In order to monitor temporal and spatial crustal activities associated with earthquakes,
ground-and satellite-based monitoring systems have been installed in China since the …

To investigate the nonlinear spatio-temporal behavior of earthquakes, a complex network
has been built using borehole strain data from the southwestern endpoint of the …

We have made an extensive numerical study of a modified model proposed by Olami, Feder,
and Christensen to describe earthquake behavior. Two situations were considered in this …

Abstract A modified Olami–Feder–Christensen model of self-organized criticality on
generalized Barabási–Albert (GBA) scale-free networks is investigated. We find that our …

Abstract We introduce the Olami–Feder–Christensen (OFC) model on a square lattice with
some “rewired” longrange connections having the properties of small world networks. We …

We study the nonconservative earthquake model on random spatial networks. The spatial
networks are composed of sites on a two-dimensional (2D) plane which are connected …

Abstract A simplified Olami–Feder–Christensen model on a random network has been
studied. We propose a new toppling rule—when there is an unstable site toppling, the …

In this paper, we investigate the effect due to the change of topology structure of network on
the nonlinear dynamical behavior, by virtue of the OFC neuron evolution model with attack …

A two-variable earthquake model on a quenched random graph is established here. It can
be seen as a generalization of the OFC models. We numerically study the critical behavior of …

We consider the earthquake model on a random graph. A detailed analysis of the probability
distribution of the size of the avalanches will be given. The model with different …