Dataset of hydraulic aperture and effluent element concentrations over time
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Numerical results presented in the article "Modelling of dissolution-induced permeability evolution of a granite fracture under crustal conditions". <br><br>File name: 1D_model_time_outflow_1.csv<br>Shown in Figure 6 and Figure 7<br>Initial contact area ratio R<sub>c0</sub>: 1.95%; <br>Initial mean mechanical aperture b<sub>m0</sub>: 9.12082 micro;<br><br>File name: 1D_model_time_outflow_2.csv<br>Shown in Figure 8(a)<br>Initial contact area ratio R<sub>c0</sub>: 1.90%; <br>Initial mean mechanical aperture b<sub>m0</sub>: 9.1147 micro;<br><br>File name: 1D_model_time_outflow_3.csv<br>Shown in Figure 8(a)<br>Initial contact area ratio R<sub>c0</sub>: 2.0%; <br>Initial mean mechanical aperture b<sub>m0</sub>: 9.1208 micro;<br><br>File name: 1D_model_time_outflow_4.csv<br>Shown in Figure 8(b)<br>Initial contact area ratio R<sub>c0</sub>: 1.95%; <br>Initial mean mechanical aperture b<sub>m0</sub>: 8.1047 micro;<br><br>File name: 1D_model_time_outflow_5.csv<br>Shown in Figure 8(b)<br>Initial contact area ratio R<sub>c0</sub>: 1.95%; <br>Initial mean mechanical aperture b<sub>m0</sub>: 10.1309 micro;<br>
