Associate Researcher Institute of Engineering and Technology, USTB
OFFICE 509 Keji Building
PHONE 0086-10-62332598
FAX 0086-10-62332947
EMAIL lijing6332@ustb.edu.cn
RESEARCH INTERESTS
Instrument and meter engineering, control theory and control engineering, instrument measurement and automatic control system of heat treatment furnace, and AC & DC electrical drive system control of hot and cold rolling mill.
More than 30 M.D. students graduated from the team.
EDUCATION
2004.09-2010.07 Ph.D. in Control Theory and Control Engineering, University of Science & Technology Beijing
1997.09-2002.03 M.D. in Control Theory and Control Engineering, University of Science & Technology Beijing
1991.08-1995.07 B.D. in Industrial Automation, University of Science & Technology Beijing
2017.11-2019.2 Visiting Scholar to University of Windsor, Canada
PROFESSIONAL EXPERIENCE
2002.07-2007.09 Assistant researcher, University of Science & Technology Beijing
2007.10- Associate professor, University of Science & Technology Beijing
AWARDS & HONORS
1. Name of Award: The 3rd Class of the China Metallurgical Science and Technology Award in 2007
Name of Project: The Development and Application Research of Plate Heat Treatment Line for Wuyang Iron and Steel Co. Ltd. (Plate Normalizing and Controlled Cooling)
2. Name of Award: The 2nd Class of the Prize for Progress in Science and Technology of Pingdingshan City in 2007
Name of Project: The Development and Application Research of Plate Heat Treatment Line for Wuyang Iron and Steel Co. Ltd. (Plate Normalizing and Controlled Cooling)
RESEARCH PROJECTS
1. Research and development of intelligent energy saving technology in hot rolling mill, 2019-2021
2. Research and development of intelligent pipeline robot detection device, 2017-2019
3. Study on the application of rare earth permanent magnet suspension seal technology in hot dip galvanized strip steel, 2012-2015
4. EIC system of heat treatment furnace in 4200mm medium plate plant, 2011-2015
5. Medium Temperature Mill System of National Key Laboratory, 2011-2012
6. Induction tempering Furnace project of National Engineering Research Center for Advanced Rolling Technology, 2010-2011
7. Electricity automation system of 1850mm (1+4) hot strip tandem rolling line, 2011-2013
8. EIC system of Normalizing Furnace of 4100mm Heavy Plate Plant, 2007-2010
9. EIC system of tempering Furnace of 4100mm Heavy Plate Plant, 2006-2008
10. Cold Rolling Mill renovation project of National Engineering Research Center for Advanced Rolling Technology, 2006-2008
11. EIC system of 1# Normalizing Furnace of 3500mm Heavy Plate Plant, 2006-2007
12. AC drive system for cold / hot straightening machine area of 4100mm new Heavy Plate Production line, 2005-2006
13. The development of AC-DC-AC inverter system with three-level PWM, National Engineering Research Center for Advanced Rolling Technology, 2005-2007
14. AC / DC drive system of 1580mm hot strip mill production line, Improving the profile of silicon steel, 2005-2006
15. 2# Normalizing Furnace EIC system of 4200mm Heavy Plate Plant, 2004-2005
16. EIC system of 1250mm continuous cold rolling mill, 2004-2005
17. Refurbishment for main and auxiliary drive system of 900mm Hot Strip Mill Production Line, 2002-2003
18. The research and development of AC speed regulator system for main drives of cold continuous rolling mill, National Engineering Research Center for Advanced Rolling Technology, 2002-2005
19. The automation, drive and instrument control systems of 400mm two Tandems reversing cold continuous rolling mill, 2000-2002
20. Main drive system digital refurbishment for 1700mm hot rolling mill, 1998-1999
21. Main drive system digital refurbishment for finishing mill stand of 1450mm hot strip mill production line, 1996-1998
PATENTS
