Title: Senior Engineer
Address: University of Science and Technology Beijing, No. 30, Xueyuan Road, Haidian District, BeijingPostcodes: 100083
Office: Electrical and Mechanical Building 505
Email: linfengqin@ustb.edu.cnEducation Background:
1995.09-1999.06 University of Science and Technology Beijing, Bachelor, Automation Department
2002.09-2005.04 University of Science and Technology Beijing, Master, School of Information Engineering, Control Theory and Control Engineering
Work Experience:
1999.07~2002.9 Fifteenth Institute of the former Ministry of Information Industry
2005.04~2021.3 Institute of Engineering Technology, University of Science and Technology Beijing
2021.03~today College of Automation, University of Science and Technology Beijing
Research Field:
Laboratory Simulation of Metallurgical Industrial Process
Research on intelligent heating process in metallurgical industry
Primary Teaching Courses:
Representative Papers:
1. Process control system of tempering heat treatment line for Medium thickness coil factory, Industrial Heating, 2013, V42, No.4, P1-3;
2. Design and application of slab tracking system for CSP tunnel furnace, metallurgical automation, 2015,03 67-70+80;
3. Mathematical Model of heat treatment line based on dynamic heating coefficient, Steel Rolling, 2015, 0644-66 +77;
4. Research and application of CSP tunnel furnace temperature optimization control model, The 10th Iron and Steel Annual Conference, 2015;
5. Research and application of CSP tunnel furnace transfer point control model, metallurgical automation, 2015,05 46-50;
6. Upgrading of CSP Tunnel furnace process control system, Industrial Heating, 2019, Vol.48 No.1;
7. Research on intelligent Temperature control of Roller bottom Heat Treatment Furnace, Annual Conference on Steel Making, 2019.
Software Copyright:
1. Rough rolling simulation experiment platform software 2017SR128563
2. Slab temperature calculation software of walking beam furnace V1.0 2017SR127562
3. Temperature setting software for walking beam furnace V1.0 2017SR283425
4. CSP tunnel furnace transfer point calculation software V1.0 2017SR737053
5. CSP tunnel furnace temperature self-learning calculation software V1.0 2019SR1106647
6. CSP tunnel furnace temperature optimization software V1.0 2019SR1075902
Patents:
1. A method of data communication between model system and Web monitoring screen 201210343143.3
2. A self-learning method to improve the prediction accuracy of strip full-length coiling temperature 201210301754.1
3. A method for determining the loading time of steel and preventing damage of pre-furnace equipment by hot-feed billet ZL202010066152.7
4. A fully automatic loading strategy for slab number detection based on machine vision ZL202010149620.7
5. A method and device for optimizing furnace temperature with dynamic perception of heating furnace working conditions 202210409781.4 (substantive examination)
Achievements and Honors:
1. In 2007, the first prize of the Ministry of Education for Science and Technology Progress in Colleges and Universities, Research on type and shape integrated control technology of the hot continuous rolling mill for wide strip steel;
2. In 2008, the first prize of Metallurgical Science and Technology, Research and application of automatic control system for hot continuous rolling of wide strip steel;
3. In 2015, the first prize of Metallurgical Science and Technology, Key technology and application of free rolling schedule for hot continuous rolling of wide strip steel;
4. In 2017, the second prize of the Experimental Technology Achievement Award of Beijing University of Science and Technology, Development of the simulation and optimization control platform for the whole process of steelmaking-continuous casting- rolling;
5. In 2018, third Prize of Outstanding Grassroots Party Organization Activities of University of Science and Technology Beijing; Outstanding Party Branch Secretary of Engineering Technology Research Institute;
6. In 2019, Outstanding Communist Party Member of University of Science and Technology Beijing;
7. In 2020, the first prize of metallurgical Science and Technology, "Key Technologies of CSP Process Control System for High-precision Rolling of Multi-product specifications";
8. In 2020, the second prize of the 29th Education and Teaching Achievement of University of Science and Technology Beijing, Exploration and Practice of Teaching Reform of Practical Courses of Automation Specialty Based on Cloud View Interaction;
9. In 2021, Excellent instructor of CIMC "Siemens Cup" China Intelligent Manufacturing Challenge
10. In 2021, Special prize of the 30th Education and teaching achievement of University of Science and Technology Beijing, "Strengthening the cultivation of Creative Innovation and entrepreneurship Ability of Automation Major, Creating Composite Innovative talents for New Engineering";
11. In 2022, "Automatic Production Line Practice Training" won the Beijing Curriculum Ideological and Political Demonstration course.
