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has been cited by the following article:

• TITLE: Study on Simulation of Foreshock Activity Properties before Strong Earthquake Using Heterogeneous Cellular Automata Models

  AUTHORS: Meng Li, Feng Yang, Tao Zhang

  KEYWORDS: Cellular Automata Model; Simulation; Heterogeneity; Foreshock Activity

  JOURNAL NAME: International Journal of Geosciences, Vol.5 No.3, March 27, 2014

  ABSTRACT: Three different degrees of heterogeneous fault models are simulated by using 2-D random dynamic cellular automata models for analyzing macroscopic behaviors of seismic activity evolution influenced by heterogeneity of fault structures. The results show that the heterogeneities of fault structures can influence evolution properties of the foreshock activity and rupture process, such as the mediate heterogeneous and less heterogeneous structures, which show relatively higher ASR rates and more significant seismic gaps before main shocks. Besides, stress drop distribution ranges of the foreshock events when approaching a main shock show more homogenous (narrower) than that of the foreshock events far from a main shock. So the heterogeneity of fault structures plays an important role in strong earthquake preparation processes.