Title

Stability conditions for the persistence, disruption and decay of two-dimensional dissipative three-mode patterns in moderately extended nonlinear systems and comparisons with simulations

Abstract

The canonical equations for evolution of the amplitude order parameters describing the nonlinear development and persistence of two-dimensional three-mode spatial patterns generated by Turing instability in dissipative systems are considered. The stability conditions for persistent hexagonal patterns are generalized, and the conditions under which patterns are either disrupted, exhibit bounded quasiperiodic or chaotic behavior, or decay under nonlinear evolution are derived. These conditions are applied to the specific three-mode amplitude evolution equations derived for the Schnackenberg model and a delay predator-prey system in Chapter 3. Numerical results are presented for the persistence, disruption and decay of pattens in these systems, including fairly detailed comparisons with simulation results for the Schnackenberg model.

Publication Date

12-1-1997

Publication Title

Advances in Fluid Mechanics

Volume

12

Number of Pages

43-91

Document Type

Article

Personal Identifier

scopus

Socpus ID

0031366590 (Scopus)

Source API URL

https://api.elsevier.com/content/abstract/scopus_id/0031366590

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