1. "Level 2 Model Improvements at Evraz Oregon Steel Mills". AISTech 2009. May 4-7, 2009, St Louis, USA.

2. "Development of Model-Intensive Web-based Rolling Mill Applications". AISTech 2009. May 4-7, 2009, St Louis, USA.

3. "Compared Numerical and Experimental Studies of Angle Steel Production Process." 39th Mechanical Working and Steel Processing Conference. Iron & Steel Society, Indianapolis, IN., October 1997. 39TH MWSP CONF. PROC., ISS, vol. XXXV, 1998, pp. 705-719.

4. "Metallurgical, Modeling and Software Engineering Issues in the Further Development of the Steel Mill Level 2 Models". AISTech 2008, May 5-8, 2008, Pittsburgh, USA.

5. "Issues on Further Development of the Steel Mill Level 2 Models". Chapter of the book Flat-Rolled Steel Processes Advanced Technologies. CRC Press, edited by V. Ginzburg.

6. "The State-of-the-art of Infrared, Laser and Microwave based sensors and system." Chapter of the book Flat-Rolled Steel Processes Advanced Technologies. CRC Press, edited by V. Ginzburg.

7. "Significance and Development of a Next-Generation Level 2 Model as a Metallurgical System". Materials Science & Technology 2008 (MS&T'08), Oct. 2008, Pittsburgh, USA.

8. "Career Development to be a Multi-National and Multi-Disciplinary Engineer". Materials Science & Technology 2008 (MS&T'08), Oct. 2008, Pittsburgh, USA.

9. "Use of the Finite Element Method in the Production of Angle Steel Section." Stahl und Eisen 115 (1995) No. 2, pp. 61-65 (in German).

All Listing

[1] B. Li, D. Cyr and P. Bothma. Level 2 Model Improvements at Evraz Oregon Steel Mills. AISTech 2009. May 4-7, 2009, St. Louis, Mo., USA.

[2] B. Li, J. Nauman. Significance and development of a next-generation Level 2 model as a metallurgical system. MS&T Conference, 2008. Pittsburgh, PA., USA. October 5-9, 2008.

[3] B. Li, J. Nauman, "Metallurgical, Modeling and Software Engineering Issues in the Further Development of the Steel Mill Level 2 Models". Chapter 26 of the book <Flat-Rolled Steel Processes: Advanced Technologies>. CRC PressㄛISBN 978-1-420-7292-1, edited by V. Ginzburg. 2008.

[4] B. Li, J. Nauman. Issues on Further Development of the Steel Mill Level 2 Models, AIST Annual Conference 2008, May 5 每 8 2008.

[5] B. Li. Developments on a Web-based Metal Technology and Metal Information Network. AISTech 2010. May 3-6, 2010, St. Louis, Mo., USA.

[6] B. Li. Level 2 Model Improvement for Good Product Shape and Properties. AIST2012 Annual Conference (Accepted), Atlanta, GA, USA. May 7-10, 2012.

[7] B. Li, P. Zhu and D. Wang. Development of Next-Generation Level 2 Model as Metallurgical System. AISTech 2011. May 2-5, 2011, Indianapolis, IN., USA.

[8] B. Li, P. Zhu and D. Wang. NISCO Plate/Coil Mill Level 2 Force Model improvements. AISTech 2011. May 2-5, 2011, Indianapolis, IN., USA.

[9] B. Li. Mill Level 2 Model in Improvement of Product Quality and Productivity. AISTech 2010. May 3-6, 2010, St. Louis, Mo., USA.

[10] B. Li. Plate/Coil Mill Level 2 Model Upgrade with Metallurgical Modeling and Advanced Learning . 10th International Conference on Steel Rolling(ICSR'10). Sept. 15-18, 2010, Beijing, China.

[11] B. Li. List of Draft Scheduling Logics to Be Improved in the Tippins Level 2 Model. Metal Pass Internal Report, Nanjing, China, October 2009.

[12] B. Li. Lithium-ion Battery Electrode Coating Thickness/Density Optimization 每 Production Line Level 2 System Technical Solution. 02/2012.

[13] B. Li: Sichuan Tiannuo Coating Production Line Level 2 Control System 每 Function Specification. 11/2012.

