Quantitative impact analysis of priority policy applied to BIM-based design validation

Citations

WEB OF SCIENCE

11
Citations

SCOPUS

15

초록

Building information modeling (BIM) design validation is primarily aimed at responding quickly to serious design errors. A prompt response to BIM request for information (RFI) can significantly enhance the BIM return on investment (ROI). Although prior research has identified additional factors to consider while assessing the benefits of BIM coordination, it was not possible to conduct an economic assessment. Therefore, this study fills this gap by conducting an economic assessment of the introduction of priority policies in BIM coordination using priority queue model. The findings demonstrate that the introduction of priority policies can impact the optimal BIM staffing and the engineers' waiting cost for high-priority RFIs. We quantify the BIM ROI that can be improved by introducing the priority policy in BIM coordination, using time and cost metrics derived from the queue model.

키워드

BIM RFIsBIM ROIBIM staffingPriority queueing modelWaiting avoidance costRESOURCE-ALLOCATIONLABOR PRODUCTIVITYQUEUING MODELPROJECTSYSTEMSCUSTOMERSBENEFITSMEP
제목
Quantitative impact analysis of priority policy applied to BIM-based design validation
저자
Huh, Seung-HaHam, NamhyukKim, Ju-HyungKim, Jae-Jun
DOI
10.1016/j.autcon.2023.105031
발행일
2023-10
유형
Article
저널명
Automation in Construction
154
페이지
1 ~ 13