1 to 10 of 24 Results
Mar 6, 2023 -
Microstructure feature engineering data
Python Source Code - 2.1 KB -
MD5: 59a5a37eb3aa95980483fca18fbb4604
exemplary script to access the data |
Mar 6, 2023 -
Microstructure feature engineering data
Python Source Code - 14.6 KB -
MD5: 4643b4eac73889b050fb1059b7c5c6dd
loader object to use for easy data access |
Mar 6, 2023 -
Microstructure feature engineering data
Hierarchical Data Format - 199.9 MB -
MD5: 2526748b927fb0775b4cc1fa55945502
storage of the data |
Mar 6, 2023 -
Microstructure feature engineering data
Python Source Code - 17.7 KB -
MD5: f0adb59b30d0c7c87aa776d2716f96f4
scripts to compute all features |
Mar 6, 2023 -
Microstructure feature engineering data
Python Source Code - 4.1 KB -
MD5: ca6bfd9fae4c7d33b52bc70bc5b4a2bd
auxiliary (small) functions |
Sep 7, 2022 -
Thermoelastic simulations of 3d microstructures
Python Source Code - 3.0 KB -
MD5: a9d87a76fee1c389477c90ad6a0780c1
`gen_xdmf.py` is used to generate `*.xdmf` files that can be opened using Paraview to visualize the microstructures. |
Sep 7, 2022 -
Thermoelastic simulations of 3d microstructures
PNG Image - 293.9 KB -
MD5: 12203305deb0bcec5b210e767de90d92
Illustration of h5 file structure |
Sep 7, 2022 -
Thermoelastic simulations of 3d microstructures
Python Source Code - 745 B -
MD5: 261bc3010f7dbf053beaffa38f1b3ef7
`h5ll.py` is used as `python h5ll.py hdf5_file.h5` or `python h5ll.py hdf5_file.h5/group0` to investigate the content of the hdf5 file |
Sep 7, 2022 -
Thermoelastic simulations of 3d microstructures
Hierarchical Data Format - 70.7 MB -
MD5: b4b8257f143156cedb837a5ae8c34fa5
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Sep 7, 2022 -
Thermoelastic simulations of 3d microstructures
Hierarchical Data Format - 368.6 MB -
MD5: 34f230682ea57c251832c36600ac3fb0
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