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김예진(Kim, Ye Jin),이준혜(Lee, June Hae),이창래(Lee, Chang Rae),여명석(Yeo, Myoung Souk),김광우(Kim, Kwang Woo) 대한건축학회 2017 大韓建築學會論文集 : 構造系 Vol.33 No.3
According to living style in Korea changes, having a dress room in an apartment house become more common these days. In Korea, the dress room is often located next to the bathroom, which occurs highest risk of humidity increase and condensation. However, the design requirements for the reducing condensation risk at the dress room have been considering as the same standard as other living spaces, which makes the dress room space difficult to prevent condensation. The purpose of the study is to analyze the condensation occurrence environment of the dress room and to evaluate the methods of reducing the condensation risk. According to result of this study, diminishing condensation of dress room with applying insulation or heating method was inappropriate due to excessive design. Controversy, ventilation, and dehumidification method were successful for reducing condensation risk. In addition, it was found to be particularly efficient to close the bathroom door and ventilate the bathroom for a certain period of time.
김재헌(Kim, Jea Heun),서현(Seo, Hyun) 한국실내디자인학회 2011 한국실내디자인학회논문집 Vol.20 No.5
Housing construction companies have been providing master bedroom walk-in closet as a selling point in modest sized apartments as small as 74㎡. It is noticeable that master bedroom walk-in closet in apartments provided by public sectors showed much variety in its size. This study tries to set up the guide line of master bedroom walk-in closet size. It is quite reasonable to assume that the biggest space-occupiers in walk-in closet are blankets and clothing. The survey conducted in this study shows that the number of clothes people keep in their closet does not show any significant difference regardless of square footage of their apartments. 34.7% of respondent answered they keep about 50-60 clothes using coat hangers, where 20-30 of those are winter clothes. It is calculated the required optimum length of the walk-in closet is 3.8 ㎡. Considering the most popular longitudinal dimension of master bedroom, 3.9m, and the space needed to accommodate blankets, it can be concluded that the required length of storage in master bedroom walk-in closet is 2.1 m. The length can be adjusted reflecting the length of the master bedroom.
김예진,이준혜,이창래,여명석,김광우 대한건축학회 2017 대한건축학회논문집 Vol.33 No.3
According to living style in Korea changes, having a dress room in an apartment house become more common these days. In Korea, the dress room is often located next to the bathroom, which occurs highest risk of humidity increase and condensation. However, the design requirements for the reducing condensation risk at the dress room have been considering as the same standard as other living spaces, which makes the dress room space difficult to prevent condensation. The purpose of the study is to analyze the condensation occurrence environment of the dress room and to evaluate the methods of reducing the condensation risk. According to result of this study, diminishing condensation of dress room with applying insulation or heating method was inappropriate due to excessive design. Controversy, ventilation, and dehumidification method were successful for reducing condensation risk. In addition, it was found to be particularly efficient to close the bathroom door and ventilate the bathroom for a certain period of time.
욕실 기저습도 회복에 따른 드레스룸 결로 방지 제어 종료 시점의 결정
주은지(Eun Ji Ju),이준혜(June Hae Lee),이명석(Myoung Souk Yeo) 대한설비공학회 2019 대한설비공학회 학술발표대회논문집 Vol.2019 No.-
Recently, interests toward the IoT technology has been expanded due to the spread of cheap and feasible microprocessors. Still, decision of control logic depends on expertise. In this study, authors built a rule-based on/off system using IoT device to control relative humidity in bathroom in purpose of reducing surface condensation occurrence in dressroom. It was found that control bounds cannot be suggested in deterministic values since base humidity, where moisture contents of air converge, differs due to boundary conditions. Change point analysis was then adapted to judge whether moisture content is restored to the baseline where control stopping point can be suggested.
최근 입주된 수도권 아파트 거주자를 대상으로 본 규모별 실 구성 요구 분석
오혜경,함민정,Oh, Hye-Kyung,Ham, Min-Jung 한국주거학회 2008 한국주거학회 논문집 Vol.19 No.5
The purpose of this study was to suggest optimum guidelines apartment rooms by conducing survey among residence whose apartment floor size is between $66-198m^2$ and whose apartment is less than 3 years old. The effective numbers of survey questionnaire turned in was 226 and the survey analysis has been made by using of SPSS WIN 12.0. The results and conclusion of the studies are as follows; (1) $66{\sim}98m^2$ : The recommended numbers of bedroom is 2 and 3. The size of maser bedroom needs to be decreased whereas the size of living room be increased. (2) $99-131m^2$: The recommended numbers of bedroom is 3 and 4. The size of maser bedroom and maser bathroom needs to be decreased whereas the size of living room, 2nd bedroom, kitchen and dining room needs to be increased. (3) $132-164m^2$: The recommended numbers of bedroom is 3 and 4. The size of maser bedroom and bathroom needs to be decreased whereas the size of dress room, kitchen and dining room, and 2nd bedroom needs to be increased. (4) $165-197m^2$: The recommended numbers of bedroom is 3 and 4. The size of maser bedroom and maser bathroom needs to be decreased and the size of dressroom and kitchen /dinning room needs to be increased. (5) $198m^2$ and above: the recommended numbers of bedroom is 3,4 and 5. The size of dressroom needs to be increased. It is revealed that the number of bedroom doesn't need to be increased as the size of apartment is increased. Larger space is required for the public space for the family and dressroom. And smaller space is required for the maser bedroom and master bathroom.