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Integration of the Computational Validation Process for Reactor Equipment into a Single Information Space to Create Digital Doppelgangers of Nuclear Energy Facilities

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The outcome of a project to integrate the business-process of computational validation of reactor equipment into a unified information space of an enterprise for the purpose of creating digital doppelgangers… Click to show full abstract

The outcome of a project to integrate the business-process of computational validation of reactor equipment into a unified information space of an enterprise for the purpose of creating digital doppelgangers of nuclear power facilities is reported. The preparation time required for design documentation was reduced by implementing a program link between the Product Lifecycle Management (PLM) and Simulation Process and Data Management (SPDM) systems. A solution is proposed for optimizing the storage and usage of computational data in the High Performance Computing (HPC) infrastructure of OKBM Afrikantov.

Keywords: reactor equipment; doppelgangers nuclear; computational validation; digital doppelgangers; information space; process

Journal Title: Atomic Energy
Year Published: 2020

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