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이동형 열원발생기의 수송 관점 설계 하중 및 평가 기준 제안

원문정보

Proposal of Design Loads and Evaluation Criteria from a Transportation Perspective for Transporting Heat Generator

이상민, 김정, 임채욱, 전상배, 송미경, 김종원, 이희성

피인용수 : 0(자료제공 : 네이버학술정보)

초록

영어

Microreactors, a type of Small Modular Reactor (SMR) under 20 MWt, are being developed globally for use in remote areas, utilizing fourth-generation nuclear technology for enhanced safety. However, there are no established standards for their commercialization. This study reviews road transport regulations for microreactors and proposes necessary design loads and evaluation criteria for their transport. Transport concepts were identified through a review of overseas developments, with requirements derived for both accident and normal conditions. The study also presents an approach for evaluating transport stability based on land-based nuclear plant regulations, considering load conditions from drops and puncture impacts, as well as random vibrations during road transport. This work aims to support the design of mobile reactor transport systems and contribute to new regulatory and licensing procedures for advanced reactors.

목차

Abstract
1. 서론
2. 해외개발 현황 및 초소형 원자로운영 컨셉
3. 이동형 원자로 대상 수송/사고 하중관련 규정 검토 및 설계 기준 도출
3.1 사고 하중 조건
3.2 정상 하중 조건
3.3 이동형 원자로의 수송 안전성 평가 접근법
3.4 이동형 원자로 대상 수송/사고 하중 및설계 기준 제시안
4. 결론
후기
References

저자정보

  • 이상민 Sangmin Lee. Senior engineer, Green Energy Technology Center, Samsung Heavy Industries
  • 김정 Jung Kim. Senior engineer, Green Energy Technology Center, Samsung Heavy Industries
  • 임채욱 Chewook Yim. Senior engineer, Green Energy Technology Center, Samsung Heavy Industries
  • 전상배 Sangbae Jeon. Senior engineer, Green Energy Technology Center, Samsung Heavy Industries
  • 송미경 Mikyoung Song. Senior engineer, Green Energy Technology Center, Samsung Heavy Industries
  • 김종원 Jongwon Kim. Senior engineer, Green Energy Technology Center, Samsung Heavy Industries
  • 이희성 Heesung Lee. Senior engineer, Green Energy Technology Center, Samsung Heavy Industries

참고문헌

자료제공 : 네이버학술정보

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