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<---This README uses Markdown syntax---> Provenance for this README -------------------------- * File name: README_Dataset-Geometry_Rheology_v1.0.0.md * Authors: Uddalak Biswas * Other contributors: Atin Kumar Mitra, Nibir Mandal * Date created: 2023-04-17 * Date modified: 2023-05-08 Dataset Version and Release History ----------------------------------- * Current Version: * Number: 1.0.0 * Date: 2023-05-08 * Persistent identifier: DOI: 10.5061/dryad.3r2280gmv * Summary of changes: n/a Dataset Attribution and Usage ----------------------------- * Dataset Title: Data depository of manuscript titled "Wall Fracturing versus Mechanical Instability as Competing Intrusion Mechanisms of Dikes: Insights from Laboratory Experiments " * Persistent Identifier: https://doi.org/10.5061/dryad.3r2280gmv * Dataset Contributors: * Creators: Uddalak Biswas, Atin Kumar Mitra, Nibir Mandal * Date of Issue: 2023-05-08 * License: CC0 1.0 Universal (CC0 1.0) Public Domain Dedication * Citation: Biswas, Uddalak; Mitra, Atin Kumar; Mandal, Nibir (2023), Data for: Wall fracturing versus mechanical instability as competing intrusion mechanisms of dikes: Insights from laboratory experiments, Dryad, Dataset, https://doi.org/10.5061/dryad.3r2280gmv Contact Information ------------------- * Name: Uddalak Biswas (https://orcid.org/0000-0002-3185-3837) * Affiliations: Department of Earth Sciences, Indian Institute of Engineering Science and Tchnology, Shibpur, Howrah, India 711103 * ORCID ID: https://doi.org/10.5061/dryad.3r2280gmv * Email: uddalakbiswashriku@gmail.com Acknowledgements ---------------- Authors acknowledges AntonPaar for their laboratory facility in measuring rheology of the experimental materials. Files Overview -------------- * File count: Data file: 10, Software files: 3, Supplementary Files: 39 * File formats: .csv, .jpg, .m, .docx * Range of individual file size: 360 B to 3.65 MB ## Table of Content ---------------- >Data files *********** 01. Aspect_Ratios.csv 1.39 kB 02. Frequency_Sweep.csv 1.34 kB 03. IIEST_-_Amplitude_Sweep___DESKTOP-EF5DFLA__10_1_2021___1.csv 1.37 kB 04. IIEST_-_Flow_Curve_Hair_Oil__DESKTOP-EF5DFLA__10_1_2021___1.csv 3.91 kB 05. IIEST_-_Frequency_Sweep___DESKTOP-EF5DFLA__10_1_2021___1.csv 1.22 kB 06. IIEST-Amplitude_Sweep_-_Gel_Wax.csv 1.33 kB 07. Copy_of_Profile_x_y_data_321.csv 16.10 kB 08. Profile_x_y_data_1.csv 4.76 kB 09. Profile_x_y_data_033.csv 12.22 kB 10. Profile_x_y_data_067.csv 15.22 kB 11. README.md 1.74 kB >Software Files *************** 01. boxcount.m 5.86 kB 02. createFit1.m 752 B 03. imgtofractal2D.m 360 B >Supplemental Files ******************* 01. Disc.jpg 319.04 kB 02. Disc_E1.jpg 58.58 kB 03. Disc_E2.jpg 54.78 kB 04. Disc_N1.jpg 67.10 kB 05. Disc_N2.jpg 45.89 kB 06. highest-A.jpg 68.19 kB 07. highest-AT.jpg 57.52 kB 08. lowest-A.jpg 71.54 kB 09. highest-AYZ.jpg 32.70 kB 10. lowest-AT.jpg 59.70 kB 11. lowest-AZ.jpg 28.73 kB 12. oil.jpg 683.26 kB 13. S2-A.jpg 222.14 kB 14. S2-AT.jpg 184.19 kB 15. S3-A.jpg 492.40 kB 16. S4-A.jpg 280.55 kB 17. S4-AT.jpg 199.59 kB 18. S6-AT.jpg 469.40 kB 19. S6.jpg 371.59 kB 20. S7.jpg 493.10 kB 21. S7-AT.jpg 260.92 kB 22. S7-A.jpg 315.22 kB 23. SS_2.jpg 13.56 kB 24. SS_3.jpg 16.79 kB 25. SS_4.jpg 19.65 kB 26. SSPL_1.jpg 12.06 kB 27. SS_5.jpg 20 kB 28. SSPL_2.jpg 13.04 kB 29. SSPL_3.jpg 14.25 kB 30. SSPL_4.jpg 15.14 kB 31. SSPP_1.jpg 11.38 kB 32. SSPP_2.jpg 13.08 kB 33. SSPP_3.jpg 13.71 kB 34. SSPP_4.jpg 14.86 kB 35. Hybrid_mechanism_interface_boundary.jpg 82.34 kB 36. Valley_domoianted_instability_mechanism.jpg 63.40 kB 37. Sharp_ridge_dominated_fracture_mechanism.jpg 71.86 kB 38. Scalling_and_Morphological_clasiification_Table.docx 25.61 kB 39. Supplementary_document.docx 3.65 MB * Recommended software/tools: MATLAB 2023a, Microsoft excel 2021/ Libra Office/ WPS Office, FastStone Image Viewer 7.7. Data Types ---------- Two types of data shapes (a) *Rheology test data*, (b) *Geometrical analysis data for intrusion shapes*. (a) *Rheological test data*: We use two new materials as crustal analog i) Ultrasound Transmission Gel, ii) Gel Wax. and one material i.e., Hair Oil as magma analog. All the materials were taken to laboratory and test for their rheology in a Rheometer (Anton Paar Model# M302e). The data generated from the rheometer were processed in MATLAB. The original RAW