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들뢰즈의 ‘사건’을 중심으로 한 ‘폴딩건축’의 해석에 관한 연구
임동연(Lim Dong-Yeon),임창복(Yim Chang-Bok) 대한건축학회 2009 대한건축학회논문집 Vol.25 No.10
The theoretical framework of 'Folding in architecture' has based on the Gilles Deleuze's idea of 'fold'. 'Fold' means only a material phenomenon but also metaphysical thinking and ontological status of 'Simulacre/event'. In spite of broad meaning of folds, architectural tendency, based of this thinking, gives undue value to metaphysical metaphor of the pleat of matter. ‘Folds' do not means only 'folded form', but explication, implication and replication of 'Simulacre/event'. So, the architecture of folding is not a 'folded architectural form', but 'the form of a folded architectural practice'. The purpose of this study makes an attempt to point out a prejudiced outlook and suggest a folded architectural practice.
Tank Model을 이용한 지석천에서 8일 간격 유량자료의 일유량 확장가능성 평가
김민규 ( Min Kyu Kim ),오태윤 ( Tae Youn Oh ),함상인 ( Sang In Ham ),서권옥 ( Kwon Ok Seo ),임창복 ( Chang Bok Lim ),이윤희 ( Youn Hee Lee ),임병진 ( Byung Jin Lim ),이동진 ( Dong Jin Lee ),김갑순 ( Kap Soon Kim ),정재운 ( Jae Woo 한국물환경학회(구 한국수질보전학회) 2011 한국물환경학회·대한상하수도학회 공동 춘계학술발표회 Vol.2011 No.-
유량-부하량 관계식과 8일 간격 누적유량지속곡선을 이용한 오수천의 수체 손상도 분석
이영성 ( Young Sung Lee ),김영석 ( Young Suk Kim ),한성욱 ( Sung Wook Han ),서권옥 ( Kwon Ok Seo ),임창복 ( Chang Bok Lim ),이영재 ( Yeong Jae Lee ),김경현 ( Kyunghyun Kim ),정강영 ( Kang-young Jung ) 한국환경과학회 2018 한국환경과학회지 Vol.27 No.12
The purpose of this study at water quality pollutants to propose proper management method for the Osu-A unit watershed which is the influent tributary located upstream of the Sumjin -river among the 13 unit watersheds in the Sumjin-river water system. Analyzed the correlation between flow-pollution loading and the correlation between land use type, BOD and TP items, and analyzed 8-day intervals Cumulative Flow Duration Curve (CFDC) and Load Duration Curve (LDC) to evaluate water quality damage. As a result, both BOD and TP were larger than 1 and the concentration of water pollutants increased with increasing flow. BOD was positively correlated with Urban and Field, and TP was positively correlated with Field with 0.710. As a result of the LDC, BOD was analyzed that the target water quality was achieved with the excess rate of less than 50%, and TP exceeded the target water quality by 50.1%. BOD usually exceeded the standard value (exceedance probability 50%) at low flow zone and On the other hand, TP usually exceeded the standard value at high flow zone. Monthly BOD (April to June) and TP (May to August) exceeded the standard. Sewage Wastewater treatment and non-point pollution control is Osu-A unit watersheds are effective in improving BOD and TP.