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창의 개폐방식별 기밀성능에 따른 단열성능 시뮬레이션 보정치 산출

Revise the Value of Simulation on Thermal Performance Depending on Air-tightness Performance Classified by Opening Type of Windows

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참고문헌

키워드

주제분류기타공학

초록

The purpose of this research is revise the value yield to compensate of measure the difference between computer simulation and the measurement value on the two methods which can calculates thermal performance. The way is need to understand about thermal performance, air tightness, simulations and comparisons of analysis to influence the value of each identified. The opening type of the windows and doors to be used at the analysis are T/T, L/S and SL Different condition of the windows and doors excluded except the opening type. Each of the four samples was selected by the way of opening. Result of the analysis of the difference between measurement and simulation are that T/T approach 5.3%, L/S approach 15.7%, SL approach 21% and the more air-tightness guarantees less difference of the numerical value. Each compensation value calculates by the correlation regression analysis and the air-tightness data. After the compensation of the resulting difference in T/T, L/S, SL indicate 5.4%, 2.5%, 1.0% respectively.

Abstract

The purpose of this research is revise the value yield to compensate of measure the difference between computer simulation and the measurement value on the two methods which can calculates thermal performance. The way is need to understand about thermal performance, air tightness, simulations and comparisons of analysis to influence the value of each identified. The opening type of the windows and doors to be used at the analysis are T/T, L/S and SL Different condition of the windows and doors excluded except the opening type. Each of the four samples was selected by the way of opening. Result of the analysis of the difference between measurement and simulation are that T/T approach 5.3%, L/S approach 15.7%, SL approach 21% and the more air-tightness guarantees less difference of the numerical value. Each compensation value calculates by the correlation regression analysis and the air-tightness data. After the compensation of the resulting difference in T/T, L/S, SL indicate 5.4%, 2.5%, 1.0% respectively.

참고문헌 (11)

  1. "ASHRAE Fundamental Chapter 29 FENESTRATION" (1997), ASHRAE
  2. Lawrence Berkeley National Laboratory, "WI NDOW 4.1 Program Description", Lawrence Berkeley National Laboratory (1994), Lawrence Berkeley National Laboratory
  3. Lawrence Berkeley National Laboratory, "THERM 2.1 Program Description", Lawren ce Berkeley National Laboratory (2000)
  4. Stephen Selkowitz, "Residential Window, A Guide to New Technologies and E nergy Performance", John Carmody (1996), W. W.Norton & Company
  5. U. Larsson, "Thermal analysis of super insul ated windows numerical and experimental in vestigations", 29, pp.12 1~128 (1999), Energy and Buildings
  6. 한국표준협회, "창호의 단열성 시험방법" (1998)
  7. 한국표준협회, "창호의 기밀 성 시험방법" (1998)
  8. 심정일, "창문의 열성능 개선에 관한 연구", 대한건축학회 학술발표논문집, 21(2) (2001), 대한건축학회
  9. 이영근, "건축부재 창호의 열관류율에 관한 실험적 연구", 대한건축학회 논문집, 5(1), pp.127~134 (1989)
  10. 건물외피의 단열기술 개발연구(I), "한국에너지기술연구원", ~, pp.연구보고서 KE-87-19
  11. 이윤규, 이상형, 이승언, "구성재 조합에 따른 창호의 열성능에 관한 연구", 대한건축학회논문집, 22(7), pp.215~222 (2006), 대한건축학회

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