창호 단열성 시험의 교정시험 측정불확도 추정 및 계측인자 기여율 분석 (Estimation of Uncertainty of Measurement and Contribution Factor of Measurement Factor in Calibration Test of Standard Test Method for Thermal Resistance for Windows and Doors)

서지정보

· 발행기관 : 한국건축친환경설비학회
· 수록지 정보 : 한국건축친환경설비학회 논문집 / 11권 / 2호 / 121 ~ 130페이지
· 저자명 : 박정환, 조수, 홍원화

초록

Thermal resistance test of windows and doors is required calibration test, which ‘calibration test of the surface air-film resistance by CRM(Certified reference material)’ and ‘Correction calorimetric test of guarded hot box and edge of surrounding panel by CRM’. These two calibration test involve many metrics and complex procedures, which can lead to reliability problems in test results. In addition, it is necessary to understand the calibration test and to find a way to lower the uncertainty of measurement by analyzing contribution rate of the measurement factors. This paper is a follow up study of 「Estimation on Uncertainty of Measurement on Thermal Resistance Test for Windows And Doors」 and perform the uncertainty of measurement estimation of calibration test excluded from follow up study. As a result, the uncertainty of measurement estimation procedure for the thermal resistance test for windows and doors is proposed. In addition, according to analysis of the contribution rate of the measurement factor, the contribution rate of surface air-film resistance of warm side() was the highest at 49.643%.

영어초록

Thermal resistance test of windows and doors is required calibration test, which ‘calibration test of the surface air-film resistance by CRM(Certified reference material)’ and ‘Correction calorimetric test of guarded hot box and edge of surrounding panel by CRM’. These two calibration test involve many metrics and complex procedures, which can lead to reliability problems in test results. In addition, it is necessary to understand the calibration test and to find a way to lower the uncertainty of measurement by analyzing contribution rate of the measurement factors. This paper is a follow up study of 「Estimation on Uncertainty of Measurement on Thermal Resistance Test for Windows And Doors」 and perform the uncertainty of measurement estimation of calibration test excluded from follow up study. As a result, the uncertainty of measurement estimation procedure for the thermal resistance test for windows and doors is proposed. In addition, according to analysis of the contribution rate of the measurement factor, the contribution rate of surface air-film resistance of warm side() was the highest at 49.643%.

참고자료

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