Based on the Improved Model of Accident Trajectory Cross to Build the Safety Evaluation Index System in Coal Mine

Abstract:

The primary task of mining safety evaluation is to establish evaluation index system. In order to supply the decision-makers with the thinking of preventing safety accident from the management angle, on the base of analyzing the cause of accidents, thinking the most of accidents were caused by the cross of the human unsafe behaviors and the insecure state of machines and environment brought about by bad management, following the thinking, improved the model of accidents trajectory cross, and thought human non-action leading to the insecure state of machines and environment. Based on the improved model of accident trajectory cross, starting from the angle of management, rounding the two criterions of the human unsafe behaviors and human non-action, the comprehensive safety evaluation index system from the four aspects of human factors, safety inputs, institution and organization structure was put forward.

• Periodical: Applied Mechanics and Materials (Volume 696)
• Pages: 307-314
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.696.307
• Online since: November 2014
• Authors: Yu Xi Feng*, Kai Zhi Zhang, Qing Zhi Liu, Xi Zhan Yu
• Keywords: Human Non-Action, Human Unsafe Behavior, Improved Model of Trajectory Cross, Management, Safety Evaluation Index System

References

[1] Shi Shi-liang, Study on non-linear dunamic safety assessment models and application in coal mines [M], Central South University, (2000).

[2] Xu Man-gui, Study on Models and Application of Dynamical Overall Safety Evaluation in Coalmines [D], Xi An University of Science and Technology, (2006).

[3] Jin Zhu, Study on Support Vector Machine Classification Algorithm and Its Application in Safety Evaluation of Human Accident in Coal Mine [M], China University of Mine, (2011).

[4] Cai Zhen-yu, Rs-Wnn-Based Study of Coal Enterprises Management[M], Tianjin University, (2007).

[5] Wang Xu, Huo De-li, Application of principle components cluster analysis in coal safety assessment[J], China Mining Magazine, 2009(2): 86-89.

[6] Xu Yang, Zhou Yan, Sun Xin, Synthesized assessment methed for coal mine safety based on fuzzy analytic hierarchy process[J], China Safety Science Journal, 2009(5): 147-151.

[7] LI Shu-gang, CHENG Lian-hua, LING Xue-wen, Study on safety comprehensive evaluation methed in enterprises, Journal of Liaoning Technical University, 2004(2): 152-154.

[8] Tan Rong, Peng Dong-Zhi. Discuss of the accident causing theory[J], Journal of North China Institute of Science and Technology. 2005(3): 1-10.

[9] Wu Qiong, Xu Kai-li. Safety Management [M]. Beijing: Coal Industry Publishing House, (2002).

[10] Tian Shui-cheng, Li Ying-qin. Simply analysis on human unsafe behaviors in coal mine[J], Magazine of ShanXi Coal, 2010(2): 9-12.