Skip to content

Note

Click here to download the full example code

Hostun Sand (Drained)

Drained triaxial tests on Hostun sand 1.

import pandas as pd

from micromechanical.cli.plot import PlotCLI, PlotConfig

config: PlotConfig = PlotCLI.loadConfig("../../calibrations/micromechanical-plots.yaml")

plot_name = "Hostun-CH-OSIMSAND-two-column"
plot_config = config.plots[plot_name]

Out:

/home/runner/work/musica/musica/micromechanical/cli/plot.py:56: UserWarning: Calibration file /home/runner/work/musica/musica/calibrations/Calibrations/Gu2024-CT-Dense-Static.json not found, skipping.
  warnings.warn(f"Calibration file {path.as_posix()} not found, skipping.")
/home/runner/work/musica/musica/micromechanical/cli/plot.py:56: UserWarning: Calibration file /home/runner/work/musica/musica/calibrations/Calibrations/Gu2024-CT-Dense-Kinematic.json not found, skipping.
  warnings.warn(f"Calibration file {path.as_posix()} not found, skipping.")
/home/runner/work/musica/musica/micromechanical/cli/plot.py:56: UserWarning: Calibration file /home/runner/work/musica/musica/calibrations/Calibrations/Gu2024-CT-Medium-Dense-Static.json not found, skipping.
  warnings.warn(f"Calibration file {path.as_posix()} not found, skipping.")
/home/runner/work/musica/musica/micromechanical/cli/plot.py:56: UserWarning: Calibration file /home/runner/work/musica/musica/calibrations/Calibrations/Gu2024-CT-Medium-Dense-Kinematic.json not found, skipping.
  warnings.warn(f"Calibration file {path.as_posix()} not found, skipping.")

Parameters

pd.DataFrame(
    {key: value for key, value in plot_config.calibration.read(config.root).parameters.items()}, index=["Hostun"]
)
Ad Lambda eref kn0 kpr krr nd ne np phi xi
Hostun 0.725535 0.054743 0.795377 30.193762 0.114649 0.652199 2.382309 1.06076 1.591597 31.880993 1.462802

Figures

plot_config.plot(plot_name, save=False, grids=config.grids, overwrite=False)

(a), (b)

Out:

Running CH-OSIMSAND model for experiment Hostun-Loose-100 ...
Finished in 2.085 seconds.
Running CH-OSIMSAND model for experiment Hostun-Loose-300 ...
Finished in 0.792 seconds.
Running CH-OSIMSAND model for experiment Hostun-Loose-800 ...
Finished in 0.826 seconds.
Running CH-OSIMSAND model for experiment Hostun-Dense-100 ...
Finished in 3.730 seconds.
Running CH-OSIMSAND model for experiment Hostun-Dense-300 ...
Finished in 3.015 seconds.
Running CH-OSIMSAND model for experiment Hostun-Dense-800 ...
Finished in 1.989 seconds.

{'macroscopic': <Figure size 1000x420 with 2 Axes>}

Total running time of the script: ( 0 minutes 26.023 seconds)

Download Python source code: plot_hostun_osimsand.py

Download Jupyter notebook: plot_hostun_osimsand.ipynb

Gallery generated by mkdocs-gallery

  1. Biarez, J., Hicher, P.Y., 2002. me ́canismes de d ́eformation des sols. In: Hicher, P.Y., Shao, J.F. (Eds.), Elastoplasticite ́ des sols et des roches, mod`eles de comportement des sols et des roches 1, Hermes-Lavoisier, pp. 47–89. ↩