한국녹색인증원 - 녹색건축인증

FMEA 기법을 이용한 초고층 커튼월 공사의 공기 지연 관련 핵심 리스크 요인 분석 Study for Major Delay Risk Factors in Curtain Wall Work of High-rise Building using FMEA ​ 저자 이유미, 김예상 소속 성균관대학교, 성균관대학교 학술지정보 대한건축학회논문집(구조계) 발행정보 대한건축학회 2011년 자료제공처 국회도서관 국립중앙도서관 한국연구재단 주제분야 공학 > 건축공학 ​ <초록> Recently, the construction of high-rise building is internationally increasing. Generally high-rise buildings have relatively shorter construction duration per floor than non-high rise buildings and consequently, there are many schedule delay factors while constructing the high-rise building, especially in the Curtain-Wall work which should control many materials using new construction method. So the systematic management plan to eliminate these risk factors related to the schedule delay is needed. This study proposes a method of identifying the main risk factors on the Curtain Wall work delay of the high-rise building construction based on the FMEA(Failure Mode and Effect Analysis) Method. to

FMEA 기법을 이용한 초고층 커튼월 공사의 공기 지연 관련 핵심 리스크 요인 분석 Study for Major Delay Risk Factors in Curtain Wall Work of High-rise Building using FMEA ​ 저자 이유미, 김예상 소속 성균관대학교, 성균관대학교 학술지정보 대한건축학회논문집(구조계) 발행정보 대한건축학회 2011년 자료제공처 국회도서관 국립중앙도서관 한국연구재단 주제분야 공학 > 건축공학 ​ ​ <초록> Recently, the construction of high-rise building is internationally increasing. Generally high-rise buildings have relatively shorter construction duration per floor than non-high rise buildings and consequently, there are many schedule delay factors while constructing the high-rise building, especially in the Curtain-Wall work which should control many materials using new construction method. So the systematic management plan to eliminate these risk factors related to the schedule delay is needed. This study proposes a method of identifying the main risk factors on the Curtain Wall work delay of the high-rise building construction based on the FMEA(Failure Mode and Effect Analysis) Met

FMEA 기법을 이용한 초고층 커튼월 공사의 공기 지연 관련 핵심 리스크 요인 분석 Study for Major Delay Risk Factors in Curtain Wall Work of High-rise Building using FMEA ​ 저자 이유미, 김예상 소속 성균관대학교, 성균관대학교 학술지정보 대한건축학회논문집(구조계) 발행정보 대한건축학회 2011년 자료제공처 국회도서관 국립중앙도서관 한국연구재단 주제분야 공학 > 건축공학 <초록> Recently, the construction of high-rise building is internationally increasing. Generally high-rise buildings have relatively shorter construction duration per floor than non-high rise buildings and consequently, there are many schedule delay factors while constructing the high-rise building, especially in the Curtain-Wall work which should control many materials using new construction method. So the systematic management plan to eliminate these risk factors related to the schedule delay is needed. This study proposes a method of identifying the main risk factors on the Curtain Wall work delay of the high-rise building construction based on the FMEA(Failure Mode and Effect Analysis) Method. t

FMEA 기법을 이용한 초고층 커튼월 공사의 공기 지연 관련 핵심 리스크 요인 분석 Study for Major Delay Risk Factors in Curtain Wall Work of High-rise Building using FMEA ​ 저자 이유미, 김예상 소속 성균관대학교, 성균관대학교 학술지정보 대한건축학회논문집(구조계) 발행정보 대한건축학회 2011년 자료제공처 국회도서관 국립중앙도서관 한국연구재단 주제분야 공학 > 건축공학 ​ #초고층 , #커튼월 , #공기지연 , #리스크요인 , #녹색건축인증연구소 ​ <초록> Recently, the construction of high-rise building is internationally increasing. Generally high-rise buildings have relatively shorter construction duration per floor than non-high rise buildings and consequently, there are many schedule delay factors while constructing the high-rise building, especially in the Curtain-Wall work which should control many materials using new construction method. So the systematic management plan to eliminate these risk factors related to the schedule delay is needed. This study proposes a method of identifying the main risk factors on the Curtain Wall work delay of the high-rise building construction based on th

커튼월의 단열 향상 및 결로 방지를 위한 통기구조 적용방안 연구 Application of Ventilated Cavity for Enhancing Insulation and Preventing Condensation of Curtain-wall System 저자명 이선우 문서유형 학술논문 학술지 설비공학논문집 제29권 제1호 (2017년 1월) 21-28  발행정보 대한설비공학회 |2017년 |한국 |한국어 주제분야 공학 > 기타공학  서지링크 국회도서관 (청구기호 697.05 ㄱ364) , KISTI , 기계·건설공학연구정보센터 국회도서관 <초록> Curtain-wall systems have been widely applied to buildings because of their lightweight and constructability characteristics. However, as curtain-wall systems include many building materials, vapor barriers can become damaged and condensation can occur. Due to the material properties of stone curtain-walls, the external appearance and structure of a building could be damaged and the insulating performance of the curtain-wall could be worse. Natural ventilation using an air cavity in a curtain-wall is expected to be effective for the prevention of condensation in inner walls and for the reduction of building cooling energy use in the summe