Research on Object Strikes in Construction based on Hidden Hazard Correlation Analysis

Zhifeng Zhao; Xinyu Liu; Yuanyuan Feng

doi:10.54097/3121pd27

Authors

Zhifeng Zhao
Xinyu Liu
Yuanyuan Feng

DOI:

https://doi.org/10.54097/3121pd27

Keywords:

Construction Safety; Object Strike; Social Network Analysis; Countermeasures and Measures.

Abstract

The safety of building construction is significantly impacted by object striking incidents, and social network analysis can be applied to analyze the correlation between potential hazards to mitigate associated risks. In this study, the focus is on assessing the construction safety of projects undertaken by Anjian Group. The traceability method was employed to identify 33 safety hazards, forming the basis for the establishment of a comprehensive safety hazard model. We used Ucinet 6 software to generate a safety hazard correlation map for object strike accidents in construction projects. The analysis encompassed holistic evaluation, cohesive subgroup analysis, and degree centrality analysis. The findings revealed that material flying out and falling hanging objects exhibited the highest degree of centrality. Consequently, emphasis should be placed on enhancing protective measures in these specific areas to ensure an optimal safety framework. This systematic approach integrates both the theoretical and practical aspects of safety hazard analysis in the context of construction projects, contributing to the overall enhancement of construction site safety.

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