Kanyukov S. I., Arzamastsev S. V., Konovalov A. V., Muizemnek O. Yu. Properties, methods and events of the objects of integrated intelligent computer-aided design system of technological processes of forging on hammers

Abstract: The article provides a formal description of the structure of objects of intelligent computer-aided design system of technological processes of forging on hammers, developed by the Institute of Engineering Science (Ural Branch) of the Russian Academy of Sciences. Particular attention is focused on the system objects, their relations and changing their state under the influence of internal and external control factors. The authors note that each type of forging requires its own subsystem that takes into account all technological features and limitations of the technological process. The first level of integration is in the creation of unified system for all types of design of all standardized forging types. The second level of integration is associated with the embedding of the local system into the general PLM-complex as a one of the software products for the technological pre-production. The article reviews the interaction of properties, methods and events on a specific example of designing of the technological process of a step-shaped shaft. Based on the object-oriented programming technology the authors developed the class-objects of the integrated intellectual computer-aided design system of technological processes of forging on hammers for components of different configurations, implemented the methods and events for designed objects.

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