Comprehensive Evaluation of Mine Safety Based on Improved Game Theory

Authors

  • Jun Li
  • Hui Li
  • Li Zhao

DOI:

https://doi.org/10.54097/hset.v59i.10083

Keywords:

Analytic Hierarchy Process, Entropy Weight Method, Triangular Fuzzy Number, Game Theory, Mine Safety.

Abstract

In order to better evaluate the mine safety, this paper uses the improved comprehensive weighting method based on game theory to comprehensively evaluate the mine safety. Firstly, this paper uses the analytic hierarchy process to subjectively weight the indicators and uses the entropy weight method to objectively weight the indicators, and analyzes the weights of the indicators including personnel, environment, management and equipment. Then, the game theory method is used to coordinate the proportion of the two weights, and the final comprehensive weight is obtained. In the scoring part, the triangular fuzzy number method is used to synthesize the qualitative and quantitative indicators and score them. Finally, the final score is obtained by combining the comprehensive weight and the comprehensive score. In the case analysis, the safety of the three mines is analyzed by this method. By comparing the scores of each other, the level of safety and the shortcomings of each mine can be judged.

Downloads

Download data is not yet available.

References

Wei Xiaoling, Xue Bingjun, Cao Qingkui. A new algorithm for the fuzzy comprehensive evaluation of mine safety [J]. Journal of Liaoning Engineering and Technical University (Natural Science edition), 2011,30 (02): 212-215.

Chen Guangshen, Hu Hui, Hu Tao, Tang Rui. Research on safety evaluation of open pit mine based on AHP-SCA-fuzzy comprehensive evaluation method [J]. Non-ferrous metals (mine part), 2021,73 (02): 47-52.

Hao Xiaohua, Zhang Yongjie. Safety evaluation of mining operation sites [J]. Journal of Liaoning Engineering and Technical University (Natural Science edition), 2012,31 (06): 867-870.

Liu Chaisong, Zhou Shengli. Safety evaluation of coal roadway anchor bolt support based on hierarchical analysis method [J]. Coal mining, 2007 (04): 40-42.

Jiang Meng, Ma Honglian, Chen Dong, Li Wei. Safety evaluation of mine equipment based on PCA [J]. Metal Mine, 2013 (02): 108-111 + 114.

Wang Nan, Zhang Mingyu, Zha Zhimin. Safety evaluation of emergency hedge system in underground coal mine based on fuzzy level analysis [J]. Journal of Panzhihua University, 2017,34 (02): 60-63 + 74.

Gao Zhonghong, Zheng Yang, Wang Yongan. Research on the decision system of mine ventilation safety evaluation [J]. Coal mine safety, 2006 (10): 1-3.

Zhang Shuntang, Wu Changyou. Evaluation of mine fire safety based on entropy variable [J]. Practice and Understanding of mathematics, 2018,48 (23): 175-182.

Chen Lijie, Zhao Shihua, Zhang Yuhong, Chen Jian. Fuzzy mathematical method for the safety evaluation of coal mine [J]. Safety of coal mine, 2005 (12): 60-63.

Liu Lancui, Zhu Ming, Yang Zhong. Evaluation of coal mine safety based on fuzzy modular neural network [J]. Journal of Hebei Institute of Technology, 2004 (03): 32-37.

Wang Junli. Weight determination of coal mine electrical safety evaluation index based on improved hierarchical analysis method [J]. Journal of Heilongjiang University of Science and Technology, 2023,33 (01): 51-55.

Wang Yue, Yang Li. Evaluation of coal mine safety training management system based on AHP and Fuzzy Theory [J]. Journal of Huainan Normal University, 2021,23 (06): 61-65.

Jiang Fuchuan, Zhou Shi, Wu Zengtong, Zhong Jichao, Zhang Shuhao, Zhang Xuefang. Decision analysis of coal mine safety input based on entropy right-TOPSIS method [J]. The Chinese Journal of Safety Sciences, 2021,31(07):24-29.

Zhao Guoyan, Qiu Ju, Zhao Yuan, Li Yang, Wu Pan, Zhao Long. Study on the evaluation index system and combination empowerment method of green mining of metal ore [J]. Journal of Safety and Environment, 2020,20 (06): 2309-2316.

Du Chunlei, Wang Rong. Study on the evaluation of external wall insulation scheme based on trigonometry fuzzy number method [J]. Value Engineering, 2023,42 (02): 152-154.

Downloads

Published

15-07-2023