20 15. 1- Professor, State Key Laboratory of Rolling and Continuous Rolling Automation, Northeastern University
2012.12-2014.12 Associate Professor, State Key Laboratory of Rolling and Continuous Rolling Automation, Northeastern University
2012.1-2012.12, deputy director of advanced steel materials research institute, technical center, Laigang Group; Member of Science and Technology Committee of Group Company
2011.2-201.12 Laiwu iron and steel group technology center, chief researcher; Member of Science and Technology Committee of Group Company
February 20, 200911.2 The 16th Qilu Scholar of Laigang
March 20, 200710.8, Ph.D., Institute of Iron and Steel, Pohang University of Technology, Korea.
2005.7-2007.6438+0 Assistant Engineer, Materials and Technology Research Department, China Automotive Engineering Research Institute.
September 2003-July 2005, Master of Materials Science, Department of Materials Science, Harbin Institute of Technology.
1998.9-2002.7 Department of Materials Engineering, Harbin Institute of Technology, undergraduate.
Basic Introduction Chinese Name: Liang Graduate School: Harbin Institute of Technology Gender: Male Title: Professor.
The main research project is 2013.10-2015.9 (in charge): the relationship between microstructure evolution and microstructure and properties of aluminum alloy resistance spot welding. High-carbon automobile steel, project source: General Motors, amount: 450,000 yuan, 2013.1-2014.10 (person in charge), technological properties and physical metallurgical mechanism of two typical hot stamping steels, project source: China Automotive Engineering Research Institute. 438+05.5 (middle dynamic zoning (alloy design and basic theory research), project source: POSCO, amount: 65438+ 10,000 US dollars 20 13.5-20 15.4 (supervisor) Northeastern University basic scientific research business expense project-the new century outstanding talent training project of the Ministry of Education, 200,000 yuan 2013.1-2015.15.65438 approved amount: 250,000 yuan 2010.1-20/. Project Source: Science and Technology Innovation Project of Laigang (1.22 million) 20 1 0.4-2012.65438 Project Source: Science and Technology Innovation Project of Laigang (800,000 yuan) 2009.1-20. Laboratory development of 000MPa hot-rolled TRIP steel, project source: Laigang Science and Technology Innovation Project (720,000 yuan) 2007.8- POSCO project, third-generation ultra-high strength steel for automobile, undertaking the project core and main research work (USD) (* correspondent): 1) P.Chen, G.D. Wang and H.L.Yi. 2) Li Hailong, Chen Baoping, Hou Zhenyu, Hong, Cai Hailong, Xu Yanbo, Wu Dadong, Wang Guangdong, novel design: quenching and tempering partition (Q–T&; P) In low density steel with aluminum added. Manuscripts of materials, vol. 68, No.6 (20 13), pp. 370-374. : dx.doi/10.10/6/j.scriptamat.2012.10.018 (viewpoint set "low density steel") 3 : dx.doi/10.10/6/j.scriptamat.2012.07.020 4) H.L.Yi, K. Y. Lee and H.K.D. Journal of the Royal Society A, 467 (20 1 1) 234-243. DOI: 10. 1098/rspa . 20 10.0 127。 (This magazine rated it as 20 165438. See:) 5) Li Hailong, Liu Junhui, Li Hailong, Yan Haihui and Yang Junren, Low Alloy Dual Phase (α+γ) Direct Quenched TRIP Steel, Journal of Materials, 65 (7) (201) 604-607. doi: 10. 10 16/j . script Amat . 20 1 1.06 . 036。 