무기체계 운영유지비 산출을 통한 RAM-C 성장관리 연구 (A Study on RAM-C Growth Management by Calculating Operation and Maintenance Cost of Weapon System)

서지정보

· 발행기관 : 한국신뢰성학회
· 수록지 정보 : 신뢰성 응용연구 / 21권 / 2호 / 155 ~ 163페이지
· 저자명 : 김경록, 이기원, 정준, 차종한

초록

Purpose: This study aims to realize RAM-C growth management by calculating the operation and maintenance costs of a weapon system.
Methods: Considering the operation and maintenance costs of a weapon system to be the future estimates for the cost incurred in the operation and maintenance phase, the most appropriate simulation technique is applied. A simulation is designed to analyze the logistics of the weapon system based on the operation and maintenance concepts, and the outputs include the number of hours of operation and maintenance, spare part consumption, and ETC. The operation and maintenance costs are calculated by incorporating them in the formula for each item of the cost structure according to the corresponding simulation results. RAM-C growth management is analyzed for each stage of the weapon system design to ensure the maximum reliability and minimum cost.
Results: RAM-C growth management of a weapon system can be examined by calculating the operation and maintenance costs through a simulation technique and hybrid model calculation method based on normalization.
Conclusion: The proposed method can facilitate the examination of RAM-C growth management in terms of the total life cycle cost, in contrast to the existing RAM growth management technique that is centered on the life/performance of weapon systems.

영어초록

Purpose: This study aims to realize RAM-C growth management by calculating the operation and maintenance costs of a weapon system.
Methods: Considering the operation and maintenance costs of a weapon system to be the future estimates for the cost incurred in the operation and maintenance phase, the most appropriate simulation technique is applied. A simulation is designed to analyze the logistics of the weapon system based on the operation and maintenance concepts, and the outputs include the number of hours of operation and maintenance, spare part consumption, and ETC. The operation and maintenance costs are calculated by incorporating them in the formula for each item of the cost structure according to the corresponding simulation results. RAM-C growth management is analyzed for each stage of the weapon system design to ensure the maximum reliability and minimum cost.
Results: RAM-C growth management of a weapon system can be examined by calculating the operation and maintenance costs through a simulation technique and hybrid model calculation method based on normalization.
Conclusion: The proposed method can facilitate the examination of RAM-C growth management in terms of the total life cycle cost, in contrast to the existing RAM growth management technique that is centered on the life/performance of weapon systems.

참고자료

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