무기체계 연구개발단계에서의 체계적인 FMEA 실행 방법

다국어 초록 (Multilingual Abstract)

Purpose: This paper proposes methods and procedures to effectively identify and select potential failure modes in the performance of faliure mode and effect analysis (FMEA). Specifically, a method is proposed to perform FMEA with emphasis on deriving failure mechanisms.
Methods: The failure mechanism is known for a design change or improvement preventing recurrence and proactive. Therefore, it is important in designing FMEA to derive failure mechanisms and potential failure modes. This paper presents methods and procedures to derive failure mode and failure mechanism by analyzing past failure cases, usage/environmental condition parts (material), and interaction.
Results: The effective design FMEA implementation procedure in the inorganic system development phase was described through the design FMEA practice case for antenna circuit card assembly and HL motor assembly among the drives used in induction weapon systems.
Conclusion: The effectiveness of new identification of failure modes can be identified that the existing FMEA had not predicted by applying the proposed effective FMEA implementation methods and procedures to the weapon system development model.

목차 (Table of Contents)

• 1. 서론
• 2. 무기체계 개발프로세스에서의 FMEA 적용
• 3. 무기체계 개발에서 체계적 FMEA 실시방법
• 4. 무기체계 DFMEA 실시 사례
• 5. 결론
• References

참고문헌 (Reference)

1 조희진, "레이더장비에 적용되는 통신 IC 소비전력 개선을 통한 회로카드조립체 품질 향상에 관한 연구" 한국산학기술학회 19 (19): 1-6, 2018

2 이영우, "군수품 정부품보활동계획에 FMEA 분석결과의 적용방안 및 적용결과의 고찰" 한국산학기술학회 17 (17): 252-258, 2016

3 최세근, "국방 선행연구단계에서 안전분석 기법 FTA/FMEA의 활용을 통한 핵심요소의 결정" 한국산학기술학회 19 (19): 50-61, 2018

4 문근환, "고체 로켓 추진 기관의 신뢰성 분석을 위한 준-정량적 FMECA" 대한기계학회 39 (39): 631-638, 2015

5 "Quality System Requirements, QS-9000"

6 "Quality Assurance in the Process Landscape, Quality Management in the Automobile Industry Vol. 4"

7 "Procedures for Performing a Failure Mode, Effects and Criticality Analysis, Military Standard 1629A"

8 "Potential Failure Mode and Effect Analysis (FMEA) Refe- rence Manual"

9 H. J. Hur, "New FMEA application in defense industry company" 729-757, 2019

10 "Military Handbook 338 Electronic Reliability Design Handbook"

11 "MIL-HDBK-338A FMECA Guidelines for Writing"

12 이창희, "K21 보병전투차량에 FMEA 적용을 통한 RPN 평가방법 재정립" 한국품질경영학회 40 (40): 306-315, 2012

13 K. H. Jeong, "Implementing FMEA through multiple points of view" 85-90, 1995

14 S. Mathew, "Identification of failure mechanisms to enhance prognostic outcomes" 12 : 66-73, 2012

15 S. Ganesan, "Identifi- cation and utilization of failure mechanisms to enhance FMEA and FMECA" 2005

16 "ISO/TS16949, FMEA Manual"

17 J. S. Jang, "How to perform FMEA effectively" 25 (25): 156-172, 1997

18 P. Luthra, "FMECA: an integrated approach" 235-241, 1991

19 "FMECA Guidelines for Writing, MIL-STD-1629A"

20 김진호, "FMEA를 통한 공중발사 로켓, 미리내Ⅱ의 신뢰성 설계" 한국항공우주학회 36 (36): 1193-1200, 2008

21 J. P. Lee, "FMEA for solid rocket propulsion system" 25-26, 2012

22 "FMEA Handbook with Robustness Linkage, FMEA hand- book version 4.2"

23 "FMEA Handbook with Robustness Linkage, FMEA hand- book version 4.1"

24 J. C. Kim, "Application of D-FMEA to improve design quality in weapons system" The Korean Operations Res. and Manage. Sci. Soc 5640-5659, 2016

25 B. Denson, "An effective and systematic design FMEA approach" 1-6, 2014

26 R. D. Sexton, "An alternative method for preparing FMECA’s" 222-225, 1991

27 L. Wang, "A method of testability analysis and design based on FMEA extension" 361-367, 2017