6) mechanical stability of retained austenite in Yi Hailong, Li Guangyuan, Li Guangde, H. Bhadeshia, δ-TRIP steel, materials science and engineering; Project A, 528 (2011) 5900–5903. doi: 10. 10 16/j . msea . 20 1 1.03 . 1 1 1。 7) H. L. Yi, K. Y. Lee and H. K. D. H. Bhadeshia, Stability of Ferrite in Hot-rolled δ-TRIP Steel. Materials science and engineering. Technology, 27 (20 1 1) 525-529. doi: 10. 1 179/026708309 x 1250693437400 1。 8) Yi Hailong, Li Guiying, Li Haidong, H. K. D. H. Bhadeshia, Spot welding property of δ-TRIP steel containing 0.4 wt% carbon. Join,15 (7) (2010) 619-624. DOI: 10. 1 179/ 1362 17 10x 128 13393 169778。 9) Li Hailong *, S. Ghosh and H. K. D. H. Bhadeshia, dual-phase hot-pressing alloy. Materials science and engineering. Project a, 527 (20 10) 4870-4874. doi: 10. 10 16/j . msea . 20 10.04 . 022。 10) Li Hailong, full pearlite obtained by slow cooling of medium carbon steel, materials science and engineering; Project a, 527 (20 10) 7600-7604. doi: 10. 10 16/j . msea . 20 10.08 . 009。 1 1) Non-equilibrium Solidification and Ferrite in Yi Hailin, Gao Shiguang, Liu Weijie, Li Guangyuan, Li Guangde, Bhadeshia and δ-TRIP Steel. Materials science and engineering. Technology, 26 (20 10) 8 17-823. doi: 10. 1 179/ 174328409 x 4289 18。 12) Hongliang YI*, Jason, Mingtu MA, Bong-Ho LEE and Jeung-Soo HUH, "Preparation of Ultrafine TiO 2 Powder from TiCl 4 Aqueous Solution at Room Temperature", Key Engineering Materials, Vol. 353-358 (2007), No.2135-. doi: 10.4028/scientific/kem . 353-358.2 135。 13) Li Hongliang *, Ma Mingtu, "Method for Determining Fatigue Performance Curve Equation Model", Key Engineering Materials, Vol. 353-358 (2007), pp. 33 1-334. Doi:10.4028/scientific/kem.353-358.14) Liang, Angel. 17- 19. 15) Ma Mingtu, and Yi Hongliang, "Fatigue Performance of Ductile Iron Crankshaft", Key Engineering Materials, Vol.353-358 (2007), pp.2744-2748. doi: 10.4028/scientific/kem . 353-358.2744。 16) ma mingtu, Xiang Xiaofeng, yi Hongliang, "material optimization and modal analysis of motorcycle frame", engineering materials, vol. 353-358 (2007), pp. 285 1-2854. Doi: 10.4028/ science /KEM.353-358.285 1. 17) Ma Mingtu, Huang Chengjiang, Li Dianzhong, Yi, "Formation of mixed crystals and deformed elongated crystals of high-strength fine-grained strip steel in CSP production line", Scientific Research Monthly, 20:106-108),,. Lightweight of automobile and application of aluminum alloy [J]; World nonferrous metals; In 2006, issue 10; 11-15.19) figure, beam, influence of microstructure on fatigue characteristics of ductile iron crankshaft [J], automotive engineering, 2007, vol. 29, No.8, 735. 20) Figure, Liang, Lu Hongzhou, 1 1 Volume 9 20-27. Meeting (guest speaker): Li Hailong, Hou Zhenyu, Xu Yanbo. "Aeration effect of aluminum on spheroidization of eutectoid steel", IU MRS-ICA 20 1 1, Taipei, invitation report. Yi Hailong, "New Advanced Steel for Low-cost and Ultra-high Car Body", Wuhan 20 1 1, Wuhan, invitation report. Yi Hailin, Chen Baoping, Xu Yanbo, Wu Dade, Wang Guangde, Wang Guangde, "Volume Expansion in Austenite Formation of High Aluminum Steel", 2nd China-UK Steel Research Forum, 20 12, Wuhan, invited report. Tempering process ",7th International Conference on Advanced Materials Processing, 20 12, Taipei, invitation report H. L. Yi," New low density, high carbon and high aluminum bearing steel ",physical metallurgical adventure of steel, 20 13, Cambridge, England (invitation report).