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대한가족보건복지협회
- 가정의 벗
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- v.37 no.2 s.426
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- pp.26-27
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- 2004
우리나라의 수도이자 인구 천만의 최대 도시인 서울은 세계 어느 나라 수도와 견주어도 뒤지지 않을 만큼 풍부한 문화유산, 어느 나라도 따를 수 없는 강인한 민족성과 양질의 두뇌를 가진 인적자원, 튼튼한 인류애, 미래를 위한 부단한 노력과 순수한 열정이 어우러진 미래 지향의 도시입니다. 이러한 자랑스런 도시, 서울의 한복판에 대한가족보건복지협회 서울특별시 지회가 자리잡고 있습니다. 가족계획사업, 청소년$\cdot$복지사업, 모자보건사업,
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Lim Jong-Kwon;Jung Pyung-Ki;Seo Jong-Won;Lee Jae-Sun;Cho Kook-Rae
- Proceedings of the Korean Institute Of Construction Engineering and Management
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- autumn
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- pp.469-472
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- 2003
A life cycle cost analysis model for public water supply systems should be different from the ones for other civil and architectural facilities as the operation and the maintenance cost of the water supply systems mainly come from the various mechanical systems and the pipeline systems of the collecting/treating/distributing facilities. This paper presents a cost classification scheme and a life cycle cost analysis model for public water supply systems. A value analysis (VA) procedure that is well suited for practical purposes is also presented. The presented life cycle model and the value analysis procedure were applied to a real world project, and this case study is discussed in the paper. The model and the procedure presented in this study can greatly contribute to the value-oriented design alternative selection, the estimation of the maintenance cost, and the allocation of budget for water supply system construction projects.
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Jung Pyung-Ki;Seo Jong-Won;Lim Jong-Kwon
- Korean Journal of Construction Engineering and Management
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- v.5 no.2 s.18
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- pp.181-193
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- 2004
A life cycle cost analysis model for public water supply systems should be different from the ones for other civil and architectural facilities as the operation and the maintenance cost of the water supply systems mainly come from the various mechanical systems and the pipeline systems of the collecting/treating/distributing facilities. This paper presents a cost classification scheme and a probabilistic life cycle cost analysis (PLCCA) model for public water supply systems. A value analysis (VA) procedure that is well suited for practical purposes is also presented. The presented probabilistic life cycle model and the value analysis procedure were applied to a real world project, and this case study is discussed in the paper. The model and the procedure presented in this study can greatly contribute to the value-oriented design alternative selection, the estimation of the maintenance cost, and the allocation of budget for water supply system construction projects.
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