1. The invention relates to a permanent magnet induction seal vertical hot dip galvanizing device, 2014.2, China
2. The invention relates to a method of using sodium hydroxide and sodium carbonate to capture carbon dioxide, 2018.6, China
3. The invention relates to a method of using potassium hydroxide and potassium carbonate to capture carbon dioxide, 2018.6, China
4. The utility model relates to a system that USES sodium carbonate and sodium hydroxide to capture carbon dioxide from flue gas, 2018.6, China
5. The utility model relates to a testing device for steel tube using rare earth permanent magnet material, 2019.6, China
6. The invention relates to a method for measuring tube wall thickness and quality defects of steel tubes by using rare earth permanent magnet materials, 2019.6, China
7. The utility model relates to a two-step cooling and self-heating device for eliminating white dehumidification and removing harmful particulate matter, 2019.7, China
8. A two-step cooling and self-heating method for dehumidification and removal of harmful particulate matter, 2019.7, China
PUBLICATIONS
1. Sen LIU, Jing LI, et al. Comprehensive application research of slag washing water and waste heat recovery of slag washing steam in blast furnace [100], 2016 seminar on metallurgical energy saving technology and energy recycling, 2016
2. Jing LI, Zhimi ZHANG, et al. Optimal application of nuclear principal component analysis in feature extraction [100], the 10th China iron and steel annual conference, 2015
3. Jing LI, Xiaozhan LI, et al. Finite element numerical simulation and application research of permanent magnet flow sealing technology for hot dip galvanizing [J]. Metallurgical automation, 2015 (3):50-55
4. Jing LI, Hongyan ZHAO. Application research of permanent magnet sealing technology on vertical hot dip galvanized pot [100], the 10th China iron and steel annual conference, 2015
5. Jing LI, Hongyan ZHAO, et al. The Research of Permanent Magnet Sealing Technology in Vertical Hot Galvanized Pot[J], Advanced Materials Research, 2013, 765-767:222-226
6. Jing LI, Xinjian WANG, et al. Research and Application of Improved Support Vector Machine in Temperature Control of Heat Treatment Furnace[J], Applied Mechanics & Materials, 2013, 380-384(Pt5):2011-2014
7. Jing LI, Qiushi WANG, Huachen LIAO. Research for Swing Heating Furnace Temperature Optimization System of Plate Roller-hearth Normalizing Furnace[J], Applied Mechanics & Materials, 2012, 380-384:2019-2022
8. Jing LI, Hailong ZHAI, et al. AGC research based on adrc [J]. Journal of wuhan university of science and technology natural science edition, 2013,36 (2) : 88-93
9. Jing LI, Xinjian WANG. Research and Application of Improved Support Vector Machine in Temperature Control of Heat Treatment Furnace[100] (CCC’13), 2013
10. Jing LI, Hongyan ZHAO. Research on the application of Permanent magnet sealing technology in vertical hot galvanized pot [100] (ICSCSM’13)
11. Jing LI, Qiushi WANG. Research for Swing Heating Furnace Temperature Optimization System of Plate Roller-hearth Normalizing Furnace[100] (ICSCSM'13) 2013
12. Xiaozhan LI, Jing LI, et al. Research on isa100.11a routing algorithm suitable for metallurgical environment [100], China iron and steel annual conference, 2015
13. Weiwei LING, Jing LI. Research and test of industrial wireless application in metallurgical industry based on isa100.11a protocol [J], manufacturing automation, 2014 (15) : 52-54
14. Jing LI, Ting XIE. Temperature prediction model of heat treatment furnace steel plate based on ls-svm [J], science and technology review, 2012,30 (08) : 41-44
15. Jing LI, Jing WANG, Zhi WEN, et al. Design and Application of Automation System on Roller Hearth Heat Treatment Furnace [J].Iron and Steel, 2006，Vol.41, No.6：52-55.
