Data underlying the publication: Size does matter: Effect of grain size distribution on the frictional behavior of simulated carbonate fault gouge
DOI:10.4121/ae67520c-2a3a-4946-805e-51abd1d61165.v1
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For a link that will always point to the latest version, please use
DOI: 10.4121/ae67520c-2a3a-4946-805e-51abd1d61165
DOI: 10.4121/ae67520c-2a3a-4946-805e-51abd1d61165
Datacite citation style
Kane, Entela; Anne Pluymakers; André R Niemeijer (2025): Data underlying the publication: Size does matter: Effect of grain size distribution on the frictional behavior of simulated carbonate fault gouge. Version 1. 4TU.ResearchData. dataset. https://doi.org/10.4121/ae67520c-2a3a-4946-805e-51abd1d61165.v1
Other citation styles (APA, Harvard, MLA, Vancouver, Chicago, IEEE) available at Datacite
Dataset
This dataset includes:
- A series of experiments was conducted at the rotary shear apparatus in the HPT Laboratory at Utrecht University.
- A Python notebook that generates all the plots associated with the manuscript: Size does matter: Effect of grain size distribution on the frictional behavior of simulated carbonate fault gouge
History
- 2025-08-04 first online, published, posted
Publisher
4TU.ResearchDataFormat
script/.py , data/.txtFunding
- MIRIS: Minimizing the risk of induced seismicity associated with geothermal energy in fractured reservoirs (grant code 18816) NWO
Organizations
TU Delft, Faculty of Civil Engineering and Geosciences, Department of Geoscience and Engineering, Applied Geophysics and PetrophysicsUtrecht University, Faculty of Geosciences, Department of Earth Sciences, HPT Laboratory
DATA
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32e9a412ba0a8f32f3b475632cbf8879r387-LMST-1-10MPa_DIwater_time.txt - 55,707,518 bytesMD5:
bd312ca8cb46ae89b6ed95f2fedab6e8r428-LMST-1-10MPa_DIwater_displacement.txt - 55,640,000 bytesMD5:
48fcf59f318f4d788276be0f00c48ea3r428-LMST-1-10MPa_DIwater_friction.txt - 56,613,557 bytesMD5:
c47091952be5ca96477ade5191ca23dar428-LMST-1-10MPa_DIwater_instron_position.txt - 55,640,000 bytesMD5:
df5afcbf56d59234b78b75f463090fe0r428-LMST-1-10MPa_DIwater_normal_stress.txt - 56,141,005 bytesMD5:
134f86610d250037ea1d7794961de665r428-LMST-1-10MPa_DIwater_porefluid1_stress.txt - 55,647,377 bytesMD5:
1e894d19ec38b786afb289acef462098r428-LMST-1-10MPa_DIwater_porefluid2_stress.txt - 55,640,000 bytesMD5:
8c42c869648d01ef4a9f22a7721a8bd7r428-LMST-1-10MPa_DIwater_shear_stress.txt - 55,640,000 bytesMD5:
39cc5d5f65a3b3047e832a68f26f7d78r428-LMST-1-10MPa_DIwater_shear_velocity.txt - 55,640,000 bytesMD5:
5460a84d69fe58b139d5da8b8f8d960dr428-LMST-1-10MPa_DIwater_time.txt - 49,400,089 bytesMD5:
c692c7348ca33d0c74b3646486e2e9f0r431-LMST-1-10MPa_DIwater_displacement.txt - 49,400,000 bytesMD5:
64514c77c9d2899e0800f758294862c8r431-LMST-1-10MPa_DIwater_friction.txt - 49,400,000 bytesMD5:
7611c89e4c7747487133fec37454482cr431-LMST-1-10MPa_DIwater_instron_position.txt - 49,400,000 bytesMD5:
b96a1ecc7c82ba351b61a3faad736cb1r431-LMST-1-10MPa_DIwater_normal_stress.txt - 50,114,416 bytesMD5:
32e71b0386f1db17a9b9327769dbc2d8r431-LMST-1-10MPa_DIwater_porefluid1_stress.txt - 49,400,023 bytesMD5:
6c89b22b4f52ab47a0e34c9e1e293eb9r431-LMST-1-10MPa_DIwater_porefluid2_stress.txt - 49,400,000 bytesMD5:
80dff8fd557b96a79400c7464f0a8456r431-LMST-1-10MPa_DIwater_shear_stress.txt - 49,400,000 bytesMD5:
557effc7bb0b7be44e5176e1d8acd728r431-LMST-1-10MPa_DIwater_shear_velocity.txt - 49,400,000 bytesMD5:
95ffef8569b8f4f88b6702f55f9b9d46r431-LMST-1-10MPa_DIwater_time.txt -
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9,973,261,179 bytes unzipped
