[Reserved] Abaqus in continuous execution of a plurality of job
Original Address:
Abaqus in continuous execution of multiple job
Author:
Yan things boundless
How to make the machine automatically calculate the number of job-by-file it?
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ABAQUS / cae interface does not support job creation queue mode, you can enter the following command in the command window abaqus command:
Batch file contents:
cmd/c abaqus job=beam interactive
cmd/c abaqus job=beam1 interactive
cmd/c abaqus job=beam2 interactive
cmd/c abaqus job=beam3 interactive
...
cmd/c abaqus job=beamn interactive
After written using the above format, a batch file saved as bat, as abc.bat, abc and enter the window in the abaqus command Enter
Can be submitted once, and then performing a plurality of successive stepwise calculation job.
The end of the command word is not above Interactive, indicates a commit all, will not be submitted individually, one after the other in front of the complete calculation submit.
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Multi-CPU computing:
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Submit calculation command, such as "abaqus job = jobname1 cpus = 4 int"
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[Pretreatment]
ABAQUS multiprocessor parallel computing
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Environment:
ABAQUS6.3 IntelXeon 700MHz. 8 + + + Win2k AdvServer SP3 the CPU Ram 4G in command-line mode, the following three parameters are controlled command abaqus parallel computation: [Number-of-CPUs = CPUs] [= {Parallel Loop | domain | SuperNode | Tree] [Number-of-= domains domains] ABAQUS / Explicit: parallel optional parameters domain, loop domain field topology in parallel, circulation loop-level parallelism (default) but in the NT system, does not support loop parameters cpus number to be divisible by the number of domains, which is a cpu can calculate the multiple domain to Started with ABAQUS the Getting / Explicit " 6.5 Example: drop the Test Circuit Board circuit.inp Case analysis (standard_memory =" 256 Mb ") 1CPU : ABAQUS the Job = Circuit int8 cup 100 percent utilization, uptime 506S 2cpu: ABAQUS Job Parallel Circuit = = = Domain Domains = 2 int. 4 CPUs each cup close to 100% utilization, uptime 402S 4CPU: ABAQUS Job Parallel Circuit = = =. 4 CPUs Domain Domains = 4 int each cup was around 80% utilization, the running time 297s 8CPU: ABAQUS Job Parallel Circuit = = = Domain Domains int. 8. 8 = CPUs each cup utilization rate of 40%, operating time 364s ABAQUS / Standard: Parallel Alternatively parameters SuperNode, tree SuperNode (default) single wavefront parallel processing, tree multi wavefront simultaneous parallel processing domains parameter is not valid for the model with sparse linear equations and calculation of the effective stiffness matrix parallel to the Notes Release ABAQUS 2.7 parallel sparse solver t1-std.inp Case Analysis (standard_memory = "1000 Mb") 1CPU: ABAQUS J-STD = T1 int Cup utilization rate of 70%, the running time 390s 4CPU (SuperNode): ABAQUS J-STD = T1 = Parallel SuperNode cpus = 4 int all cpu systems are used, during the operation efficiency greatly changes constantly each cpu, running time 454s 4CPU (Tree): ABAQUS J-STD = T1 = Parallel Tree cpus = 4 int all systems are used cpu the process runs each cpu utilization continuously change greatly runtime 352S 8CPU (SuperNode): ABAQUS J-STD = T1 = Parallel SuperNode CPUs = int. 8 each cpu utilization close to 100%, 40 minutes after the operation can not end 8CPU (Tree): ABAQUS J-STD = T1 = Parallel Tree CPUs = int. 8 each cpu utilization nearly 90%, the running time 545s Conclusion: Multi-CPU parallel processing Explicit significant effect on the Standard and in many cases little effect, and may even make the operation more slowly, using only Standard students can basically do not consider buying a multi-cpu machines from: Data collected likuiming
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Application examples :( batch file contents)
cmd/c abaqus job=Job-10-380KW-dot100-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-10-380KW-dot25-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-10-380KW-dot50-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-10-380KW-dot75-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-11-450KW-dot100-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-11-450KW-dot25-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-11-450KW-dot50-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-11-450KW-dot75-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-2-100KW-dot100-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-2-100KW-dot50-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-2-100KW-dot75-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-3-135KW-dot100-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-3-135KW-dot50-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-3-135KW-dot75-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-4-140KW-dot100-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-4-140KW-dot50-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-4-140KW-dot75-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-5-150KW-dot100-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-5-150KW-dot50-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-5-150KW-dot75-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-6-160KW-dot100-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-6-160KW-dot50-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-6-160KW-dot75-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-7-200KW-dot100-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-7-200KW-dot50-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-7-200KW-dot75-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-8-250KW-dot100-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-8-250KW-dot25-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-8-250KW-dot50-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-8-250KW-dot75-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-9-300KW-dot100-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-9-300KW-dot25-rad-ambient cpus=4 interactive
cmd/c abaqus job=Job-9-300KW-dot50-rad-ambient cpus=4 interactive
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出处:http://forum.simwe.com/forum.php?mod=viewthread&tid=374161&highlight=abaqus++
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