A Study on The Risk Factors to Strengthen the Competitiveness in the Overseas Development Projects - Focused on New Town development of Developing Country -

Choi, Sung-Lack; Kim, Jung-Hyun; Jang, Sejun; Paek, Joon-Hong

doi:10.5345/jkic.2008.8.3.059

Cited by 4 publications

(2 citation statements)

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“…The main research contents Cho and Park [8] Assessment of fisk factors in planning phase of construction project using fuzzy theory Cho et al [9] Analysis of risks having an effect on quality control in construction of steel structure using analytic hierarchy process Choi et al [10] Analysis of risk factors by phase in overseas new town development projects using swat analysis Debasish M et al [11] Risk assessment occurred in construction sites using a combination of fuzzy reasoning and fuzzy analytic hierarchy process He Z [12] Evaluation of effects for risks in overseas construction projects Mulholland B and Christian J [13] calculation of risk factors belong to problem in construction schedule…”

Section: Authormentioning

confidence: 99%

Analysis on Risk Factors of Reactor Containment Building Construction using Analytic Hierarchy Process

신대웅¹,

신윤석²,

김광희³

2015

Journal of the Korea Institute of Building Construction

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Since the construction of Kori 1 was completed in 1978, the construction projects for nuclear power plant are increasingly expanded into domestic and foreign sites. However, some of construction sites of nuclear power plant have the problems of process delay and cost loss due to lack of ability of risk management. The construction of reactor containment building in nuclear power plant is especially dotted with many risk factors because it needs professional skills and large-scale resources due to long duration compared with different construction phase. Therefore, it needs the study that analyzes risk factors expected in construction of reactor containment building and suggests way of stable performance of projects. So, this study assesses risk factors of construction of reactor containment building. For the objectives, this study uses survey for group of minority specialists of 36 experts. The risks of 24 factors is classified by criterions of process, cost, safety, and quality and the results of assessment is analyzed by analytic hierarchy process. As the results, the importance and priority of risk factors classified by each criterion were calculated and the applicability of analytic hierarchy process was identified to analyze risk factors of nuclear power plant construction. These will be baseline data for risk management in construction phase of reactor containment building.

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Section: Authormentioning

confidence: 99%

Analysis on Risk Factors of Reactor Containment Building Construction using Analytic Hierarchy Process

신대웅¹,

신윤석²,

김광희³

2015

Journal of the Korea Institute of Building Construction

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“…To manage these factors, safety education is necessary [3]. In particular, given the continuous growth of the industry and winning of overseas construction bids, an appropriate construction management method for overseas construction sites is needed [4,5]. For this reason, the current state is analyzed in this study by examining the current safety education cases of overseas construction projects.…”

Section: Introductionmentioning

confidence: 99%

Analysis on Current State on Safety Education of Korean Construction Sites in Overseas

Shin

Kim

2015

AMM

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Heinrich (1980) claimed that safety education primarily relates with 88 percent of safety accidents, and secondarily relates with safety accidents. For this reason, safety education is of critical importance. However, while many studies have been performed on safety education in Korea for the prevention of safety accidents, few studies have been done on safety education currently performed in other countries. Therefore, in this study, a comparative analysis was conducted on the safety education cases of three different construction companies that are currently carrying out overseas construction projects. With this study, we identified four shared features and some differences in the safety education of each company.

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Evaluating and Suggesting Key Risk Factors according to Risk Hierarchy of Occurrence Field in the Overseas Development Projects

Lee¹,

Ahn²,

Kim³

2012

Korean Journal of Construction Engineering and Management

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A Study on The Risk Factors to Strengthen the Competitiveness in the Overseas Development Projects - Focused on New Town development of Developing Country -

Cited by 4 publications

References 0 publications

Analysis on Risk Factors of Reactor Containment Building Construction using Analytic Hierarchy Process

Analysis on Risk Factors of Reactor Containment Building Construction using Analytic Hierarchy Process

Analysis on Current State on Safety Education of Korean Construction Sites in Overseas

Evaluating and Suggesting Key Risk Factors according to Risk Hierarchy of Occurrence Field in the Overseas Development Projects

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