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A Study on Improvement of Nuclear Power Plant Construction System According to Data-centric Design Technique Introduction in Korea

데이터 기반 설계기법 도입에 따른 원전 건설관리체계 개선방향 고찰

Lim, ByungKi;Byon, Sujin
임병기;변수진

  • Received : 2016.02.09
  • Accepted : 2016.03.21
  • Published : 2016.03.31

Abstract

This study is established the data-centric design concept, which is the latest design technique, by analyzing existing study literature for its application on the nuclear power plant industry in Korea. This study investigated the data-centric design cases in the advanced companies and suggests a data-centric design integrated system framework by analyzing the major functions of the commercial 3D CAD system, which is globally used in the plant architect engineering. In order to apply the data-centric design integrated system framework to the nuclear power plant industry in Korea, the main functions of a nuclear power plant design information integrated system framework, which can manage the design products of each EPC step and the related information in integrated way, is suggested by analyzing the supplier design, field design process and field design drawings, which have close relation with the plant Architect Engineering (A/E). It is expected that the result of this study would contribute in the dramatic enhancement in the job efficiency of nuclear power plant design process in Korea.

Keywords

Data-Centric Design System;3D CAD Model;Construction Simulation

References

  1. MPR-2610 revision 2, Application of Advanced Construction Technologies to New Nuclear Power Plant, F4, (2004)
  2. IAEA NUCLEAR ENERGY SERIES, CONSTRUCTION TECHNOLOGIES FOR NUCLEAR POWER PLANTS, No. NP-T-2.5, PP 153, (2011)
  3. IAEA, Construction and commissioning experience of evolutionary water cooled nuclear power plants, TECDOC-1390, IAEA, Vienna (2004)
  4. Naruo Kano, "CONSTRUCTION MANAGEMENT TOOLS USING 3D-CAD, VIRTUAL REALITY, RFID, AND PHOTOGRAPHY TECHNOLOGIES", ISARC, pp430-435, 2006