Office Phone:(86) 10 6233 3700
Office Space:CivE 312
Email:guoqifeng@ustb.edu.cn
Resume:
Sept. 2003 to Jul. 2007, Bachelor Degree, Mineral Resources Engineering, University of Science and Technology Beijing
Sept. 2008 to Sept. 2009, Mining Engineering, University of Science and Technology Beijing (a successive postgraduate and doctoral program)
Sept. 2009 to Jan. 2013, Ph.D., Mining Engineering, University of Science and Technology Beijing
Mar. 2014 to Present, Lecturer, School of Civil and Resource Engineering, University of Science and Technology Beijing
Feb. 2017 to Mar. 2018, visiting scholar, University of Minnesota, USA
Research Field:
Rock mechanics of mines
Prediction and prevention of mining disasters
Geotechnical engineering stability
Undergraduate Courses:
Slope engineering
Masonry structure
Scientific Research Award Appraisal:
In 2018, China gold association science and technology first prize, Accurate identification of multi-field coupling environment and disaster prediction and control in deep mining of coastal mines, Second author in Project Signature, First author in School Signature.
Patent:
A kind of tubular rubber accumulator for anchor rod, authorized invention patent, ZL201510294218.7, authorized date: 2017.02, First author.
A fixed-centered-propulsion device for borehole TV probe, authorized utility model patent, ZL201720451416.4, authorized date: 2017.12, Second author.
Scientific Research Projects:
1. State Key Research Development Program of China: research on evolution mechanism and prevention and control of deep dynamic disasters, 2019.01 ~2021.12, major participant
2. Sub-project of State Key Research Development Program of China: technology and equipment of anti-freezing large-flow and long-distance slurry transportation, 2018.07~2021.06, chair
3. State Key Research Development Program of China: deep earth stress environment and disaster dynamics, 2016.07~2019.06, participant
4. National Science and Technology Infrastructure Program during the 12th Five-Year Plan Period: new caving mining technology and application in underground mines, 2013.01~2016.12, participant
5. National Natural Science Foundation of China: research on 2035 intelligent mining strategy of deep multi-field coupling, 2019.01~2020.12, major participant
6. National Natural Science Foundation of China: damage mechanics characteristics and failure mechanism of deep seabed mining rock mass, 2016.01~2019.12, major participant
7. Key Consulting Program of the Chinese Academy of Engineering: research on co-mining strategy of deep mineral and geothermal resources, 2019.03~2021.03, writer
8. Key Consulting Program of the Chinese Academy of Engineering: strategy and engineering technology of non-coal mine water resources protection and utilization, 2018.03~2020.03, writer
9. China Engineering Science and Technology 2035 Medium and Long Term Development Strategy Research Project: energy and mining field, 2015.01~2016.12, writer
10. Key Consulting Program of the Chinese Academy of Engineering: strategic research on innovative technology system of deep mining of metal ore in China, Jan. 2015.01~2015.12, major participant
11. State Key Laboratory of Water Resources Protection and Utilization of Coal Mining: damage and deterioration mechanism and aging stability analysis of coal pillar dam in concentrated brine storage, 2019.05~2021.05, chair
12. Hebei Mining Development and Safety Technology Laboratory: topographic effect research on dynamic response law of rock slope blasting, 2016.01~2017.12, chair
13. Fundamental Research Funds for the Central Universities TPA3: research on damage and failure mechanism of multiple coupled disturbed rock mass in deep mining, 2019.03~2020.11, chair
14. Fundamental Research Funds for the Central Universities TPA3: research on mining disturbance response and rock burst of deep high-stress rock mass, 2017.02~2017.12, chair
15. Fundamental Research Funds for the Central Universities TPA2: research on rock burst mechanism and energy evolution in deep well mining, 2015.10~2016.09, chair
16. Fundamental Research Funds for the Central Universities TPA1: research on the failure characteristics and energy evolution of hard rock in deep well mining, 2014.07~2015.06, chair
17. Enterprise cooperation project: study on the measurement and distribution of ground stress in baiyinhubuhuainaote mining area, 2018.09~2019.05, chair
18. Enterprise cooperation project: research on surrounding rock disturbance analysis and control technology for deep mining of sanshandao gold mine, 2016.06~2019.05, project executor
19. Enterprise cooperation project: research and development of 3d precise early warning platform and stability control of concave hill stope slope, 2016.03~2017.12, major participant
20. Enterprise cooperation project: comprehensive environmental analysis and stope stress test of Sanshandao gold mine engineering, 2013.03~2015.12, project executor