High velocity friction data and thermochemical modeling data of smectite-rich STx-1b (vacuum dry, room humidity and water partly saturated)

The dataset is described also in the readme.txt file as follows:rnThe columns are organized as follows:rn Time [milliseconds]: time rn Normal [MPa]: normal stress rn Slip [m]: equivalent displacementrn Vel [m/s]: equivalent tangential velocityrn Shear1 [MPa]: shear stressrn Mu1 []: friction coefficient = shear stress / normal stressrn Thick [mm]: thickness of the gouge layer measured with the low resolution LVDTrn Thick_high [mm]: thickness of the gouge layer measured with the high resolution LVDTrnrnModelsrnSubfolder modelrnEach filename is the experiment’s name and is in .CSV format. The header for all the tables is in a separate file: header.CSV.rnThe columns are organized as follows:rn Time [seconds]: timern U_1 [°C]: temperature in node 1rn U_20 [°C]: temperature in node 20rn Qso [°C/s]: temperature sourcern Qsi1 [°C/s]: temperature sink of reaction 1 (smectite interlayer dehydration) rn Qsi2 [°C/s]: temperature sink of reaction 2 (smectite dehydroxylation)rn U2_1 [MPa]: pressure in node 1rn U2_20 [MPa]: pressure in node 20rn Thpress [Pa/s]: pressure source for thermal pressurizationrn Omega1 [Pa/s]: pressure source for reaction 1 (smectite interlayer dehydration)rn Omega2 [Pa/s]: pressure source for reaction 2 (smectite dehydroxylation)rn R1_1 []: reacted fraction for reaction 1 (smectite interlayer dehydration)rn* R2_1 []: reacted fraction for reaction 2 (smectite dehydroxylation)