한국해양대학교

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건물외장용 발열창 시스템의 적용에 대한 연구

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dc.contributor.author 최경탁 -
dc.date.accessioned 2017-02-22T05:21:53Z -
dc.date.available 2017-02-22T05:21:53Z -
dc.date.issued 2005 -
dc.date.submitted 56823-07-21 -
dc.identifier.uri http://kmou.dcollection.net/jsp/common/DcLoOrgPer.jsp?sItemId=000002174547 ko_KR
dc.identifier.uri http://repository.kmou.ac.kr/handle/2014.oak/8595 -
dc.description.abstract The windows take a large area on the exterior walls and are the only architectural material that provides residents with light and scenery. But they causes deterioration of inner heating environment, freshness, and ventilation load for weakness of insulating capacity. Some kinds of perimeter-less ventilation system was developed and applied to many buildings, but there are some limitation on application to the residential buildings. Specially in case of apartment houses, the extended balcony type is prevalent. So the balcony as a heat buffer zone was disappeared. As a result that, dew condensation and debasement of freshness are pointed out as large problems and, to resolve these problems, heating window system was suggested. In this study, the optimum temperature of heating window system, improvement of heating environment effect by the heating window system, and application of heating window system in terms of architectural plan are analysed for practical use of heating window system -
dc.description.abstract the results of the this research are as follows: (1) Review was made on lowest and highest surface temperature for suggesting the optimum surface temperatures of system. Surface temperature of 18℃ degrees, which is somewhat higher than interior dew point temperature in winter season, is appropriate. Meanwhile, although freshness is elevated with increasing highest surface temperature, 20~22℃ degrees of temperature was suitable for considering of economic factors. (2) As heating window system may maintain interior surface temperature of glass close to temperature of residential area regardless the temperature of outside, cold draft may be prevented and interior heating environment may be improved to a large extent. (3) Among the influences of heating window system on the point of construction planning, the most important factor are that exterior appearance of buildings may be maintained in modern style because FCU may be removed and area of windows can be expanded. In addition, creative design of building would be possible regardless the type of facilities or the kinds of uses of space. In this study, optimum surface temperature and heating environment improvement effect of heating window and possibility of application of heating window system were reviewed for practical use of heating window system. However, practical use of heating window system would be possible when additional studies are conducted focused on energy consumption forecasting method of heating window system and energy consumption saving method. -
dc.description.tableofcontents Abstract 제 Ⅰ장 서 론 1 1.1 연구의 배경 및 목적 1 1.2 연구의 방법 및 범위 3 제 Ⅱ장 발열창 시스템의 최적 표면온도 6 2.1 발열창 시스템의 원리 및 구성 6 2.2 습도와 건강의 관계 12 2.3 동절기 주택 실내의 온· 습도 변화 15 2.3.1 실측실험의 개요 15 2.3.2 주택 유형별 온습도 비교 16 2.3.3 온습도의 변화 범위 17 2.3.4 온· 습도의 일변화 19 2.4 발열창 시스템의 최적 표면 온도 23 2.4.1 발열창 시스템의 최저표면온도 23 2.4.2 발열창 시스템의 최고표면온도 25 제 Ⅲ장 실내 온열환경 개선효과 분석 31 3.1 유리의 표면온도 검토 32 3.2 냉복사 현상에 대한 검토 35 3.3 Cold Draft 현상에 대한 검토 38 3.3.1 Office에 발열창 시스템을 적용한 경우 38 3.3.2 아파트 거실에 발열창 시스템을 적용한 경우 44 3.4 실내 쾌적성에 대한 검토 48 제 Ⅳ장 건축계획적 측면에서의 발열창 시스템 적용 가능성 분석 51 4.1 건물 외관계획 51 4.1.1 현대적인 감각과 상징성 확보 51 4.1.2 순수이미지와 시각적 투명성 확보 53 4.1.3 리노베이션과 리모델링 54 4.2 평면 및 내부공간계획 56 4.2.1 실제 사용 면적 증가 56 4.2.2 자유로운 공간 구획 및 동선계획 58 4.2.3 오피스 랜드스케이프 59 4.2.4 자유로운 평면형태 59 4.3 시설 유형별 공간 계획 60 4.3.1 주거시설(단독주택/집합주택) 60 4.3.2 업무시설(사무실/은행) 61 4.3.3 의료시설(병원/요양원) 61 4.3.4 체육시설(실내수영장/사우나) 63 4.4 특성별 공간계획 64 4.4.1 아트리움 64 4.4.2 다습한 공간 64 4.4.3 건물의 내부 오픈 66 4.4.4 가변공간계획 67 4.5 디자인 프로세스 68 4.5.1 평면계획 68 4.5.2 입면계획 71 4.5.3 단면계획 73 4.5.4 종합계획 74 제 Ⅴ장 결론 76 참고문헌 78 부록 80 -
dc.language kor -
dc.publisher 한국해양대학교 해사산업대학원 -
dc.title 건물외장용 발열창 시스템의 적용에 대한 연구 -
dc.title.alternative A Study Heating Glass Windows System for Perimeter­zone -
dc.type Thesis -
dc.date.awarded 2005-08 -
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조선‧해양‧건축공학과 > Thesis
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