Rock Surface Roughness Determination: Matlab scripts of evaluation algorithms and original scanned surfaces

Marsch, Kristofer

Generic Research Data

Rock Surface Roughness Determination: Matlab scripts of evaluation algorithms and original scanned surfaces

Marsch, Kristofer

FG Ingenieurgeologie

There exist many mathematical approaches for the determination of surface roughness in the context of rock engineering. Unfortunately, in most publications on that topic the evaluation algorithms are not fully disclosed. This makes it almost impossible to reproduce and verify prior findings. Even achieving an acceptable accordance is labour-intensive. Therefore, this data submission offers some statistical and fractal algorithms readily implemented as Matlab scripts for further use. This enables interested parties to fully retrace the findings of the study. Additionally, all six surface scans used in the study are also available here, accompanied by the ready-for-use over 40,000 profile traces from them.

compass walking FFT spectral analysis RMS correlation box counting Z2 statistical roughness parameter fractal roughness parameter shear strength JRC joint roughness coefficient Barton-criterion

stat_selec.m

Unknown — 1.08 KB

Matlab script - calculate some statistical textural parameters

taper4fft.m

Unknown — 663 B

detrendint.m

Unknown — 1.19 KB

Matlab script - detrending profile (simple detrending)

frac_modbox.m

Unknown — 2.29 KB

frac_rmscor.m

Unknown — 1.42 KB

Matlab script - calculate Hurst exponent and asperity measure using RMS-correlation

sample_B.ply

Unknown — 68.4 MB

surface representation of a basalt tension fracture

sample_B_profiles.mat

Unknown — 7.07 MB

all profiles ready-for-use from sample B

sample_G.ply

Unknown — 59.86 MB

surface representation of a granite tension fracture

sample_G_profiles.mat

Unknown — 5.57 MB

all profiles ready-for-use from sample G

sample_K.ply

Unknown — 86.24 MB

surface representation of a limestone tension fracture

sample_K_profiles.mat

Unknown — 6.53 MB

all profiles ready-for-use from sample K

sample_SF.ply

Unknown — 68.39 MB

surface representation of a schist tension fracture

sample_SF_profiles.mat

Unknown — 5.75 MB

all profiles ready-for-use from sample SF

sample_SI.ply

Unknown — 71.25 MB

surface representation of a fine-grained sandstone tension fracture

sample_SI_profiles.mat

Unknown — 5.48 MB

all profiles ready-for-use from sample SI

sample_SS.ply

Unknown — 65.47 MB

surface representation of a medium-grained sandstone tension fracture

sample_SS_profiles.mat

Unknown — 5.52 MB

all profiles ready-for-use from sample SS

frac_comp.m

Unknown — 2.8 KB

Matlab script - calculate fractal compass dimension

frac_modbox.m

Unknown — 2.29 KB

Matlab script - calculate modified fractal box dimension

README.md

Markdown — 958 B

taper4fft.m

Unknown — 663 B

Matlab script - detrending profile (vertical adjustment)

Is Supplement To

10.1007/s00603-020-02348-0

This data is supplementary material for a study submitted to "Rock Mechanics Rock Engineering" journal under the title “Comparative evaluation of statistical and fractal approaches for JRC calculation based on a large dataset of natural rock traces” (Marsch K, Fernandez-Steeger TM 2020).

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Version History

Now showing 1 - 2 of 2

Version	Date	Summary
3	2021-02-04 15:13:27	Due to publication of the related paper: licence adjustments, improved commenting of the m-files, editing of the ply-files
1	2020-02-04 12:20:15

🆕 Date Issued:	2020-02-01
🗄 Date Available:	2021-02-05