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EDUCTION & WORKING EXPERIENCE：  

September 2005-June 2009, Bachelor of Civil Engineering, Beijing University of Science and Technology,

September 2009-June 2011, Master of Mining Engineering, Beijing University of Science and Technology

September 2011 - January 2015, Doctor of Mining, Beijing University of Science and Technology

April 2015 - June 2017, Teacher and Lecturer, School of Civil and Resource Engineering, Beijing University of Science and Technology

July 2017-present, Associate Professor, School of Civil and Resource Engineering, Beijing University of Science and Technology

February 2016-January 2017, Visiting Fellow, Institute of Technology, Tokyo University,

RESEARCH FIELD：

1. Stability Control and Disaster Control of Goaf in Metal Mines

2. Mine Pressure and Rock Mechanics

UNDERGRSDUATE COURSE：

1. 《Construction Technology of Underground Engineering》

PATENT AWARD APPAISAL:

INVENTION PATENT：

1. A method for filling large-scale goaf group， CN201210565190.2

2. A roof jointing process in filling treatment of goaf，CN201310173622.X

PRIZE：

1. Research and Application of Ground Pressure Monitoring, Early Warning and Control Technology for Deep Mining in Large Gold Mines, China Gold Enterprise Association Science and Technology Award, First Prize for Scientific and Technological Progress, May 2016

2. Research and Application of Safe and Efficient Mining Method for Large Deep Complex Gold Deposits, China Gold Enterprise Association Science and Technology Award, Second Prize for Scientific and Technological Progress, May 2016

3. Mechanized Fine Mining Technology for High Altitude Steep Inclined Thin Orebody, China Gold Association, Second Prize for Scientific and Technological Progress, May 2014

4. Research on Comprehensive Cooperative Technology of Large Area Complex Goaf Group Filling Treatment and Open Pit Tailings Dry Heap, China Metallurgical Mine Enterprise Association, Third Prize for Scientific and Technological Progress, April 2015

5. Study on Surface Misalignment Mechanism and Its Impact on the Stability of Important Buildings in the Western District of Chengchao Iron Mine, China Metallurgical and Mining Enterprise Association, Second Prize for Scientific and Technological Progress, March 2017

APPRAISAL：

1. 2010.03-2012.12, Research on Key Technologies of Large Area Goaf Treatment and Pillar Recovery and High Efficiency Filling Mining, Main Participants, Conference Appraisal, China Association of Metallurgical Mining Enterprises

2. 2012.03-2013.07, Research and Application of Mechanized Safe and Efficient Mining Technology in High Altitude Area, Main Participants, Conference Appraisal, Qinghai Science and Technology Department

3. From May 2012 to December 2013, the study on the mechanism of surface misalignment and its impact on the stability of important buildings (structures) in the western area of Chengchao Iron Mine. Main participants, conference appraisal, China Association of Metallurgical Mining Enterprises

4. 2012.07-2014.09, Chengchao Iron Mine - 500m level and below ore body filling mining technology research, main participants, conference appraisal, China Metallurgical Mining Enterprise Association

RESEARCH PROJECT：

1. Longitudinal Project, China Post-doctoral Science Foundation Project, Research on Degradation Mechanism of Deep Hard Rock Strength Induced by High Stress Dynamic Strong Unloading Effect, 2016.10-2017.06；

2. Fundamental Research Business Fee of Central University, Research on Mesoscopic Degradation and Damage Mechanism of Hard Rock under Multi-field Coupled Complex Unloading Effect, 2015/10-2017/09, Presided over；

3. National Natural Science Foundation of China, from January 2014 to the present, damage evolution mechanism and stability of goaf in deep hard rock mines under multi-field coupling；

4. PhD Foundation Project, 2013.01-2016.12, Study on Stability of Goaf Based on Fine Quantitative Characterization of Microstructure of Fractured Rock Mass；

5. Horizontal Topic, 2016.10-2018.06, Research on Deep Ground Pressure Appearance Law and Control Technology in Jiaojia Gold Mine；