16. Jing LI, Xiaozhan LI, Jing WANG, et al. Development and application of heat treatment line in medium plate mill. [J]，Iron and Steel, 2009，Vol.44, No.2：83-87
17. Jing LI, Jing WANG, Chunhui HAO, et al. Research and application of process control system for roller hearth normalizing furnace[J]，Metallurgical Industry Automation, 2009，Vol.33, No.2：16-23.
18. Jing LI, Jing WANG, Yuntao ZHAO. Steel temperature prediction of heat treatment furnace based on differential neural network algorithm[J]. Journal of Wuhan University of Science and Technology. 2010,Vol.33 No.5:492-496
19. Jing LI, Jing WANG. Research of steel plate temperature prediction based on the improved PSO-ANN algorithm for Roller Hearth Normalizing Furnace[100]. WCICA2010, P2464-2469, 2010.
20. Jing LI, Jing WANG. Research of temperature predictive control based on LSSVM optimized by improved PSO for thick steel plate Roller Hearth Normalizing Furnace. [100]. WCICA2010, P3717-3721, 2010.
21. Jing LI, Jing WANG. Temperature Prediction based on PSO and SVM for Roller Hearth Heat Treatment Furnace [100]. ICNC'10,V8: P4327-4330, 2010.
22. Jing LI, Jing WANG, Yanglei. Optimized prediction algorithm with ACPSO - LSSVM for plate temperature prediction of heat treating furnace [J]，Control Theory and Application, 2011.
23. Jing LI, Jing WANG, LIU Sen, LIAO Huachen. An Improved Particle Swarm Algorithm for Complex Optimization Problems [J]，Control Engineering
24. Jing LI, Jing WANG. Application of Predictive Control to a Coiling Tension Control System[J]. Journal of University of Science and Technology Beijing. 2003，Vol.25, No.4: 354-357
25. Jing LI, Qiang GUO, Jing WANG, et al. Application of 100Base-FX in finishing mill main drive reformation at Middle and Wide Hot Rolling Strip Works in Lingyuan Iron and Steel Group Compan.Metallurgical Industry Automation, 2004, Vol.28, No.6：47-50
26. Jing LI, Jing WANG, et al. Reformation of Digital Control System of Finishing Mill for the Main Drive in 880mm Hot Strip Mill of Lingyuan Steel[J]. Electric Drive. 2004，Vol.34, No.6：37-40
27. Jing LI, Jing WANG, Lijie YU. Computer Control System of Double Stand Reversing Cold Rolling Mill[J]. Computer Measurement & Control, 2003, Vol.11, No.11: 859-862.
28. Dazhi ZHANG, Jing LI, Yulai CHEN, et al. Design and application of automatic control system for double stand reversing cold strip mill[J]. Metallurgical Industry Automation, 2003, Vol.27，No.4：41-45.
29. Qiang GUO, Jing WANG, Jing LI, et al. Control System for Rapid Cooling System for Plate Mill[J]. Iron and Steel, 2005，Vol.40, No.3：48-51.
30. Jing WANG, Lijie YU, Jing LI. Research on the Tension Control System of the Reversible Double Stands Cold Tandem Mill[J]. Electric Drive. 2004, Vol.34, No.1：62-64.
31. Yongjun ZHANG, Jing LI, Chunhui HAO, et al. Coiler control system of hot strip mill with TDC control and full frequency-variable speed adjustment[J]. Metallurgical Industry Automation, 2008，Vol.32, No.1.
32. Jing LI, Jing WANG, Zhi WEN, Rui LI, et al. Roller-hearth heat treatment furnace automatic control system design[100]. China Iron and Steel Annual Conference, 2005.
33. Yu TIAN, Jing WANG, Jing LI. Research on the Tension Control System of the ReversibleDouble Stands Cold Tandem Mill[J]. Electric Drive. 2004(1): 62-64
34. Liping SHAN, Jing WANG, Jing LI. Research and Application of Model of Steel Plate Temperature Prediction in RollerHearth Furnace [J]. Journal of Iron and Steel Research. 2008, 20(9): 50
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