NUMERICAL SIMULATION OF SPATIOTEMPORAL DISTRIBUTION
OF SHEAR STRAIN WITH STEEP DROP OF Z-SHAPED FAULT SYSTEM
1)College of Mechanics and Engineering, Liaoning Technical University, Fuxin 123000
2)Laboratory of Earthquake Dynamics, Institute of Geology, CEA, Beijing 100029
Abstract The spatiotemporal distribution of the shear strain with steep drop is modeled numerically for a rock sample with a Zshaped fault by use of FLAC3D. Nine parameters related to shear strain with steep drop and released energy are calculated at different deformation stages.The results show that the failure and slip at the inflection points provide a possibility of the middle fault sliding, which causes the overall instability of the sample. The parameters related to the shear strain with steep drop reach peak value in the time close to instability and during the process of instability
Wang Xuebin,Ma Bing,Lü Jiaqing et al. NUMERICAL SIMULATION OF SPATIOTEMPORAL DISTRIBUTION
OF SHEAR STRAIN WITH STEEP DROP OF Z-SHAPED FAULT SYSTEM[J]. jgg, 2014, 34(1): 63-67.
Wang Xuebin,Ma Bing,Lü Jiaqing et al. NUMERICAL SIMULATION OF SPATIOTEMPORAL DISTRIBUTION
OF SHEAR STRAIN WITH STEEP DROP OF Z-SHAPED FAULT SYSTEM[J]. jgg, 2014, 34(1): 63-67.
