Solutions to the equations for the evolution of the most common self-organizing systems which were observed, when a solid was deformed, were investigated. Phase patterns were described for a predator-prey self-excited oscillatory system which arose during the evolution of a dislocation-disclination type pair, for an autocatalytic system which was formed of dislocation-vacancy type defects in a localized zone of plastic shear, and for a self-organizing system which was controlled by the fields of elastic stresses and strains in a solid with wave-type plastic deformation.

Numerical Investigation of Self-Organizing Systems that Arise in Plastic Deformation. A.I.Olemskoi, A.V.Khomenko: Izvestiya Vysshikh Uchebnykh Zavedenii Fizika, 1996, 39[6], 3-8 (Russian Physics Journal, 1996, 39[6], 505-9)