[14] B. Li: Experimental Investigation on Heat Spray Coating Technology Parameters and Coating Quality. B.S. Thesis. 07/1985.

[15] B. Li. Combining Product Property Prediction Software and Metallurgical Level 2 Model For New Product Development. AIST2013 Annual Conference, Pittsburgh, PA, USA. May 6-9, 2013.

[16] B. Li. Design of Complicated Roll Passes with Roll Pass Software. AIST2013 Annual Conference, Pittsburgh, PA, USA. May 6-9, 2013.

[17] B. Li. Improving Software System, Pursuing First-Class Technical Level 每 NISCO Plate/Coil Mill Three-Stage Suggestions to Achieve Overall First-Class Technical Level. Metal Pass Internal Writing/Proposal. May 2010.

[18] B. Li. Development of Model-Intensive Web-based Rolling Mill Applications. AISTech 2009. May 4-7, 2009, St. Louis, Mo., USA.

[19] B Li. Steel Mill: Process Modeling and Computer Application. 2008. (Unpublished Book, for Client Reference Only).

[20] B. Li. Development of Web-based Metal Property and Metal Information Databases. MS&T Conference, 2009. Pittsburgh, PA., USA. October 25-29, 2009.

[21] B. Li, J. Nauman. The State-of-the-art of Infrared, Laser and Microwave based sensors and systems (Book Chapter 22). CRC PressㄛISBN 978-1-420-7292-1, edited by V. Ginzburg. 2008.

[22] B. Li. Career Development to be a Multi-National and Multi-Disciplinary Engineer. MS&T Conference, 2008. Pittsburgh, PA., USA. October 5-9, 2008.

[23] B. Li. Compared Experimental and Theoretical Investigations of Forming Technical Parameters in Shape Rolling with Example of the Hot Rolling of Angle Steels. TU Bergakademie Freiberg, Germany, 1996. ISBN 3-86012-029-8.

[24] B. Li, "Application of Finite Element Simulation in Shape Rolling." Accepted by the 1998 AISE Annual Convention, September 1998 in Pittsburgh, PA.

[25] B. Li, "Interactive Relation of Rolling Process Models in an Automatic Roll Pass Design Program." Accepted by the 40th Mechanical Working and Steel Processing Conference, Iron and Steel Society, Pittsburgh, October 1998.

[26] B. Li, "FEM - an Effective Tool for Development and Design in Shape Rolling." Submitted at the request of the Technical Editor of the Iron and Steel Engineer as feature writing for the Issue June 1998.

[27] B. Li, "Compared Numerical and Experimental Studies of Angle Steel Production Process." 39th Mechanical Working and Steel Processing Conference. Iron & Steel Society, Indianapolis, IN., October 1997. 39TH MWSP CONF. PROC., ISS, vol. XXXV, 1998, pp. 705-719.

[28] B. Li. Use of the Finite Element Method in the Production of Angle Steel Section. Stahl und Eisen 115 (1995) No. 2, pp. 61-65 (in German).

[29] B. Li. FEM in the Angle Steel Rolling. Report to DFG (the German Research Association), August 6, 1994 (in German).

[30] B. Li. A Low-Cost but Effective Way of Mill Level 2 Upgrade To Improve Both Shape and Property. 9th China Steel Conference (CSM Biennial Meeting), October 22-25, 2013 (in English), Beijing, China.

[31] B. Li. Development of Combined Level 2 System and Property Prediction Model For Production Stability and New Product Development. 9th China Steel Conference (CSM Biennial Meeting), October 22-25, 2013 (in English), Beijing, China.

[32] B. Li. Hard-to-design Roll Passes Completed with Roll Design Software Suites. 9th China Steel Conference (CSM Biennial Meeting). October 22-25, 2013 (in English), Beijing, China.

[33] B. Li. Development on a Web-based Metal Technology and Metal Information Network with .Net. Computer Science and Technology. Invited from the Magazine Editor. 2013.

[34] B. Li. Digitization? Intelligent? What is the Current Situation of Smart Manufacturing in China? China's Strategic Emerging Industry, 2021.1.

[35] B. Li. Improved Level 2 Draft Scheduling for Good Plate Shape and Properties. International Symposium on the Recent Developments in Plate Steels. 19-22 June 2011 每 Winter Park, Colorado, USA.
﹛