Concept of the use of ontological model in nuclear power to manage the life cycle of a complex engineering object during the construction phase

V.A. Ekimovskaya, I.A. Barsukov, A.A. Ekimenko, S.L. Litvin, A.I. Sotsky, M.G. Zhabitsky

Abstract


This article considers the concept of using an ontological model and a digital double to manage the life cycle of a complex engineering object (SIS) at the design and construction stage. Emphasis is placed on the problem of increasing construction lead times due to the lack of a single end-to-end management process. The life cycle stages of SIS, including design, construction and installation work (CTP) and commissioning (PDP), have been considered. Key players in the process, planning structure and transformation of input data into output results are described. The results of research work should be the concept of ontological model, technical task for its development on the basis of functional and non-functional requirements to the system, as well as a ready ontological model with customized relationships.

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