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A Study on Concrete Curing Quality Management Based on Various Test of Construction Condition under Hot Weather Circumstance  

Park, Shin (창원전문대학 건축과)
Publication Information
Korean Journal of Construction Engineering and Management / v.7, no.2, 2006 , pp. 71-80 More about this Journal
Abstract
It is required to study systematical on the concrete quality management to extend structure life because rebuilding effect is reducing under present condition of large sized and high stories structure. Concrete, which shows its intensity by hydrating action and a big change in quality according to hot weather and temperature, produces a lot of quality problem under hot and cold weather. Because of each specification and construction plan which does not have basic standard on site, concrete's quality is irregular and makes some defect. As a result, Dae-gu is fumed out to be the longest area after investigating application period and days focused on 8 cities weather information about t relationship between hot weather circumstance and construction environment. Therefore, we first surveyed the curing construction processing in the region and found out the problem of quality management. Then figure out the way of solution. Moreover, we integrated curing quality management, which is applied differently to each site, to have equal quality and to reduce defect from construction site. And then, based on various test of construction condition and analysis of quality management item, we suggest effective concrete quality management to make curing construction standard guide and plan under hot weather.
Keywords
Quality Management; Hot Weather Circumstance; Curing; Concrete Test;
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1 박승범, 윤의식, 현장에서의 콘크리트의 시공 및 품질관리, 콘크리트학회지, 9권, 2호, 1997. 4, p.p. 30-38
2 배도선 외 6인, 최신 통계적 품질관리, 영지문화사, 2001
3 ACI Committee 305, Hot Weather Concreting, Manual of Concrete Practice, 1991, p.p. 305R-1-305R-20
4 Calvin L.Dodl, Hot Weather Testing, Concrete International, Vol.19, No 10, 1997. 10, p.p. 55-56
5 www.kma.go.kr(기상청 홈페이지)
6 한국건설기술연구원, 한중 및 서중 콘크리트 사용 지침을 위한 조사연구, 1986, p.p. 151-372
7 김영태, 서중 콘크리트의 적용기간 설정 및 시공품질관리에 관한 연구, 청주대 산업대학원 석사논문, 1997. 6
8 신경재 외 1인, 콘크리트 기술 지침, 도서출판 건설도서, 1998, p.p. 281-303
9 현명훈 외 4인, 콘크리트 품질관리를 위한 맞춤식 체크리스트의 개발과 콘크리트 부재의 이력 데이터 구축에 관한 연구, 대한건축학회 학술발표 논문집, 18권, 2호, 1998. 10, p.p. 779-784
10 조재병, 정상진, 최완철, 국외 현장콘크리트 품질확보 현황 및 제기준, 콘크리트학회지, 7권, 2호, 1995. 4, p.p. 12-22
11 한천구, 기온에 대응하는 콘크리트 시공, 대한건축학회지, 1997. 6, p.p. 4-5
12 사단법인 대한건축학회, 건축공사 표준시방서, 1999
13 ACI Committee 311, ACI Manual of Concrete Inspection, SP-2, 7th Edition, American Concrete Institute, Detroit, 1981, p.p. 400
14 ACI Committee 305, Making Good Concrete in Hot Weather, Concrete International, Vol.14, No 4, 1992. 4, p.p. 55-57
15 사단법인 한국콘크리트학회, 콘크리트 표준시방서, 기문당, 1999
16 한천구, 서중 및 한중콘크리트 적용기간 설정, 콘크리트학회지, 9권, 4호, 1997. 8, p.p. 4-13
17 한민철, 한천구 공저, 기온과 콘크리트, 기문당, 2002, p.p. 225-287
18 ACI Committee 308, Standard Practice for Curing Concrete (ACI 308-92), p.p. 308-1-308-11
19 Ray D.Griggs, Hot Weather Concreting Experience in Georgia, Concrete International, Vol.17, No 9, 1995. 9, p.p. 55-57
20 장석준, 이상태, 사우디아라비아에서의 서중콘크리트 시공, 콘크리트학회지, 6권, 4호, 1994. 8, p.p. 37-41