Wangfeiyue
Introduction

Date of birth:1977-04
Highest degree:Doctor
Title:Associate professor、Master’s tutor
Department:Fire protection engineering
Email:40370203@qq.comwfyhn@163.com

Education experience

1995.09-1999.06

Major in Heating ventilation and air conditioning engineering at Hunan University of Science and Technology, bachelor degree;

2000.09-2002.12

Major in Disaster prevention and reduction engineering and Protective Engineering at Central South University, master degree;

2004.09-2008.12 Major in Disaster prevention and reduction engineering and Protective Engineering at Central South University, doctor degree;

Social Position

Expert in the Committee of safety production in Nanhai District of Foshan

Executive director of Occupational safety and Health Association of Hunan Province

Expert in safety production standardization review in CAWS

Expert in the contingency plan reviewing about production safety accident in Hunan Province

Expert in safety production standardization review in metallurgy, industry and trade enterprise in Hunan Province

Commissioner of Security Technology Management Professional Directing Committee in Hunan Vocational Institute of Safety Technology


Courses
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Safety System Engineering

Safety Assessment Technology and Application


Research
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Theory and method about safety assessment of construction projects

Disaster Prevention and reduction on Geotechnical Engineering; 

Emergency Management about public safety in the city


Publications
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I.Research Project

1. Major project on safety science and technology conducted by Hunan Provincial Bureau of safety supervision and Administration: Study on theory and method of safety assessment for tailing reservoir(Number:HN08-27),2008-2010,director.

2. Science and technology planning project conducted by Science and Technology Department of Hunan Province: Stability analysis and comprehensive evaluation of tailing dam based on Uncertainty Theory(Number:2009FJ3165),2009-2011,director.

3.Project supported by National Natural Science Foundation of China for youth:Study on the passive monitoring system and system dynamic reliability of the tailings dam break(Number:51209236),2013-2015,director.

4.Project purchased by Hunan Provincial Bureau of safety supervision and Administration: composing the thirteenth ‘Five-Year-Plan’ about safety production in Hunan Province,2015-2016,director.

II.Monograph

1. Wang Feiyue,Dong Longjun.<Nonlinear analysis theory and practice of safety of tailings dam>,China University of Mining and Technology press,2011.

2.Participate in writing <Safety system engineering>among the higher education security engineering series of the materials about the eleventh ‘Five-Year-Plan’,Machinery Industry Press,2007.

III.Academic Thesis

1. Wang Feiyue, Xu Zhisheng, Risk assessment of flammable and explosive gas storage system. Industrial Safety and Environmental Protection,2002(08).

2. Wang Feiyue, Xu Zhisheng, Zhang Wu. Prediction of explosive damage effect of wet hydrogen storage tank. Journal of Safety and Environment,2002(03).

3. Wang Feiyue, Xu Zhisheng,300m~3 Analysis of explosion accident of flammable and explosive wet hydrogen storage tank. Industrial Safety and Environmental  Protection,2004(10).

4. Wang Feiyue, Xu Zhisheng, Pan You, Yi Guangwang. Research on the technology of preparing the emergency rescue plan for the safety accident in the enterprise. China Safety Science Journal,2005(04).

5. Wang Feiyue,Sun Yunfeng,Xu Zhisheng. Research on the emergency plan system of the petroleum chemical raw material and product transportation accident. China Safety Science Journal,2007(09).

6. Yuan Bing, Wang Feiyue etc.. Study on liquefaction discrimination of tailing dam. China Safety Science Journal. 2007(06).

7. Dong Longjun, Wang Feiyue. Comprehensive evaluation of seismic stability of slopes based on the nondeterministic measures. The Chinese Journal of Geological Hazard and Control. 2007(04).

8. Yuan Bing, Wang Feiyue etc.. Research and application of dam break model of tailings dam,China Safety Science Journal,2008(04).

9. Wang Feiyue,Dong Longjun etc.. The tunnel construction site safety evaluation of Fisher Discriminant Analysis (FDA) Model and its application. China Safety Science Journal,2008(01).

10. Wang Feiyue, Xu Zhisheng etc.. Fuzzy stochastic reliability model and its application for stability analysis of tailing dam. Journal of Geotechnical Engineering,2008(11).

11. Wang Feiyue,Dong Longjun etc.. Research on mine safety management model based on prior knowledge system. Express Information of Mining Industry,2008(01).

12. Wang Feiyue,Dong Longjun. Study on the influencial factors of the cave environment of the Guanyin cave in Zhangjiajie. Express Information of Mining Industry,2008(02).

13. Xu Yan, Wang Feiyue etc.. Anti-sliding stability analysis of the dam body of the head of the head of the pendulum. Safety and disaster prevention in Hunan,2008(05).

14. Wang Feiyue,Yang Kaiteng etc.. Stability analysis of tailings dam based on saturation line matrix. Rock and Soil Mechanics,2009(03).

15. Wang Feiyue,Dong Longjun. Research on the prediction of the saturation line of tailings dam based on GM-GRNN coupling model,the memoir about the second National Engineering Security and protection Academic Conference(Volume One),2010.8.

16. Wang Feiyue, Xu Zhisheng. Experimental study on the light attenuation behavior of smoke released by building materials in fire. Process in Safety Science and Technology, 2002(3).

17. Xu Zhisheng, Wang Feiyue. Analysis on explosion accident of the 300m3 flammable and explosive wet-gas hydrogen holder. Process in Safety Science and Technology,2002(3).

18. Wang Feiyue, Xu Zhisheng, Feng Kai. Theoretical framework of visualization-based disaster digital simulation. Progress in Safety Science and Technology, 2006(6).

19. Wang, FY, Xu, ZS, Yang, KT, Jin, YJ. Phreatic Surface Matrix Method for Stability Analysis of Tailing Dam. Process in Safety Science and Technology, 2008(07).

20. Dong, LJ, Wang, FY, Bai, YF, Liu, YF.  A Fisher discriminant analysis model for prediction of seismic liquefaction of sand soil. Near-surface Geophysics and Human Activity. 2008.

21. Wang, FY, Dong, LJ, Xu, ZS. Study of Fuzzy Random Reliability Model of Tailings Dam under Earthquake Action. Applied Mechanics and Materials, 2011(1-4).

22. Wang, FY, Dong, LJ, Xu, ZS. Phreatic Line Predicted Method-based SVM for Stability Analysis of Tailing Dam. Applied Mechanics and Materials, 2011(1-4).

23. Wang, FY, Xu, ZS, Dong, LJ. Forecast Model of Phreatic Surface on Tailings Dam Based on GM-GRNN Theory. Applied Mechanics and Materials, 2011(1-4).

24. Wang, FY, Xu, ZS, Dong, LJ. Comprehensive Evaluation Model-based Fuzzy Math of Tailings Dam Stability. Applied Mechanics and Materials, 2011(1-4).

25. Wang, FY. Comprehensive model for predicting phreatic line of tailings dam using Grey theory and SVM method. Disaster Advances, 2013(01).

26. Wang, FY. Probabilistic analysis for safety factor of tailings dam under earthquake environments. Disaster Advances, 2013(04).

27. Wang, FY. Stability analysis of tailing dam based on phreatic line prediction using Random Forest method. Research Journal of Chemistry and Environment, 2013(01).


Awards
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1. Nansha Oil depot accident contingency plan at Guangzhou Development Oil Management Co.,Ltd.,the third prize in the Safety and technology achievement, National Coal Mine Safety Supervision Bureau,2004,ranking the second;