DOI: 10.11799/ce202503020
Dynamic modeling and key factor analysis of the intelligent safety supervision system for coal mines
LIU Fangbin
LI Xiangchun
LIU Yi
JIANG Ying
Abstract：To scientifically and effectively enhance the supervision and inspection of coal mine safety,identify key influencing factors,and reduce the probability of accidents,based on a system dynamics perspective and combining the current state of research,the various factors impacting Internet+coal mine safety supervision and inspection were analyzed.Using a questionnaire survey method and the Vensim software,causal loop diagrams and flow diagrams were developed for the Internet+safety law enforcement platform,government safety inspection effectiveness,enterprise safety management level,personnel safety level,and the third-party and public systems.This approach allowed for the quantification and specification of these influencing factors.According to the model analysis,the application of the Internet+law enforcement platform significantly enhances the efficiency of supervision and inspection,while the information feedback and push mechanisms are core influencing factors in Internet+coal mine safety supervision.The model provides a scientific basis for implementing targeted supervision and inspection measures,thereby improving the efficiency of supervision and inspection in coal mines.
Keywords：coal mine safetyinternet+supervisionsystem dynamics
Publication Date：2025-03-20
Online Publishing Date：2025-08-15(First online date of this platform, not the publication date of the document)
Pages：8( 150-157 )