Environmental Data: Sub-Rayleigh to supershear fracture transition in ...

Keywords:
CRACK PROPAGATION
CRACK SPEED
DRY-SNOW AVALANCHE
SNOW
WEAK LAYER
Keywords:
CRACK PROPAGATION
CRACK SPEED
DRY-SNOW AVALANCHE
SNOW
WEAK LAYER

Description

This dataset contains the experimental results described in Bergfeld et al. (2025). It includes three Propagation Saw Test (PST) experiments, each approxim...

Citation

Bergfeld, B., van Herwijnen, A. (2025). Sub-Rayleigh to supershear fracture transition in long Propagation Saw Tests. EnviDat. https://www.doi.org/10.16904/envidat.679.

Resources

  • img_ref.tif

    reference frame used for Digital image correlation of the video of PST1

    img_ref.tif

  • PST1_full.nc

    netCDF file of dispalcement and strain measurement of PST1 in full view perspective.

    PST1_full.nc

  • PST2_full.nc

    netCDF file of dispalcement and strain measurement of PST2 in full view perspective.

    PST2_full.nc

  • PST3_full.nc

    netCDF file of dispalcement and strain measurement of PST3 in full view perspective.

    PST3_full.nc

  • PST2_closeup.nc

    netCDF file of dispalcement and strain measurement of PST2 in closeup view.

    PST2_closeup.nc

  • PST3_closeup.nc

    netCDF file of displacement and strain measurement of PST3 in closeup view.

    PST3_closeup.nc

  • 202101191100.SimpleProfile.caaml

    manual profile taken next to the PSTs. Open the caaml-file using niviz.org

    202101191100.SimpleProfile.caaml

  • 202101191100.SimpleProfile.pkl

    pickled version of the manual profile. read into python with pickle. E.g. given the density is used in plotting scripts.

    202101191100.SimpleProfile.pkl

  • snowprofile_87828_de.pdf

    pdf Version of the manual profile taken next to the PSTs

    snowprofile_87828_de.pdf

  • Emod_parametrizations.py

    Emodul parametrizations for snow. Some functions from this script are imported from the plotting scripts.

    Emod_parametrizations.py

  • models.py

    Some functions from this script are imported from the plotting scripts.

    models.py

  • fig2.ipynb

    Jupyter script to load the netcdf files and reproduce Figure 2 from the related publication.

    fig2.ipynb

  • fig3.ipynb

    Jupyter script to load the netcdf files and reproduce Figure 3 from the related publication.

    fig3.ipynb

  • fig4.ipynb

    Jupyter script to load the netcdf files and reproduce Figure 4 from the related publication.

    fig4.ipynb