6. Horizontal Topic, 2017.06-2018.12, Research and Application of Ground Pressure Appearance Law and Control Technology in Deep Mining of Chuanzhuang Gold Mine；

7. Lateral Topic, 2010.10-2015.12, Research and Application of Deep Ground Pressure Appearance Law and Control Technology in Xiadian Gold Mine；

8. Lateral topic, research on detection and control technology of hidden goaf in caving mining of Xiadian Gold Mine, 2016.01-2017.12 million yuan, 480 million yuan, has been completed and participated in.；

9. Horizontal Project, 2010.03-2012.12, Key Technologies of Large Area Goaf Treatment and Pillar Recovery and High Efficiency Filling Mining；

10. Provincial and ministerial projects, 2012.03-2013.07, research and application of mechanized safe and efficient mining technology in high altitude areas;

11. Horizontal topic, 2012.05-2013.12, the mechanism of surface misalignment and its impact on site stability of important buildings in Chengchao Iron Mine West Area;

12. Horizontal topic, 2012.07-2014.09, Chengchao Iron Mine - 500m level and below ore body filling mining technology research；

13. Horizontal topic, 2010.07-2014.03, Chengchao Iron Mine West - 430 meters above the level of pillar filling mining technology research;

14. Horizontal topic, 2013.05-2013.12, Chengchao Iron Mine West - 500 meters above the level of filling mining technology on-site tackling key problems;

15. Lateral topic, 2010.08-2014.05, study on filling mining method in Western Chengchao Iron Mine;

16. Lateral topic, 2012.04-2015.12, research and application of safe and efficient mining method for deep orebody in Dayinggezhuang Gold Mine;

REPRESENTATIVE PAPERS & WORKS：

JOURNAL ARTICLES：

(1) FU Jianxin，SONG Weidong，TAN Yuye，Study on microstructural evolution and strength growth and fracture mechanism of cemented tailings backfill，Advances in Materials Science and Engineering，2016.11.01，2016(2016)：1~13.

(2) FU Jianxin，SONG Weidong，TAN Yuye，Study of Stability and Evolution Indexes of Gobs under Unloading Effect in the Deep Mines，Geomechanics and Engineering.

(3) FU Jianxin，SONG Weidong，TAN Yuye，Criterion of Local Energy Release Rate of Gob Destabilization in Deep Mines under Unloading Stress Path[J]，International Journal of Mining Science and Technology

(4) Fu Jianxin, Song Weidong and Tan Yuye, criteria for local energy release from instability of deep goaf considering unloading stress path, Journal of Rock Mechanics and Engineering, 2016.2.1, 35(2): 217-224.

(5) Fu Jianxin, Song Weidong, Yu Chai Gongbo, some research progress and prospects of rock time dependence characteristics and confining pressure effect, Journal of Rock Mechanics and Engineering, 2016.12.01, 35 (S2): 3653-3687.

(6) Fu Jianxin, Du Cuifeng, Song Weidong, Strength Sensitivity and Failure Mechanism of Cemented Tailings Filling, Journal of Beijing University of Science and Technology, 2014.9.01, (09): 1149-1157

(7) Fu Jianxin, Song Weidong, Tan Yuye, Experimental study on strength and acoustic emission characteristics of diorite porphyry under complex loading and unloading paths, Journal of Rock Mechanics and Engineering, 2016.10.01, 35 (S2): 3858-3867

(8) Fu Jianxin, Song Weidong, Du Jianhua, Study on Surrounding Rock Disturbance Law in the Formation of Goaf Groups in Metal Mines, Geotechnical Mechanics, August 10, 2013, (S1): 508-515

(9) Fu Jianxin, Tan Yuye, Song Weidong, Stability Analysis of Unsaturated Soil Slope Considering Two-dimensional Rainfall Infiltration, Journal of Northeast University (Natural Science Edition), 2014.11.15, (11): 1646-1649

(10) Fu Jianxin, Song Weidong, Du Jianhua, Sun Xinbo, Study on Roof Mechanics Model and Surrounding Rock Disturbance Law of Steeply Inclined Thin Orebody in Medium-deep Hole Mining, Journal of Rock Mechanics and Engineering, 2014.1.15, (S1): 3277-3283

