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국내 건설 생산성 저해요인 분석 및 향상방안 제시Factors Affecting the Losses of Domestic Construction Productivity and Strategies for Avoiding Them

Other Titles
Factors Affecting the Losses of Domestic Construction Productivity and Strategies for Avoiding Them
Authors
김주영최재현이승현
Issue Date
2011
Publisher
대한건축학회
Keywords
Loss of Productivity; Delphi Method; Reliability Analysis; Factor Analysis; Construction Productivity Management; 생산성 저해요인; 델파이 기법; 신뢰도분석; 요인분석; 현장 생산성 관리
Citation
대한건축학회논문집 구조계, v.27, no.02, pp.113 - 124
Journal Title
대한건축학회논문집 구조계
Volume
27
Number
02
Start Page
113
End Page
124
URI
https://scholarworks.bwise.kr/hongik/handle/2020.sw.hongik/20479
ISSN
1226-9107
Abstract
A construction project is accomplished by the organized production with various and complicated activities. Productivity management for each activity is very important for completing the project successfully. In general, this work productivity is utilized as the index which shows the construction capacity of a construction company and affects to its profit ultimately. So, the improvement of work productivity through the effective field management is an important issue that should always be considered. In case of domestic construction industry, the terminology and concept of productivity seems to be very common, but its meaning is still regarded as ambiguous and inclusive. Specifically, most of researches relating to productivity are performed with an up-to-date keyword. However, the foundation studies such as the identification and analysis of productivity impact factors are actually insufficient. Therefore, this research identified and analyzed productivity loss factors which may occur on construction job sites. Also, it tried to suggest both the causes and solutions for productivity loss with the Delphi technique and reliability analysis. Based upon the research result, it is supposed to improve work productivity by acknowledging and making efforts to avoid potential risks associated with those identified factors early ahead of performing construction projects.
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