Description
This repository contains experimental data from a series of fluid injection-induced shearing tests conducted on Utah FORGE granitoid. The experiments were performed using an aluminum triaxial pressure vessel (TEMCO) apparatus at Pennsylvania State University. The primary aim was to investigate the impact of temperature on fault seismicity and to explore how different pre-stress ratios influence shearing behavior. The data includes results from experiments conducted under varying conditions of temperature, pre-stress ratios, and pore pressure increments. The rock samples used in these experiments were 60-grit granitoid with a single inclined fracture oriented at 60 degrees with respect to the horizontal cross-section. The dataset also includes measurements of normal stiffness at different temperatures and images of the experimental apparatus. The included README file details each experiential setup and outlines which data files represent which experimental conditions.
Resources
| Name | Format | Description | Link |
|---|---|---|---|
| Apparatus Figure.jpg | JPG | Camera photograph of the experimental apparatus. | Open resource |
| Apparatus Schematic.jpg | JPG | Schematic diagram of the experimental apparatus. | Open resource |
| jp-137C-0.8.csv | CSV | Experimental data for fluid injection test at 137 degrees C. Confining pressure and shear stress are held constant. Axial pressure is set so the shear force is 80% of the shear strength. Pore pressure is designed to increase step by step, 0.3MPa/3mins. See "0README.txt" for descriptions of the data columns in this file. | Open resource |
| jp-141C-0.8.csv | CSV | Experimental data for fluid injection test at 141 degrees C. Confining pressure and shear stress are held constant. Axial pressure is set so the shear force is 80% of the shear strength. Pore pressure is designed to increase step by step, 0.3MPa/3mins. See "0README.txt" for descriptions of the data columns in this file. | Open resource |
| jp-78C-0.8.csv | CSV | Experimental data for fluid injection test at 78 degrees C. Confining pressure and shear stress are held constant. Axial pressure is set so the shear force is 80% of the shear strength. Pore pressure is designed to increase step by step, 0.3MPa/3mins. See "0README.txt" for descriptions of the data columns in this file. | Open resource |
| jp-81C-0.8.csv | CSV | Experimental data for fluid injection test at 81 degrees C. Confining pressure and shear stress are held constant. Axial pressure is set so the shear force is 80% of the shear strength. Pore pressure is designed to increase step by step, 0.3MPa/3mins. See "0README.txt" for descriptions of the data columns in this file. | Open resource |
| jp-roomT-0.6.csv | CSV | Experimental data for fluid injection test at room temperature. Confining pressure and shear stress are held constant. Axial pressure is set so the shear force is 60% of the shear strength. Pore pressure is designed to increase step by step, 0.3MPa/3mins. See "0README.txt" for descriptions of the data columns in this file. | Open resource |
| jp-roomT-0.7.csv | CSV | Experimental data for fluid injection test at room temperature. Confining pressure and shear stress are held constant. Axial pressure is set so the shear force is 70% of the shear strength. Pore pressure is designed to increase step by step, 0.3MPa/3mins. See "0README.txt" for descriptions of the data columns in this file. | Open resource |
| jp-roomT-0.8-2.csv | CSV | Experimental data for fluid injection test at room temperature. Confining pressure and shear stress are held constant. Axial pressure is set so the shear force is 80% of the shear strength. Pore pressure is designed to increase step by step, 0.3MPa/3mins. See "0README.txt" for descriptions of the data columns in this file. | Open resource |
| jp-roomT-0.8-3.csv | CSV | Experimental data for fluid injection test at room temperature. Confining pressure and shear stress are held constant. Axial pressure is set so the shear force is 80% of the shear strength. Pore pressure is designed to increase step by step, 0.3MPa/3mins. See "0README.txt" for descriptions of the data columns in this file. | Open resource |
| jp-roomT-0.8-4.csv | CSV | Experimental data for fluid injection test at room temperature. Confining pressure and shear stress are held constant. Axial pressure is set so the shear force is 80% of the shear strength. Pore pressure is designed to increase step by step, 0.3MPa/3mins. See "0README.txt" for descriptions of the data columns in this file. | Open resource |
| jp-roomT-0.8.csv | CSV | Experimental data for fluid injection test at room temperature. Confining pressure and shear stress are held constant. Axial pressure is set so the shear force is 80% of the shear strength. Pore pressure is designed to increase step by step, 0.3MPa/3mins. See "0README.txt" for descriptions of the data columns in this file. | Open resource |
| normal stiffness data-141.csv | CSV | This file contains normal stiffness measurement data at 141 degrees C. See "0REAME.txt" for descriptions of data columns. | Open resource |
| normal stiffness data-81.csv | CSV | This file contains normal stiffness measurement data at 81 degrees C. See "0REAME.txt" for descriptions of data columns. | Open resource |
| normal stiffness data-roomT.csv | CSV | This file contains normal stiffness measurement data at room temperature. See "0REAME.txt" for descriptions of data columns. | Open resource |
| 0README.txt | Text | This file explains each experimental setup and the test conditions for each run, lists each file in this repository and details the relevant experimental conditions for each, and defines the columns in the CSV files. | Open resource |