| 논문명 |
공동주택 창호 타입에 따른 창호 결로 성능 평가: TDR(Temperature Difference Ratio, 온도차이비율)을 중심으로 / Evaluation of Inside Surface Condensation in Window System of multi-residential houses: Focused on Temperature Difference Ratio(TDR) |
| 저자명 |
오세민(Oh, Se-Min) ; 김영록(Kim, Young-Rok) ; 김종헌(Kim, Jong-Hun) ; 박상린(Park, Sang-Lin) ; 김종희(Kim, Jong-Hee) |
| 수록사항 |
주택도시연구, Vol.04 No.02 (2014-12) |
| 주제어 |
결로 ; 온도차이비율 ; 표면 결로 ; 피지벨 트리스코 ; 창호 ; Condensation ; TDR ; Inside Suface Condensation ; Physibel-Trisco ; Window System |
| 요약2 |
Recently, great attention has been shown to the question of condensation risk of multi-residential houses. Ministry of Land, Infrastructure and Transport recently announced the standard for preventing the condensation of wall, window system, door in multi-residential houses in Korea. The purpose of this study is to proceed with the condensation risk of the window system performance evaluation based on mentioned standard of Korea. For this study was to perform the simulation and applied to the actual selection of window-system multi-residential houses and change variables. Variable is Low-e coating and cavity-space(total 6-alteration). One of the method that estimates the Temperature Difference Ratio(TDR). Partially, this paper presents a study to investigate the difference between the KS F 2295 and the mentioned standard. The results indicate that both of two methods deliver meaningful information to DM (Desicion Maker). In the paper, pros andcons of two methods are discussed. As a simulation tool, Physibel-Trisco by Physibel in belgium. Consequently, this study is to examine evaluation of inside suface condensation risk in window system throught Low-e coating and type of cavity space. |
