HM-B Experiment at Mont Terri URL (Experimental Data and Numerical Models)

The "HM-B experiment" folder contains the measured pore pressure data during the overcoring experiement presented in K. Khaledi, H. Hamdi, L. Winhausen, M. Jalali and F. Amann, "Hydro-Mechanical Coupled Analysis of an Overcoring Experiment in Opalinus Clay- Part 1: Experimental Results", which has been submitted for possible publication in Journal of Geophysical Research, Solid Earth. The "Numerical_Simulation" folder contains the setup and the results of the numerical models presented in K. Khaledi, H. Hamdi, L. Winhausen, M. Jalali and F. Amann, "Hydro-Mechanical Coupled Analysis of an Overcoring Experiment in Opalinus Clay- Part 2: Numerical Simulation", which has been submitted for possible publication in Journal of Geophysical Research, Solid Earth. The files "tunnel_Sat.i, tunnel_Sat.e and Mont_Terri.msh" are related to the large scale model. The files "overcoring11_Sat.i, overcoring11_Sat.e and overcoring2.msh" are related to the overcoring FE model with one-phase fluid (Scenario 1). The files "overcoring11_unsat3.i, overcoring11_unsat3.e and overcoring2.msh" are related to the overcoring FE model with two-phase fluid (Scenario 2). The files "overcoring11.i, overcoring11.e and overcoring2.msh" are related to the overcoring FE model with cavitation effects (Scenario 3).

HM-B实验（HM-B experiment）文件夹收录了K. Khaledi、H. Hamdi、L. Winhausen、M. Jalali与F. Amann已投稿至《地球物理研究杂志·固体地球卷》（Journal of Geophysical Research, Solid Earth）待刊的论文《欧帕林努斯黏土中套芯应力解除实验的流固耦合分析——第1部分：实验结果》（Hydro-Mechanical Coupled Analysis of an Overcoring Experiment in Opalinus Clay- Part 1: Experimental Results）中提及的套芯应力解除实验（overcoring experiment）过程中的实测孔隙压力数据。
"Numerical_Simulation"文件夹收录了上述作者团队已投稿至同期刊待刊的论文《欧帕林努斯黏土中套芯应力解除实验的流固耦合分析——第2部分：数值模拟》（Hydro-Mechanical Coupled Analysis of an Overcoring Experiment in Opalinus Clay- Part 2: Numerical Simulation）中提及的数值模型的配置文件与计算结果。
文件`tunnel_Sat.i`、`tunnel_Sat.e`与`Mont_Terri.msh`对应大尺度数值模型。
文件`overcoring11_Sat.i`、`overcoring11_Sat.e`与`overcoring2.msh`对应单相流体工况（场景1）下的套芯应力解除有限元（Finite Element, FE）模型。
文件`overcoring11_unsat3.i`、`overcoring11_unsat3.e`与`overcoring2.msh`对应两相流体工况（场景2）下的套芯应力解除有限元模型。
文件`overcoring11.i`、`overcoring11.e`与`overcoring2.msh`对应考虑空化效应（cavitation effects）的套芯应力解除有限元模型（场景3）。