datasets for the three materials are included. (b) *Geometrical analysis* To identify the geometry of the intruded magma inside a host quantitavely and eventually infer the intrusion mechanisms from the shapes of the intruded magma we analyse the shapes in terms of Fractal Dimension (box-counting method), Aspect Ratio and Skewness-Kurtosis. The raw data and the used matlab scripts for calculation of the values are attached with the dataset. To work with the provided data sets one can directly use the .csv files to plot or analyse. The shape patterns, generated from the intrution boundary detection using MATLAB, were also attached. One can analyse those figures according to the procedure provided in supplementary documents. For details of analysis please go through the detail supplementary Supplemetary_documents.docx. Aspect Ratio (*α*)= Amplitude of the wave(H)/Half wavelength (L) Sample x,y data was attached which was extracted from the intrusion interface shape treating the as a crusve in *X-Y* space. Description of the Data and file structure ------------------------------------------ Data files ********** 01. Details for: Aspect_Ratios.csv ********************************** * Description: a comma separated values file containing the amplitude of the wave(*H*) and Half wavelength (*L*) values. Also contain aspect ratio (*α*) values calculated from the the ratio of H and L. * Format(s): .csv * Size(s): 01.39 KB * Dimensions: 53 rows x 4 columns * Variables: *Amplitude of the wave(H): Meseared from field and experiment photograph using corel draw *Half wavelength (L):Meseared from field and experiment photograph using corel draw *Aspect Ratio (*α*): Calulated from the ratio between the *H* and *L*. *Nearest lower value: The values were chossen for aspect ratio that is the nearest low value in the interval of 0.5. 02. Details for: Frequency_Sweep.csv ************************************ * Description: a comma separated values file containing the data generated from the rheometer for the experiment model material Ultrasound Transmission Gel (USTG). The detailed procedure of measurment and calculation described in supplementary file# 39. Supplementary_document.docx * Format(s): .csv * Size(s): 01.34 KB * Dimensions: 16 rows x 13 columns * Variables:Temperature, Angular Frequency, Storage Modulus, Loss Modulus, Loss Factor, Shear Strain, Shear Stress, Torque, Complex Viscosity, Complex Shear Modulus, Re(Complex Viscosity). For detailed description and definition of the variables please refer to the supplementary file# 39. Supplementary_document.docx. 03. Details for: IIEST_-_Amplitude_Sweep___DESKTOP-EF5DFLA__10_1_2021___1.csv ***************************************************************************** * Description: a comma separated values file containing the data generated from the rheometer in case of *USTG*. For the detailed procedure of measurment and calculation of Amplitude frequency test refer to supplementary file# 39. Supplementary_document.docx * Format(s): .csv * Size(s): 01.37 KB * Dimensions: 26 rows x 09 columns * Variables: Shear Strain, Shear Stress, Storage Modulus, Loss Modulus, Loss Factor, Temperature, Torque. For detailed description and definition of the variables please refer to the supplementary file# 39. Supplementary_document.docx. 04. Details for: IIEST_-_Flow_Curve_Hair_Oil__DESKTOP-EF5DFLA__10_1_2021___1.csv ******************************************************************************** * Description: a comma separated values file containing the data generated from the rheometer for another model material magma. For the detailed procedure of measurment and calculation of flow curve test refer to supplementary file# 39. Supplementary_document.docx * Format(s): .csv * Size(s): 03.91 KB * Dimensions: 97 rows x 06 columns *Variables: Shear Rate, Shear Stress, Viscosity, Temperature, Rotational, Speed, Torque. For the detailed procedure of measurment and calculation of flow curve test refer to supplementary file# 39. Supplementary_document.docx 05. Details for: IIEST_-_Frequency_Sweep___DESKTOP-EF5DFLA__10_1_2021___1.csv * Description: a comma separated values file containing the data generated from the rheometer for the experiment model material Gel Wax. The detailed procedure of measurment and calculation described in supplementary file# 39. Supplementary_document.docx * Format(s): .csv * Size(s): 01.22 KB * Dimensions: 15 rows x 12 columns * Variables:Temperature, Angular Frequency, Storage Modulus, Loss Modulus, Loss Factor, Shear Strain, Shear Stress, Torque, Complex Viscosity, Complex Shear Modulus, Re(Complex Viscosity). For detailed description and definition of the variables please refer to the supplementary file# 39. Supplementary_document.docx. 06. Details for: IIEST-Amplitude_Sweep_-_Gel_Wax.csv **************************************************** * Description: a comma separated values file containing the data generated from the rheometer in case of Gel Wax. For the detailed procedure of measurment and calculation of Amplitude frequency test refer to supplementary file# 39. Supplementary_document.docx * Format(s): .csv * Size(s): 01.33 KB * Dimensions: 26 rows x 08 columns * Variables: Shear Strain, Shear Stress, Storage Modulus, Loss Modulus, Loss Factor, Temperature, Torque. For detailed description and definition of the variables please refer to the supplementary file# 39. Supplementary_document.docx. Details for 07. Copy_of_Profile_x_y_data_321.csv, 08. Profile_x_y_data_1.csv, 09. Profile_x_y_data_033.csv, 10. Profile_x_y_data_067.csv **************************************************************************************************************************************** * Description: a comma separated values file containing x and y data for interface boundary between the host and the intruded melt. For calculation of skewness and kurtosis of the wave in the XY space. Refer to supplementary file# 39 for measurement and calculation. * Format(s): .csv * Size(s): 16.10, 4.76, 12.22, 15.22 KB * Dimensions: (848, 251, 644, 802) rows x 02 columns * Variables: x_data: position values of the interface in X- direction, y_data: position values of the interface in Y- direction. The interface is a curve line in the X-Y space. These values are used to calculate the Skewness and Kurtosis of the curve. Software files ************** 01. Details for boxcount.m ************************** * Description: A matlab script file for the function 'boxcount' that can be used to calculate 1D, 2D, 3D fractal dimension using boxcounting method. For detailed procedure please refer to http://www.fast.u-psud.fr/~moisy/ml/boxcount/html/demo.html * Format(s): .m * Software(s): MATLAB 2023a (*can be opened in lower versions also*) * Size: 5.86 KB 02. Details for createFit1.m **************************** * Description: A matlab script file containing a function for ploting data with a specific required properties * Format(s): .m * Software(s): MATLAB 2023a (*can be opened in lower versions also*) * Size: 752 B 03. Details for imgtofractal2D.m ******************************** * Description: A matlab script file of a function named as "imgtofractal2D" that can be used to calculate fraction dimension a 2D matrix/ 2D image. * Format(s): .m * Software(s): MATLAB 2023a (*can be opened in lower versions also*) * Size: 360 B Supplemental Files ****************** Details of 01. to 34. ******************** *Description: All the image files containing 2D image of interface bounderies between the host and intruded magma that can be processed to calculate the fractal dimension using the 'imgtofractal2D' function. The 'boxcount' function is also needed along side with the said function. *Format(s): .jpg *Sofware(s): FastStone Image Viewer 7.7 and MATLAB Details of 01. to 34. ******************** *Description: Sample image files that were used to calculate the skewness an kurtosis. Format(s): .jpg Sofware(s): FastStone Image Viewer 7.7and MATLAB Details of 38. Scalling_and_Morphological_clasiification_Table.docx ******************************************************************* *Description: The word document contains scalling properties and their values. Also, morphological classification of the melgt geometry. Format(s): .docs *Softwares: Microsoft word, WPS office *Size: 25.61 kB 39. Supplementary_document.docx ******************************* *Descriptions: Detailed descriptions of the processes and methods used in calculations and data production regarding the manuscript. Format(s): .docs *Softwares: Microsoft word, WPS office *Size: 3.65 MB ----------------------------------------------------------------- END OF README

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