| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 1860395 | Physics Letters A | 2013 | 8 Pages |
The effect of phase disorder in external forces introduced into two-dimensional lattices of coupled chaotic pendulums is investigated. As the increase of the disorder, we find complete synchronization between the pendulums in each chain and different periodic synchronized patterns, while the chain remains asynchronous if all driving forces have the same phase. Applying the master stability function method, an analytic solution is given to support the numerical results. All these findings may provide further insight into chaos control and synchronization in nonlinear systems.
► We introduce phase disorder in external forces into two-dimensional lattices of coupled pendulums. ► We find that disorder can induce complete synchronization between the pendulums in each chain. ► The different periodic synchronized patterns are observed. ► Applying the master stability function method, an analytic solution is given to confirm the numerical results.
