靖洪文教授

发布人:办公室时间:2017-07-12浏览次数:802

 

  靖洪文,男,1963年生,山东人,现任实验室常务副主任。博士后,二级教授,博士生导师,享受国务院政府特贴专家。主要从事深部岩石(体)力学特性,深部巷(隧)道围岩控制理论与技术领域的科学研究工作。目前主持国家重点基础研究发展计划“973计划”项目课题1项、国家自然科学基金重点项目及面上项目各1项;先后主持完成国家自然科学基金面上项目及国家科技支撑计划课题等50余项课题的研究;近年先后获国家科技进步奖二等奖2次,省部级科技进步奖18次;发表论文90余篇,  出版专著4部;获得授权发明专利20余项;兼任中国高校土木工程专业指委会委员、岩石力学与工程学报编委、采矿与安全工程学报及煤矿支护编委以及中国岩石力学与工程学会理事及测试专委会副主任委员、中国岩土锚固工程协会常务理事、江苏省岩土力学与工程学会常务理事以及中国煤炭工业协会煤矿支护专家组成员等职;指导毕业博士研究生、博士(后)20名,硕士研究生52名


Professor  Hongwen Jing

Address: .

The State Key Laboratory for GeoMechanics and Deep Underground Engineering,China University of Mining  & Technology, Daxue road 1#,Xuzhou,Jiangsu province,China

Email: hwjing@cumt.edu.cn

EDUCATION:

11/01~4/04: Postdoctorate (Geotechnical  Engineering)
            School of Civil Engineering,
            Tongji  University, Shanghai, China

1/96~6/01: PhD (Geotechnical  Engineering)
            School of Architecture and Civil  Engineering,
            China University of Mining & Technology, China  

9/94~6/96: M. Eng. (Geotechnical  Engineering)
            School of Architecture and Civil  Engineering,
            China University of Mining & Technology, China  

9/82~7/86: B. Eng. (Mine Construction  Engineering)
            School of Architecture and Civil  Engineering,
            China University of Mining & Technology, China  

CAREER:

12/01~now: Professor and Dean
            School of Architecture and Civil Engineering,
            China University of Mining & Technology, China

1/97~11/01: Associate Professor and SubdeanSchool of Architecture and Civil Engineering,
            China University of Mining & Technology, China

12/91~12/96: Lecturer and  Subdean
            Department of Civil Engineering,
            School of Architecture and Civil Engineering,
            China University of Mining & Technology, China

7/86~11/91: Assistant Lecturer
            The staff room of well lane,
            Department of Mine Construction,  
            China University of Mining & Technology, China  

Research  Interests:

1.Rock mechanics
Major in the discontinuous rock mechanics, especially the post-peak mechanical properties of rocks in full stress-strain process.


2.Support theory and rock classification
Focus on the stability control mechanism of deep roadways and the classification of rocks surrounding the roadways. One support theory based on the thickness of broken rock zone of rocks surrounding roadways was put forward and proved in many practical projects.

3.Support techniques of deep  roadways
Research on stability control techniques of deep roadways excavated in soft rocks and coal seams. The bolt supporting technology and its design method were developed and effectively used in deep roadways.

Completed  or ongoing projects:

1.1/07-12/09: Deformation, the whole course of failure and stable control mechanism of surrounding rock in deep mining, which is funded by national natural science foundation.

2.1/07-12/09: Research on the real-time detection technology of digital visualization and its application, which is funded by the important science & technology project of the education minister.

3.1/06-12/08: Study on failure mechanism of surrounding rock and optimum support technology in deep mining, which is funded by the “qing-lan project” funds of university and college in Jiangsu province.

4.3/04-12/07: Movement of mining overburden and the stability of roadway, which is funded by national natural science foundation.

5.1/05-12/05: Evolution model of digging, failure, equilibrium of supporting in deep mining, which is funded by national natural science foundation.

6.1/01-12/05: The integrated and experimental modelling system of underground engineering under complex geology condition, which is funded by the construction of key subject’s project in the ministry of education 211 engineering.

7.1/03-12/04: The information research in electromagnetic radiation of creep tests of water-bearing rocks, which is funded by Chinese postdoctoral science foundation.

LIST OF  PUBLICATIONS:

Books:

1.H.W. Jing, The application and analysis of rock displacement in thick broken rock zone around deep roadways, Printed by China University of Mining and Technology Press, P.R. China, 2001.