Research projects undertaken/participated in:
Longitudinal subject:
1) In 2019, 2019 Industrial Internet Innovation and Development Project -- Industrial Mechanism Model Database Project, GWYQ2020007, other ministries and commissions of the State Council, provincial and ministerial level
2) In 2018, Energy Intelligent Management and Control System of Hot Rolling Production Line and Energy Saving Optimization of Process, YYZGQT18070603, provincial, municipal, autonomous region, provincial and ministerial level
3) In 2015, Study on Dynamic Deformation Behavior of Superfine Grain Metastable Structure High Strength Plastic Product Steel, 51574028, National Natural Science Foundation of China, national longitudinal level
4) In 2014, Research and Development of Multi-state Wireless Monitoring Technology and System Oriented to Process Intelligence, 2014AA041801, "863" Program, national longitudinal level
5) In 2014, Study on Inter-frame Shape Transfer of Tropical Steel Rolling Mill Considering Phase Change Coupling Effect, FRF-IC-14-005, basic scientific research funds of central universities, university-level longitudinal
6) In 2012, Key Equipment Development and Main Transmission System Integration and Application Demonstration of High-end Metallurgical Rolling Mill, 2012BAF09B02, National Science and Technology Support Plan, national longitudinal
7) In 2009, Steelmaking-Continuous Casting-Rolling Process Simulation and Optimization Control Design Platform, 2009AA04Z163, "863" program, national longitudinal level
Horizontal topic:
1) In 2021, Transformation Plan of No. 2 Heating Furnace of 2300 Line of Ben Steel Hot Continuous Rolling Mill and Automatic Steel Firing of No.2 Bar Heating Furnace of Beiying Rolling Mill, 2021-0017
2) In 2020, Research on High Precision Quality Control and Model Optimization of Cold Rolled High Strength Steel, 2020-1207, China
3) In 2020, A Load Distribution Calculation Method for Continuous Rolling of Coil and Finishing Mill Group, 2020-0997
4) In 2020, A Method for Determining Self-learning Coefficient of Rolling Model, 2020-0975
5) In 2020, Development and Application of Intelligent Control Information System for Rolling Room of Guangdong Guangqing 1780mm Hot Continuous Rolling Mill, 2020-0758
6) In 2020, Research on Shape Quality Control of Cold Rolled Products and Steady Rolling Technology of High Strength Steel, 2020-0724
7) In 2020, Heating Furnace Model Optimization of Valin Lianyuan Steel 2250 Plant, 2020-0396
8) In 2020, Online Condition Monitoring and Fault Diagnosis System of Capital Jingtang Equipment Digital Intelligent Operation and Maintenance Platform Project (electrical automation part, 2020-0358)
9) In 2019, Software Development of Intelligent Management System of Energy Media for 1780 Production Line of Hot Rolling Mill, 2019-0742
10) In 2019, Development and Application of Online Surface Inspection Technology for High Temperature Billet, 2019-0602
11) In 2019, Implementation of Production Process Model Integration Optimization and Intelligent Analysis System Software for 2130 Production Line of An Steel Cold Rolling Mill, 2019-0362
12) In 2019, 1580 Laminar Cooling Automation System Upgrade Contract of Sheet Steel Rolling Manufacturing Department, 2019-0090
13) In 2019, Partial Function and Accuracy Restoration of L2 of CSP Heating Furnace of Ma Steel No.1 Steel Rolling Plant, 2019-0079
14) In 2018, Development of Mathematical Model of Six-machine and Six-flow Billet Continuous Casting Machine, 2018-961
15) In 2018, The First Phase Application System Software Programming of Digital Workshop of Rail and Beam Branch Factory, 2018-912
16) In 2018, Development Planning of Loudi Valin Thin Plate Industrial Park, 2018-656
17) In 2018, Loudi Valin Thin Plate Industrial Park Development Planning, 2018-442
18) In 2018, Material Tracking and Communication Function Upgrade of CSP Heating Furnace of Ma Steel No.1 Rolling Mill, 2018-291
19) In 2018, Study on Digestion and Improvement of Cold Rolling Control System under Contract of Millions (excluding tax), 2018-028
20) In 2017, Research on Batch Preparation Technology and Application of High Performance Titanium Niobium Zirconium Alloy Tube, 2017-469
21) In 2016, Research and Development of High-quality Cold Rolled Steel Sheets for Home Appliances and Automobiles, 2016-538
22) In 2014, Heating Furnace Control System Improvement of Valin Lianyuan Steel 2250 Plant, 2014-247
23) In 2012, Research on Low-cost Stable Production Technology of Automobile Plate and Development of Cutting-edge Steel for New Generation of High-strength Automobile Steel, 2012-257
24) In 2011, Developed Key Technologies of Frequency Conversion Control for Coiler in Hot Rolling Production Line, 2011-798
In addition, the research results have been applied in the field of heating and heat treatment in the iron and steel industry, and have been applied in a large number of well-known enterprises such as Bao steel, Lianyuan steel, Shan steel, Shougang Group, Ma steel, etc., and have participated in more than 50 horizontal projects related to heating furnaces, among which I have been responsible for nearly 20 projects as leader and technical director.
