Parusimova N.I., Shestakova E.V.
SUBSTANTIAL ASPECTS OF THE MOTIVATIONAL MECHANISM OF SELF-ORGANIZATION OF THE INDUSTRIAL ENTERPRISE ^{[№ 11 ' 2014]}
The article covers the basics of motivational mechanism of self-organization, as one of the structural components of the integrated mechanism of self-development of the industrial enterprise. The content of the elements of the motivational mechanism is opened: subjects, objects, objectives, principles, methods, tools and resources. The сlassification of methods of the motivational mechanism on different grounds is presented. On the basis of the marked-out features of development of the enterprise at various stages of process of self-organization the essence of methods and tools of the mechanism of motivation is opened.

Shestakova E.V.
METHODOLOGICAL FRAMEWORK FOR ASSESSMENT STAGE OF ENTERPRISE DEVELOPMENT AS SELF-ORGANIZING SYSTEM ^{[№ 4 ' 2014]}
This article is devoted to the formation of methodology for assessing the stage of enterprise development as a self-organizing micro-system. Method of dynamic norms is offered as a management tool for self-organizing systems. Variants of management actions depending on the coefficient of self-organization and stage of companies' development have been developed.

Shestakova E.V.
THEORY OF SELF-ORGANIZATION: FROM ANCIENT BELIEFS TO THE IDEAS OF EVOLUTIONARY ECONOMICS ^{[№ 13 ' 2012]}
This article is devoted to the theoretical study of the concepts of self-organization evolution: from dialectical views of Eastern and ancient philosophy to modern trends of economic evolution. As a result, temporary stages in the evolution of views on problems of complex systems of different nature have been allocated and key problems in the study of mechanisms of self-organization of social and economic systems have been outlined.

Shestakova Zh.V., Shashok A.V.
FORECASTING OF ADHESIVE WEAR OF FACE MILLS ^{[№ 10 ' 2004]}
Physical-probabilistic model of adhesive wear process of cutter during operations of face milling are regarded in this article. There is offered calculation meaning of face mills durability according to criteria of maximum permissible wear of cutter back surface for different combinations of processed and instrumental materials according to cutting regimes. The experimental checking of this model was realized.