(11) Fu Jianxin, Song Weidong, Du Jianhua, Transient Volume Moisture Content Analysis of Unsaturated Soil Slope Considering Two-dimensional Rainfall Infiltration, Journal of Engineering Science, 2015.5.01, (04):407-413

(12) Fu Jianxin, Song Weidong, Tan Yuye, Damage Creep Analysis and Instability Delay Time of Super High Pillars Considering Initial Defects, Journal of China University of Mining and Technology, 2017.01.15, 35 (2)

(13) Fu Jianxin, Tan Yuye, Song Weidong, Study on Rainfall Infiltration Mechanism of Overlying Loess Layer in Collapse Mining Area by Caving Method, Journal of China University of Mining and Technology, 2015.3.01, (02): 349-353+366

(14) Fu Jianxin, Du Jianhua, Song Weidong, Study on Mechanics Mechanism of Soil Deformation in Construction of Shallow-buried Subway Crossing, Journal of Underground Space and Engineering, 2013.10.15, (S1): 1604-1612

(15) Fu Jianxin, Du Jianhua, Song Weidong, Research on Stress Regulation Mechanism between Soil and Lining Structures in Shallow Underground Excavation Construction, Construction Technology, 2014.10.10, (19):101-105+112

(16) Fu Jianxin, Song Weidong, Tan Yuye, 3D Fractal Characteristics and Surface Simulation of Complex Roof in Goaf, Journal of Central South University (Natural Science Edition)

(17) Fu Jianxin, Song Weidong and Tan Yuye, stability analysis of deep goaf considering unloading effect and energy distribution of surrounding rock, Geomechanics

(18) Fu Jianxin, Song Weidong, Tan Yuye, the influence of overlap rate of double-deck goaf on stability of isolated roof pillar and its mechanical model, Journal of Mining and Safety Engineering

(19) Fujianxin, Song Weidong, Tan Yuye, Sensitivity Analysis of Rock Mass Mechanics Parameters Influencing Roadway Deformation Characteristics, Journal of Zhejiang University Engineering Edition

(20) Fu Jianxin, Du Jianhua, Tan Yuye, Study on Roof Caving Process and Mechanism of Mining Hidden Goaf by Caving Method with Slowly Inclined Thick Orebody, Journal of Mining and Safety Engineering

(21) Song Weidong, Fu Jianxin, Wang Dongxu, Physical and numerical simulation study on failure law of surrounding rock in open-pit to underground mining, Journal of Coal Science, 2012.2.15, (02):186-191

(22) ong Weidong, Fu Jianxin, Du Jianhua, Zhang Chaorei, Stability Analysis of Goaf Groups in Metal Mines Based on Precision Detection, Geotechnical Mechanics, 2012.12.10, (12):3781-3787

(23) Yang Yuxiang, Fu Jianxin, Song Weidong, the influence of goaf formation and filling treatment on surface movement in metal mines, Journal of Northeast University (Natural Science Edition), 2015.5.1, 36 (S1): 131-136

(24) Zhang Haibo, Song Weidong, Fu Jianxin, Critical Parameters and Stability Analysis of Roof Instability in Large Span Goaf, Journal of Mining and Safety Engineering, 2014.1.15, (01):66-71

(25) Song Weidong, Cao Shuai, Fu Jianxin, Jiang Guojian, Wu Feng, Sensitivity Analysis and Applied Research on Influencing Factors of Pillar Stability, Geotechnical Mechanics, 2014.6.15, (S1): 271-277

MONOGRAPH：

(1) Fu Jianxin, Song Weidong, Du Cuifeng, Tan Yuye, Damage Instability Mechanism and Stability Control Technology of Goaf in Hard Rock Mines, Metallurgical Industry Press, 35, 2016.08.01

(2) Song Weidong, Fu Jianxin, Tan Yuye, Technology for Disaster Prevention and Control in Goaf of Metal Mines, Metallurgical Industry Press, 25, 2015.9.1