2.M.C. He, H.S. Yuan & H.W. Jing, etc, The bolt supporting theory and its   practice in coal mines of China, Printed by Science Press, P.R. China, 2005.

3.F.T. Dong & H.W. Jing, etc, Supporting Theory Based on Broken Rock Zone and   Its Application, Printed by China Coal Industry Publishing House, P.R. China, 2001.

4.C.M. Chen, J.P. Wang, G.Q. Zhou & H.W. Jing, etc, New Progresses in Mine   Construction Engineering, Printed by China University of Mining and Technology Press, P.R. China, 2005.  

Journal papers:                                         

5.Y. Ma, H.W. Jing & Y.H. Chen, “Numerical Simulation of Failure Mechanism of Surrounding Rocks in Mining Induced Roadway and Its Support”, Journal of Mining & Safety Engineering, 2007Vol.24No.1:P109-113.

6.Y.H. Li, H.W. Jing & H.H. Zhu, etc, “A technique of identifying shear band  accurately in granular soil using image correlation analysis”, Rock and Soil  Mechanics, 2007 Vol.28No.3:P522-5263.

7.Y.H. Li & H.W. Jing. etc, “Experimental investigation on progressive deformation patterns of sand foundation in centrifuge test using digital photogrammetry”, Chinese Journal of Geotechnical Engineering, 2006Vol.28No.3:P306-311.

8.H.W. Jing & G.A. Xu, etc, “Analysis of Displacement of Broken Surrounding Rock of Deep Roadway”, Journal of China University of Mining﹠Technology”, 2006  Vol.35No.5:P565-570.

9.D.C. Yu & H.W. Jing, etc, “Design and Experience of Retaining Wall in Medium and Small Coal Bunker”, Coal Engineering, 2006No.1:P26-27.

10.G.A. Xu & H.W. Jing, “Study on Intelligent Prediction of Broken Rock Zone Thickness of Coal Mine Roadways”, Journal of China University of Mining & Technology, 2005Vol.34No.2:P152-155.

11.H.W. Jing, Y.H. Li & G.A. Xu, “Analysis of surrounding rock stability of deeply buried roadways and study on its control techniques”, Rock and Soil Mechanics,2005 Vol.26No.6:P876-880,888.

12.Z.S. Ma & H.W. Jing, “Analysis and Countermeasure of Mechanism analysis on   Destruction of Gabby and Top Coal Lane in Deep Mine”, Ground Pressure and Strata Control, 2004Vol.21No.3:P31-33.  

13.H.W. Jing & G.A. Xu, “Numerical Analysis on Displacement Law of Underground Broken Rock Mass”, Chinese Journal of Rock Mechanics and Engineering, 2003, Vol.22No.8:P1281-1286. 

14.H.W. Jing,“Experimental study on dilatancy nature of the rock post-peak behavior”, Rock and Soil Mechanics,2003Vol.24No.1:P93-102.

15.H.W. Jing & C.H. Duan,  “Research on anti tear steel strip of high strength bolt support system”, Coal Science and Technology, 2003Vol.31No.12:P16-19.  

16.H.W. Jing, G.A. Xu & Z.S. Ma, “Numerical Analysis on Displacement Law of Disconinuous Rock Mass in Broken Rock Zone for Deep Roadways”, Gournal of China University of Mining and Technology, 2001Vol.11No.2:P132-137.

17.C.T. Fan & H.W. Jing,“Research on the Large Surrounding Rock Loose Circle in Roadway Support”, Ground Pressure and Strata Control, 2000 No.2:P14-15.

18.H.W. Jing, H.W. Song & Z.H. Guo,“Study on Deformation Mechanism of Broken Zone Around Soft Rock Roadway and Its Control Technique”, Journal of China University of Mining & Technology,1999Vol.28No.6:P560-564.

19.H.W. Jing, G.B. Fu & Z.H. Guo, “Measurement and analysis of influential factors of broken zone of deep roadways and study on its control technique”, Chinese Journal of Rock Mechanics and Engineering, 1999Vol.18No.1:P70-74.

20.H.W. Jing & S.Z. Ma, “On the classification and Tactics of Large Surrounding Rock Loose Circle to Soft Rock Engineering”, Ground Pressure and Strata Control, 1999 No.1:P30-32.  

