DEM_Tissue

Simulations of tensional processes which in geophysical context appear in rock mechanics laboratory experiments, mining seismology, and sometimes in inter-plate earthquakes have been performed using the Discrete Element Method. This dataset provides outputs of the simulations and software (Python and GMT scripts) used for simulation data analysis. The dataset includes raw data providing microscopic inside into state of the numerical sample subjected to stretching, data describing macroscopic parameters, like internal energy, elastic energy, etc. and some parametric (macroscopic) data related to breaking process. The detailed description of data can be found in the REDAME file accompanying the data files. The detailed description of this simulation can be found in W. Debski, P.Klejment, Earthquake physics beyond the linear fracture mechanics- a discrete approach, Philosophical Transaction A. (2020) and in W. Debski, S. Pradhan, A. Hansen, Variation of elastic energy prior to a material failure - the DEM analysis, Frontiers in Physics (in preparation)