Abstract
A significant number of different types of structural damages to structural materials, as well as all kinds of scenarios for their accumulation up to destruction, require not only the use of a significant arsenal of experimental methods of theoretical materials science and molecular physics, but also the development of corresponding mathematical models. These models perform two functions. On the one hand, they make it possible to give a reasonable interpretation of complex processes, and on the other hand, to give a forecast of the evolution of the material under specific operating conditions. Some features of describing the processes of degradation and destruction of materials, based on kinetic approaches are considered.
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