21.H.W. Jing & S.B. Mou, “Experimental Study on the Dilatancy Nature of Rocks under Zero Confining Pressure”, Journal of China University of Mining﹠Technology, 1998Vol.27No.1:P19-22.

22.H.W. Jing & Y. An, “Discussion of Bolt Support Theory”, Mine Construction

Technology, 1998Vol.19No.4:P30-33.

23.H.W. Jing, G.B. Fu & F.T. Dong, “Study on the Pre-Classification of Surrounding Rock of Deep Roadways Based on the Thickness of Broken Zone”, Journal of China University of Mining & Technology,1996Vol.25 No.2:P45-49.

24.H.W. Jing & L.X. Wu, “Inquiry into Bolting in Actual Mining Roadway and Practice”, Ground Pressure and Strata Control, 1995 No.3:P135-137. 

25.H.W. Jing & G.B. Fu, “Strengthening Research on Anchor Mesh Supporting of Dynamical Pressure in Coal Roadway of Deep Mine”, Ground Pressure and Strata Control, 1995 No.1:P53-56. 

26.S.M. Lu & H.W. Jing, “Research and Practice of Concrete Injection Rock Bolting Mechanism”, Mine Construction Technology, 1994No.4:P14-18. 

27.H.W. Jing & F.C. Chen, “Experimental Research of Bolt-Shotcrete Web for Soft Rock Roadway Supporting in Deep Mine”, Mine Construction Technology, 1994Vol.37 No.4:P28-31.

Refereed Conference Papers:

28.Y.H. Li, H.H. Zhu & H.W. Jing,“Experiment observation of shear deformation patterns in sands using digital photogrammetry”, ASCE Geotechnical Special Publication (GSP), International Conference, Shanghai, Jun.2006.

29.Y.H. Li & H.W. Jing, etc, “Development of GIS-Based dynamic monitoring and integrated intelligence prewarning system of mine disaster”, New Progresses in Mine Construction Engineering, National Conference on the Mine Construction, Urumchi, Jul .2005. 

30.H.W. Jing, G.A. Xu & K.F. Chen, “Application of  DDA to analyzing the displacement of broken rocks around deep openings”, 5th International Symposium on Mining Science and Technology, pp.383-386.  

Professional Society:
1.Society of Rock Mechanics and Engineering in Jangsu Province, Member of Council.
2.Chinese Society of Rock Mechanics,Member.
3.China coal society, Member.

Awards: 

1.Awarded by Chinese Government because of the research achievements benefiting to safety and lower costs for coal mines in china, the awards are as follows:


(1)Study on instability mechanism and controlling technology of secondary working in coal roadway under difficult and complex conditions (2006) The 2nd prize in science & technology progress awarded by China Coal Industry.


(2)Research of comprehensive control techniques for deep roadways with broken   surrounding rocks in Pingdingshan mining area (2005) The 2nd rank prize in science & technology progress awarded by China Coal Industry.


(3)Study on instability mechanism of soft and loose rocks surrounding deep roadways and dynamic repeat supporting technology (2005) The 2nd prize in science & technology progress awarded by The Progress of Science and Technology of Henan Province.


(4)Study on stability mechanism of deeper fragmenting surrounding rock tunnel in a high stress and its control technique (2005) The 2nd prize in science & technology progress awarded by China Coal Industry.


(5)Study on rock pressure of roadway of fragmenting surrounding rock tunnel in a high stress in tectonic complx zone and its supporting technology (2004) The 2nd prize in science & technology progress awarded by State Safety Supervision Bureau.


(6)Study on supporting mechanism of three-soft coal roadway and soft rock roadway in deep mining and its technique (2004) The 3nd prize in science & technology progress awarded by The Progress of Science and Technology of Henan Province.


(7)Research of 8000Kt/a mine production technique with the Equipment Made in China(2003) The 2nd prize in science & technology progress awarded by The Progress of Science and Technology of Shandong Province.          


(8)Research of 8000Kt/a mine production technique with the Equipment Made in China (2003) The 1nd prize in science & technology progress awarded by China Coal Industry.


(9)The modem mine construction and technology and equipment of 6000kt/a production capacity of fully mechanized caving coal face (2002) Ten most prominent science and technology achievements in China Coal Industry.

2.Recived International Engineering TechnologyIETEducation foundation, a prize to top graduate student, and Permitted for entering into doctorate study one year in advance;

3.Awarded by CUMT for high teaching quality in 1996 and 1998.