결로 발생 확률 평가를 통한 현대 신한옥 단열성능 향상 방안 연구

• Published in: KIEAE Journal Vol. 18; no. 3; pp. 65 - 75
• Main Authors: 이주엽(Lee, Ju-Yeob), 천득염(Cheon, Deuk-Youm), 주수정(Joo, Su-Jeong), 이태강(Lee, Tai-Gang), 한승훈(Han, Seung-Hoon)
• Format: Journal Article
• Language: Korean
• Published: 한국생태환경건축학회 01.06.2018
• Subjects: 건축공학; 결로 발생 확률; 단열성능; 건축계획; Thermal Performance; Temperature Difference Ratio inside; Condensation Probability; Architectural Planning; New Han-ok; 신한옥; 내표면 온도차 비율
• ISSN: 2288-968X; 2288-9698
• DOI: 10.12813/kieae.2018.18.3.065

Purpose: In order to supply modern new han-oks having excellent thermal performance, careful review in the process of initial architectural planning step is required. The purpose of this study is to verify design guidelines that can maintain and improve environmental performance though analysis of estimation of condensation probability affected by initial design planning Method: To achieve this goal, measurements were carried out 6 Han-oks situated in OJUK han-ok village which were demonstrated to Gang-neung by taking a infra-red thermography using thermal video system. All evaluation targets are new han-oks style which the same structure and materials are applied. Following are analysis items; the exposure or not of wooden members, the difference according to the space usage, layout of the stationary closet facing directly on the outdoor air or not, influence of distributed arrangement of space using water, planning around the house door facing directly on the outdoor air and so on. Result: It was analyzed that the probability of condensation in case of the exposure of wooden members is higher than that of non exposed installation. Also, it was analyzed that the house door space facing directly the outside air needs introduction of entrance concept space which can minimize the heat loss. In stationary closet planning, it is necessary to consider the position of closet and the range of heating. And, it is judged that a separation planning between the space using water and the unused area is necessary. KCI Citation Count: 0