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Burn-in is one of the useful methods to eliminate the early failures in the production processes. In some cases, burn-in process can be a bottleneck process where the burn-in time needs to be reduced as much as possible. In this thesis, the accelerat...
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https://www.riss.kr/link?id=T11738325
- 저자
-
발행사항
창원 : 창원대학교, 2009
- 학위논문사항
-
발행연도
2009
-
작성언어
한국어
-
KDC
530.9 판사항(4)
-
발행국(도시)
경상남도
-
기타서명
Determination of the Optimal Burn-in Period Using ALT
-
형태사항
ii,33p.(단면): 삽도 ; 26cm
-
일반주기명
창원대학교 논문은 저작권에 의해 보호받습니다.
지도교수:김상부
참고문헌 : p.28-31 -
소장기관
- 국립창원대학교 도서관 (창원캠퍼스)
- 국립창원대학교 도서관 (창원캠퍼스)
-
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부가정보
다국어 초록 (Multilingual Abstract)
Burn-in is one of the useful methods to eliminate the early failures in the production processes. In some cases, burn-in process can be a bottleneck process where the burn-in time needs to be reduced as much as possible.
In this thesis, the accelerated life testing is used to reduce the burn-in time economically. The optimal burn-in time is obtained by minimizing the expected total cost which consists of burn-in cost and warranty cost.
The higher stress level for burn-in process may reduce the burn-in time, whereas it may incur the higher total expected cost. On the contrary, the lower stress level for burn-in process may increase burn-in time and decrease the total expected cost. Therefore, there can be the optimal burn-in time which minimizes the total expected cost.
It is assumed that the life distribution is Weibull and the ALT model follows the Arrhenius model. The case study is given to show how the optimal burn-in time can be found. And the sensitivity analysis for the case study is also considered.
In this thesis, the accelerated life testing is used to reduce the burn-in time economically. The optimal burn-in time is obtained by minimizing the expected total cost which consists of burn-in cost and warranty cost.
The higher stress level for burn-in process may reduce the burn-in time, whereas it may incur the higher total expected cost. On the contrary, the lower stress level for burn-in process may increase burn-in time and decrease the total expected cost. Therefore, there can be the optimal burn-in time which minimizes the total expected cost.
It is assumed that the life distribution is Weibull and the ALT model follows the Arrhenius model. The case study is given to show how the optimal burn-in time can be found. And the sensitivity analysis for the case study is also considered.
Burn-in is one of the useful methods to eliminate the early failures in the production processes. In some cases, burn-in process can be a bottleneck process where the burn-in time needs to be reduced as much as possible.
In this thesis, the accelerated life testing is used to reduce the burn-in time economically. The optimal burn-in time is obtained by minimizing the expected total cost which consists of burn-in cost and warranty cost.
The higher stress level for burn-in process may reduce the burn-in time, whereas it may incur the higher total expected cost. On the contrary, the lower stress level for burn-in process may increase burn-in time and decrease the total expected cost. Therefore, there can be the optimal burn-in time which minimizes the total expected cost.
It is assumed that the life distribution is Weibull and the ALT model follows the Arrhenius model. The case study is given to show how the optimal burn-in time can be found. And the sensitivity analysis for the case study is also considered.
목차 (Table of Contents)
- 제 Ⅰ 장 서론
- 제 1 절 연구 배경 및 목적
- 제 2 절 문헌연구
- 제 Ⅱ 장 번인과 가속수명시험 및 보증정책10
- 제 1 절 번인 시험
- 제 Ⅰ 장 서론
- 제 1 절 연구 배경 및 목적
- 제 2 절 문헌연구
- 제 Ⅱ 장 번인과 가속수명시험 및 보증정책10
- 제 1 절 번인 시험
- 제 2 절 가속수명시험
- 제 3 절 보증 정책
- 제 Ⅲ 장 가속수명시험을 고려한 번인 시험 최적화 모형
- 제 1 절 가속 번인 모형
- 제 2 절 적용사례
- 제 IV장 결론
- 참고논문
- Abstract 37
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