MSC Nastran

Version System A System B System C
2021.0 (default) AU AU
2020.0 AU AU
2019.1 AU AU
2019.0 AU AU
2018.2 AU AU
2018.0 AU AU
2017.1 AU AU
2017.0 AU AU

Key: AU = Available for academic users only, ― = Not available for use.

Modules software package dynamically adjusts the environment settings for using applications, by using the module command. It also makes changing the environment settings easy when switching between different versions of applications.
For details, see Modules.

Version Module File
Nastran 2021.0 nastran/20210
Nastran 2020.0 nastran/20200
Nastran 2019.1 nastran/20191
Nastran 2019.0 nastran/20190
Nastran 2018.2 nastran/20182
Nastran 2018.0 nastran/20180
Nastran 2017.1 nastran/20171
Nastran 2017.0 nastran/20170

You can see the list of module files available by using the module avail command.

MSC Nastran is a general purpose structural analysis program that allows users to analyze a wide range of data of a part to the whole. In addition to the existing analysis capabilities, the composite area simulation capability is able to conduct simulations in the area of high-standard implicit non-linear analysis including traditional linear static analysis, various dynamic analysis, design optimization analysis, thermal analysis, and 3D contact, as well as explicit non-linear analysis for high-speed phenomena such as collision and shock analysis and drop analysis.

  • Linear and non-linear analysis, static and dynamic analysis
  • Real eigenvalue analysis
  • Frequency response analysis
  • Transient response analysis
  • Random response analysis
  • Acoustic-structure coupled analysis
  • Impact analysis
  • Optimization analysis
  • Combining with Marc
  • Combining with Adams, etc.

Set up the environment by using the module command. (The module file you want is loaded.)

$ module load nastran

$ tssrun nast20170 input_file [option ...]

For details of tssrun , see Interactive Processing.

The subnastran command is provided to make job execution simpler. This allows you to run a batch job without writing an job script.

You may also write an job script yourself to run a job.

$ subnastran queue_name input_file [qsub option ...] [Nastran option ...]
     Nastran option
       smp=(The number of parallels)    Shared Memory Parallel (default:  smp=1)

$ subnastran eb d0307.dat smp=4

Upon completion of the job, the following execution result files are created in addition to the input file.

  • Job processing result file
* B072615.o443917 ―――― Standard output file
* B072615.e443917 ―――― Error file
  • Output file (the name is the same as the input file)
* d0307.f04 ――――Execution summary file
* d0307.log ――――Log file
* d0307.f06 ――――Analysis result file

(Note) Note that if you execute the job a number of times with the same input filename, a number of execution result files suffixed by numbers are created for individual executions as shown below. If you execute a job four consecutive times, the filenames will be as follows:

  • Result file
* d0307.f06 (the fourth job, the latest)
* d0307.f06.1 (the first job, the oldest)
* d0307.f06.2 (the second job)
* d0307.f06.3 (the third job)

We periodically offer programming seminars, and distribute the handouts.


Copyright © Academic Center for Computing and Media Studies, Kyoto University, All Rights Reserved.