RUN_10
A run of POD_BASIS on INOUT_FLOW2 data

This run of POD_BASIS takes the INOUT_FLOW2 data and seeks 16 POD vectors.

• run_10.inp, the input file to POD_BASIS;
• run_10.out, the output of the run.

Note, from the output file, the singular values associated with each POD vector, which indicate its relative importance:

Vector	Singular value
1	186.0343
2	35.8528
3	14.1401
4	9.1045
5	5.0126
6	3.2917
7	2.2768
8	2.0055
9	1.5510
10	0.9886
11	0.7986
12	0.6214
13	0.6026
14	0.4194
15	0.3391
16	0.2584

The main output of the run is the POD vectors, each in a separate file, which can be regarded as flow solutions:

• pod_001.txt, POD vector 1.
• pod_002.txt, POD vector 2.
• pod_003.txt, POD vector 3
• pod_004.txt, POD vector 4.
• pod_005.txt, POD vector 5.
• pod_006.txt, POD vector 6.
• pod_007.txt, POD vector 7
• pod_008.txt, POD vector 8.
• pod_009.txt, POD vector 9.
• pod_010.txt, POD vector 10.
• pod_011.txt, POD vector 11
• pod_012.txt, POD vector 12.
• pod_013.txt, POD vector 13.
• pod_014.txt, POD vector 14.
• pod_015.txt, POD vector 15
• pod_016.txt, POD vector 16.

Each of the POD vectors can be plotted by VECTOR_PLOT, using the xy.txt file from the CAVITY_FLOW database. I only plotted the first four:

• pod_001_dir.png, a PNG image of direction field #1.
• pod_001_vec.png, a PNG image of vector field #1.
• pod_002_dir.png, a PNG image of direction field #2.
• pod_002_vec.png, a PNG image of vector field #2.
• pod_003_dir.png, a PNG image of direction field #3.
• pod_003_vec.png, a PNG image of vector field #3.
• pod_004_dir.png, a PNG image of direction field #4.
• pod_004_vec.png, a PNG image of vector field #4.

You can go up to the POD_BASIS_FLOW page.