고시원의 실내습도 및 결로/곰팡이 발생위험성: 환기여부 및 샤워실 유무에 따른 비교연구 (Indoor Humidity and Condensation/Mold Risk in Gosiwons: A Comparative Study of Ventilation and Moisture Sources)

서지정보

· 발행기관 : 한국생활환경학회
· 수록지 정보 : 한국생활환경학회지 / 30권 / 6호 / 650 ~ 660페이지
· 저자명 : 박종일, 김민주, 류현진, 김석환

초록

Creating a indoor comfort environment is essential for the safety and health of occupants. However, Gosiwons do not satisfy with the indoor comfort environment because no standard is required for them. In this study, the indoor environment of each room was identified according to four scenarios targeting one Gosiwon: rooms with/ without shower facilities facing outdoor/indoor air. In this research, the indoor temperature, relative humidity, and the levels of thermal comfort were examined by WUFI® Plus whose interaction modeling between building usage and system technology can calculate transient heat and moisture transports in multi-layer building components. Referring to the thermal comfort, it is evident that the rooms without shower facilities facing outdoor air provide the best indoor environment; while those with shower facilities facing only indoor air show the worst one. In addition, the hygrothermal performances of the outer walls were also conducted to evaluate condensation and mold risks.

영어초록

Creating a indoor comfort environment is essential for the safety and health of occupants. However, Gosiwons do not satisfy with the indoor comfort environment because no standard is required for them. In this study, the indoor environment of each room was identified according to four scenarios targeting one Gosiwon: rooms with/ without shower facilities facing outdoor/indoor air. In this research, the indoor temperature, relative humidity, and the levels of thermal comfort were examined by WUFI® Plus whose interaction modeling between building usage and system technology can calculate transient heat and moisture transports in multi-layer building components. Referring to the thermal comfort, it is evident that the rooms without shower facilities facing outdoor air provide the best indoor environment; while those with shower facilities facing only indoor air show the worst one. In addition, the hygrothermal performances of the outer walls were also conducted to evaluate condensation and mold risks.

참고자료

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