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건설공사의 일정계획수립을 위한 리스크관리기법에 관한 연구
곽중민,박서영,이우식,김창학,강인석 慶尙大學校生産技術硏究所 1999 生産技術硏究所論文集 Vol.15 No.-
Project risk management is a management technique of identifying, analyzing and responding potential risk factors in project life cycle. The importance of risk management has been overlooked in the Korean construction industry. The industry's practice of risk management is limited to and concentrated on the construction stage, which cannot properly assess potential risk factors during the project life cycle. Moreover, the research and systematic development efforts on the subject have been very few in the industry. The purpose of this study is to improve current construction scheduling practices by providing an probabilistic scheduling model that can be utilized during construction planning stage.
마그네시아 인산염 시멘트를 사용한 초속경 보수모르타르의 기초적 특성분석에 관한 연구
강인석,안무영,백민수,임남기,문장수,정상진 대한건축학회 2007 大韓建築學會論文集 : 構造系 Vol.23 No.8
Building structures are generally large in size and have a long life, and the construction of such structures requires the investment of a huge amount of money and social infrastructure. Furthermore, building structures are closely related to people's life.Recently, however, the rapid development of society has been worsening air pollution, which is in turn accelerating the degradation of building structures. Thus, the safety of building structure is emerging as a critical issue.To cope with this problem, the government enacted "The Special Act on Safety Control for Infrastructure” but we need engineers' higher concern over the maintenance and reinforcement of existing structures. Recently researches are being made actively on repair mortar using ultra rapid hardening cement for recovering the performance of structures.The present study conducted an experiment on the basic physical properties of ultra rapid hardening mortar for repairing and reinforcing building structures using magnesia cement and mono-ammonium phosphate. In the experiment, we changed the water-cement ratio and carried out replacement at different ratio of MAP/MgO(%). We used retarder to have working life, and made comparative analysis through evaluating working life and fluidity and measuring strength by age.