Tu Min, professor, doctor, director of mining engineering department of Anhui University of Science and Technology, doctoral supervisor, member of International Rock Mechanics Society, member of Mining Professional Committee of China Coal Society, director of Anhui Rock Mechanics and Engineering Society, member of Anhui Coal Mine Safety Expert Group, deputy secretary-general of Anhui Mining Professional Committee, member of Huainan Safety Production Expert Group, editor-in-chief of Journal of Mining and Safety Engineering.

Chinese name: Tu Min

Nationality: China.

Ethnic group: Han nationality

Date of birth: 1964 10 month

Occupation: professor, doctor

Graduation school: Anhui University of Science and Technology

Representative work: "Coal Mine Safety Regulations"

brief introduction

At present, he is mainly engaged in the research of mining rock mechanics and mine pressure and control, and has published more than 40 academic papers in national key journals such as Journal of Coal, Journal of Rock Mechanics and Engineering, among which 4 papers have been included by Ei. Published 4 academic works and teaching materials, and instructed 2 1 graduate students.

He won five national and provincial scientific research awards, including the second prize of National Science and Technology Progress 1 and the special prize of China Coal Industry Association 1.

Participate in the compilation of coal mine safety regulations, be responsible for the compilation of questions and answers about coal mine safety regulations (mining), mining and water prevention, and participate in the compilation of national tenth five-year plan textbooks.

He presided over the research of many major national projects such as the Eleventh Five-Year Plan and the National Natural Science Foundation, and undertook more than 20 scientific research projects entrusted by enterprises.

achievement

Published papers

1. Study on fracture development height of mining rock mass in Panxie mining area, Coal Science, 2004№6

2. Study on periodic roof caving law of short-wall hydraulic coal mining, Journal of Rock Mechanics and Engineering, 2004№ 15,

3. Experimental study on mining waterproof coal pillar in thick loose layer and ultra-thin overlying thick coal seam, Journal of Rock Mechanics and Engineering, 2004№20,

4. Development of dynamic principle of formation preparation fault in 4.HeroofintheCoalseamining, International Security Conference 2004№ 10.

5. Study on the change of roof separation cracks in fully mechanized top-coal caving mining, Coal Science and Technology 2004№4

6. Analysis of overlying strata movement and failure in mining under extra-thick loose and strong aquifer, Mine Pressure and Roof Management 2004№2

7. Study on roof caving law of coal seam mining under thick loose roof, Mine Pressure and Roof Management, 2004№4.

8. Numerical simulation of floor failure in mining above confined water. Mine pressure and roof management, 2005№2.

9. Research on efficient short-wall mechanized coal mining technology. Coal science and technology 2005№ 12.

10. Study on deformation law of protected coal seam in long-distance mining with lower protective layer. Journal of Mining and Safety Engineering, 2006,23 (3): 253-258

1 1. Research and application of pressure relief effect of long-distance mining overlying coal and rock mass with lower protective layer. Journal of Mining and Safety Engineering, 2007,24 (4): 418-422.

12. Analysis and control of the influence of mining under protective layer on overlying roadway. Journal of Mining and Safety Engineering.2008,25 (4): 426-430.

13. Mechanical analysis and application research of mining rock mass in pressure relief mining of coalbed methane. Doctoral thesis of China University of Mining and Technology. 2008.4

Winning record

From June, 5438 to February, 2007, "Study on seepage law of broken rock mass and its application in prevention and control of water inrush in coal mine" won the second prize of national scientific and technological progress;

In June, 2008, 165438+ 10, "Key Technology of Pillarless Coal and Gas Mining in Low Permeability Coal Seam Group" won the special prize of China Coal Industry Association;

065438+2007 10 "Research on Prevention and Control of Rock Mass Seepage Catastrophe in Coal Mining" won the first prize of scientific and technological progress of the Ministry of Education;

From June, 5438 to February, 2006, the law of seepage in broken rock mass and its application in the prevention and control of sudden disasters in coal mines won the second prize of scientific and technological progress in Jiangsu Province;

In 2005, "Research on Teaching Reform and Development Direction of Mining Engineering Specialty" won the second prize of teaching achievement in Anhui Province.

Publish textbooks and monographs

1. Mining Damage and Environmental Protection, Coal Industry Press, textbook of the Tenth Five-Year Plan.

2. Questions and answers about coal mine safety knowledge (mining), Coal Industry Press.

3 coal mine safety knowledge quiz (mining and water prevention) revised edition, Coal Industry Press.

4. The 11th Five-Year National Planning Textbook, Mining Science. China University of Mining and Technology Press.

5. Mine mining design.

The main scientific research projects we undertake are:

1. "Eleventh Five-Year Plan" National Science and Technology Support Project (2007BAK28B02): Safe and Efficient Mining Technology and Equipment for High Gas and Strong Outburst Coal Seam —— Research on Y-ventilation Gas Mining without Pillar in Low Permeability Coal Seam Group.

2. "Eleventh Five-Year Plan" National Science and Technology Support Project (2007BAK28B02): Research on Safe and Efficient Mining Technology and Equipment for High Gas and Strong Outburst Coal Seam —— Mechanized Safe and Efficient Rapid Excavation Technology and Equipment for Rock Roadway.

3.2008 National Natural Science Foundation Project (second participant) (50874 103): Study on the evolution law of water inrush disaster in coal seam floor.

4. Basic theory of coal and gas mining based on dynamic evolution of mining fracture field (0704 14 170)

5. Research on strata behavior law and control technology of progressive mining.

6. Research on roadway driving support and gas fire prevention and extinguishing technology along goaf with dynamic pressure.

7. Close-distance roadway support and surrounding rock control technology in dynamic pressure goaf

8. Theoretical research on coal and gas mining.

9. Research on deformation and control technology of floor heave in gob-side entry driving.

10. Research on upward mining and remote pressure relief mining technology in deep wells

1 1. study on caving characteristics and strata behavior of extra-thick hard roof

12. Research on Rapid Retreat and Harvest Technology of Fully Mechanized Mining Face

13. Study on coal pillar size and strata behavior law of two lanes in isolated island working face

14. Study on deformation mechanism and control technology of surrounding rock under the influence of dynamic pressure

15. Dynamic influence of long-distance mining under protective layer on mining stability of overlying roadway and coal seam