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응용논문

게이지 R&R 연구에서 근사 F검정과 EMS를 이용한 측정 정밀도의 평가

원문정보

Evaluation of Measurement Precisions Using Approximate F Tests and EMS in the Gauge R&R Studies

최성운

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초록

영어

A development in method of evaluating the measurement precisions using approximate F tests and variance components from expected mean square (EMS) is investigated. The research proposes three-factor mixed measurement models with the fixed and random factors. Unrestricted and unconstrained design work was rarely studied, while restricted and constrained designs have been significantly discussed. The unrestricted and unconstrained designs assume to be an independence of interaction. The proposed evaluation method about the measurement precisions can be extended to four-factor random measurement model or mixed measurement model. The study also presents the three evaluation indexes of precisions such as R&RTR (Reproducibility & Repeatability-To-Total Precision Ratio), PTR (Precision-To-Tolerance Ratio), and SNR (Signal-To-Noise Ratio). Numerical examples are proposed to evaluate the approximate F tests with Satterthwaite degrees of freedom and three indexes using the measurement precisions from EMS.

목차

Abstract
 1. 서론
 2. 비제약 혼합 측정(UUMM)모형
  2.1 3인자 UUMM모형 : A가 랜덤변량 인자
  2.2 3인자 UUMM모형 : B가 랜덤변량 인자
  2.3 3인자 UUMM 모형 : C가 랜덤변량 인자
 3. 제약 변량 측정(CRRM) 모형
  3.1 3인자 CRRM 모형
  3.2 4인자 CRRM 모형
 4. 수치예제
 5. 결론
 6. 참고문헌

저자정보

  • 최성운 Sung-woon Choi. 경원대학교 산업공학과

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