size 184885902 Block # 48Eq # 131592 to 132986Size 184873422 Block # 49Eq # 132987 to 134367Size 184933115 Block # 50Eq # 134368 to 135734Size 184935002 Block # 51Eq # 135735 to 137087Size 184879671 Block # 52Eq # 137088 to 138427Size 184906452 Block # 53Eq # 138428 to 138868Size61240788 In-core Block Size : 512 Out-of-core Block Size : 184959006 Number Out-of-core Blocks : 53 USING SOLVER 7 Occupied space: 16094 Mb( 99.98 %) This node (www-PC) has number 0 ------------------------------------------------------------------------ COMPUTATION PROGRESS : 0 / 3 ( 0.00 % ) ------------------------------------------------------------------------ ANALYSIS NUMBER 1 / 3 FREQUENCY = 16.000 Hz ------------------------------------------------------------------------ CPU Stats --- Delta:0:00:23 ( 22.55)Total:0:00:23 ( 22.55) NOT ENOUGH MEMORY AVAILABLE PLEASE RESIZE THE MEMORY ENVIRONMENT VARIABLE AND RESTART YOUR APPLICATION A FATAL ERROR OCCURRED.PROGRAM STOPPED**** ERROR has occurred during computation ****You may try to compute the solution in manual mode and try to attach the results afterwards.计算离心风机时按照VL书本上轴流风机的算例进行计算，最后报错，有哪位好心的师兄师姐来指导一下时除了什么问题吗？
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