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Education:

1999.09-2003.07

University of Science & Technology Beijing, Civil and Resource Engineering School, B.A.

2007.09-2010.01

University of Science & Technology Beijing, Civil and Resource Engineering School, M.E.

Research direction:

 Geotechnical Engineering

Primary Teaching Course:

Civil Engineering Testing Technology and Method (Experimental course), 16 Class hours.

Rock Mechanics and Engineering (Experimental course), 8 Class hours.

Teaching/Research Awards:

1. Zhang Lei(7), Study on Safety Technology of Mining under Jinsha River, People's Government of Gansu Province, Gansu Science and Technology Progress Award, The Third Prize, 2014.

2. Zhang Lei(10), Study on Comprehensive Technology of Surface Deformation Control in Sanshandao Gold Mine, China Gold Association, The First Prize, 2013.

3. Zhang Lei(6), Study on Stability Analysis of Surrounding Rock and Open-pit Slope under Combined Open-pit and Underground Mining Conditions, China National Coal Association, China National Coal Association Science and Technology Award, The Third Prize, 2011.

4. Zhang Lei(19), Study on Comprehensive Technology of Safe and High Efficiency Mining for Large Seabed Gold Deposits, China Gold Association, Special award, 2010.

5. Zhang Lei(14), National Quality Resource Sharing Course- Rock Mechanics and Engineering, Ministry of Education, 2016.

Patent:

1. Patent for Utility Model, A Rock Splitting Tensile Testing Device, 201820982968.2.

2. Patent for Utility Model, Recyclable Flexible Linear Distributed Sensor Shell, 201830322707.3

3. Patent for Utility Model, A bolt axial dynamometer, 201621322667.4.

4. Patent for Invention, A Rheological Testing Machine for Anchor Structures and Its Method of 5. 5. Simulating Rheological Characteristics of Geological Structures, 201410324604.1.

6. Patent for Invention, A Layered Grouting Model Test System, 201410322854.1.

7. Patent for Invention, A System and Method for Measuring Rock Direct Tensile Strength and Deformation, 201310697933.6.

8. Patent for Invention, A Method for Measuring the Shear Strength of Discontinuous Shear Plane of Rock by Triaxial Compression, China, ZL201210100266.4.

Representative Papers:

1. Zhang Lei, Wang Bao-xue, Yang, Tong Research of Rock Triaxial Compression Test with Multilevel Confining Pressure, Site Investigation Science and Technology, 2007,03 :6~8+45.

2. Zhang Lei, Wang Bao-xue, Yang Tong, The research of rock triaxial compression with multilevel confining pressure and the data statistics, Experimental Technology and Management, 2008,02: 43~47.

3. Zhang Lei, Huang Zheng-jun, Wang Ai-xia, Research on experimental method of evaluating rock damage state by using resistivity, Experimental Technology and Management, 2012,03: 286~289+294.

4. Zhang Lei, Kou Jian-heng, Dou Mei-lin, Huang Zheng-jun, Monitoring and research on surrounding rock stress in roadway under the influence of goaf, Journal of Safety Science and Technology, 2015,11(8): 33~39.

5. Zhang Lei, Liu Yu, Huang Zheng-jun, Zhang Dong, Research on rock rigidity test technology based on catastrophe theory, Experimental Technology and Management, 2015,32(10): 46~48+51.

6. Zhang Lei, Huang Zheng-jun, Liu Yu, Study of direct shear test method of rock mass structure, Experimental Technology and Management, 2015,32(6): 55~58.

7. Zhang Lei, Huang Zheng-jun, Yang Tong, Wang Bao-xue, Study on test method for direct tension and deformation of rock, Experimental Technology and Management, 2016,33(4): 50~52.

8. Zhang, L. Yin, J.; Hu, N.L., Comparative analysis on rock strength criterion under considering of tensile strength，Transit Development in Rock Mechanics-Recognition, Thinking and Innovation - Proceedings of the 3rd ISRM Young Scholars Symposium on Rock Mechanics, 2014, 129-134. 

Participated in the compilation of industry norms:

1. Water conservancy industry standard of the People's Republic of China, Calibrating methods of rock direct shear test instrument, SL 121-2012, China Water & Power Press, 155084.959

2. Water conservancy industry standard of the People's Republic of China, Calibrating methods of measurement instrument of rock deformation, SL 122-2012, China Water & Power Press, 155084.961

Representative scientific research projects:

1. National Natural Science Foundation of China, 51774020, Macroscopic and Microscopic Characterization of Mechanical Behavior of Hard and Brittle Rocks and Mechanism of Strong Unloading-Temperature Coupling Effect of Surrounding Rock Damage, 2017-2021, Principal participants.

2. National Key R&D Program of China, 2016YFC0600801, Risk Analysis Theory and Optimum Design Method of Deep Shaft Construction Project, 2016-2020, Principal participants.

3. National Natural Science Foundation of China, 51534002, Multi-scale coordination mechanism of regional stress field and mining disturbance and multi-field coupling mechanism of rock burst inoculating, 2015-2020, Principal participants.

4. National Science and Technology Support Program, 2013BAB10B00, Research and Demonstration of Key Technologies for Shield Construction of Long-distance Inclined Shaft in Coal Mine, 2013-2015, Principal participants.

5. National Natural Science Foundation of China, 51174015, Study on Multi-band Coupling Characteristics and Critical Fracture Identification Model of Acoustic Emission from Impulsive Rocks, 2011-2015, Principal participants.

6. Youth Science Foundation Project of National Natural Science Foundation of China, 51004007, Study on Rheological Fracture Criterion of Rock under High Stress Conditions, 2011-2013, Principal participants.

7. Fundamental research funds for the central universities, FRF-AS-09-011B, Development and Planning of Urban Underground Space, 2017-2018, Person in charge.

8. Fundamental research funds for the central universities, FRF-UM-15-066, Study on Failure Mechanism and Early Prediction Method of Slope Engineering, Person in charge.