Since guided missiles with the characteristics of the one-shot system remain stored throughout their entire life cycle, it is important to maintain their storage reliability until the launch. As part of maintaining storage reliability, period of preventive test is set up to perform preventive periodic test, in this case failure detection rate has a great effect on setting up period of preventive test to maintain storage reliability. The proposed method utilizes failure rate predicted by the software on the basis of MIL-HDBK-217F and failure mode analyzed through FMEA (Failure Mode and Effect Analysis) using data generated from the actual field. The failure detection rate of using the proposed method is applied to set periodic test of the actual guided missile. The proposed method in this paper has advantages in accuracy and objectivity because it utilizes a large amount of data generated in the actual field.

1. 서 론
 2. Martinez 저장 신뢰도 모형
 3. 고려 사항
  3.1 유도탄 특성
  3.2 고장률 분석
  3.3 고장 유형 분석
 4. 유도탄 고장 탐지율 산출 방안
  4.1 고장 탐지율 산출 방안 개선 필요성
  4.2 산출 방안
 5. 고장 탐지율 적용 사례
  5.1 유도탄 운용 프로파일
  5.2 고장 탐지율 산출
  5.3 점검주기 산출
 6. 결 론
 References

• In-Duck Choi(ILS Center, Defense R&D Center, Hanwha Corporation) | 최인덕