SLP-based optimization of subway construction site safety layout

doi:10.16265/j.cnki.issn1003-3033.2019.01.027

Abstract

Abstract: To improve the safety management level of the subway construction site, a certain subway construction site was taken as an example, and SLP method was used to optimize the layout of the subway construction site. According to the functional division, the subway construction site was divided into 10 operating units such as a construction area, a mechanical equipment parking area, and a steel support stacking area. The logistics and non-logistics relationships between the 10 operating units were analyzed separately. A job position correlation map was drawn based on the analysis results. The operating units were integrated according to the 1∶1 weighting of logistics and non-logistics relationships. A diagram was obtained for comprehensive relationships between the operating units. Then two preliminary optimization schemes were put forward. Using the weighted factor method to evaluate the above two schemes, the optimal scheme of the layout of the subway construction site was obtained. The results show that the layout scheme of the subway construction site obtained by using the system layout method can improve the construction efficiency and the safety management level of the construction site.

Key words: subway construction site, systematic layout planning (SLP), unit division, layout optimization, construction safety

CLC Number:

X948

LI Wei, YANG Fuqiang. SLP-based optimization of subway construction site safety layout[J]. China Safety Science Journal, 2019, 29(1): 161-166.

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