WANG Haiyan

Curriculum Vitae:Prof. WANG Haiyan

Email:windflower126@163.com | 25535964@qq.com

Affiliation:School of Materials and Metallurgy, Inner Mongolia University of Science and Technology, Baotou 014010, China

Wang Haiyan, female, born in Baotou, Inner Mongolia, holds a PhD and is a professor and doctoral supervisor.She is a member of the ninth batch of"Grassland Talents" of Inner Mongolia Autonomous Region, a leading young scientific and technological talent in Inner Mongolia Autonomous Region higher education institutions, a member of the Inner Mongolia Autonomous Region's "New Century321 Talents" program,a key young and middle-aged talentin Baotou City's "5512 Project," a member of the first academic committee of the Stainless Steel Branch of the Chinese Society forMetals, a director of the Materials Branch of the Chinese Mechanical Engineering Society, a director of the Materials and Digital Manufacturing Professional Committee of the China Society for Technology Economics, a member of the Youth Working Committee of the Heat Treatment Branch of the Chinese Mechanical Engineering Society, a member of the Materials Processing Physics and Numerical Simulation Professional Committee of the Materials Branch of the Chinese Mechanical Engineering Society, a member of the International Federation for Materials Processing Physics and Numerical Simulation, an expert reviewer for projects funded by the National Natural Science Foundation of China, and an expert reviewer for the Academic Degrees and Graduate Education Development Center of the Ministry of Education. She is a reviewer for well-known domestic and international academic journals such as *MaterialsCharacterization*,*Materials Science andEngineering A*, *Materials Research Bulletin*, *Materials &Design*,and *Journal of Alloys and Compounds*.

He is the Vice Dean of the School of Materials and Metallurgy at Inner Mongolia University of Science and Technology, the leader of the Inner Mongolia Autonomous Region Industrial Innovation Talent Team "Efficient Utilization of Rare Earth and Niobium Resources from Bayan Obo Mine in Iron and Steel Materials", the leader of the High-Level Innovation Team of the Key Industry Talent Revitalization Plan for Alloy Materials and Hardware Cutlery in Yangjiang City, Guangdong Province, and the leader of the first-class construction course "Metallurgy and Heat Treatment" at Inner Mongolia University of Science and Technology.

Research Direction

1) Strengthening and toughening of metallic materials and regulation of ordered structure

2) Data-driven research and development of rare earth alloy materials

Provincial and ministerial level or above scientific research projects

1)National Natural Science Foundation of China: Influence of rare earth-regulated composite phase precipitation and grain boundary characteristics on creep properties in ferritic heat-resistant steel (52361012), Project Leader,2024/01-2027/12.

2) National Natural Science Foundation of China:Effects of LaandCe onNiAl phaseprecipitation and thermal stabilityin martensitic aging steel( 51961030), Project Leader,2020/01-2023/12.

3) National Natural Science Foundation of China:Multiscale Coupled Simulation and Experimental Study on the Precipitation and Evolution Law ofCu -Rich Phase inFe-CuAlloys (51764047), Project Leader,2018/01-2021/12.

4) National Natural Science Foundation of China:Microstructure and microstructure evolution mechanism of rare earth microalloyed steel underCSP conditions (51101083), Project Leader,2012/01-2014/12.

5) Central Government Guiding Local Science and Technology Development Fund Project:Key Technology Development for the Preparation Process of Rare Earth Ultra-High Strength Martensitic Aging Steel(2022ZY0072), Project Leader,2022/01-2025/12.

6)Central Government Guiding Local Science and Technology Development Fund Project: Construction of Rare Earth Steel Technology Innovation System, Sub-project Leader,2020/07-2023/07.10.

7)Collaboration project with Guangdong Guangqing Metal Technology Co., Ltd.: Key preparation technology of alloy materials for high-performance hardware cutters, 2023/01-2025/12

8) Cooperation project with Baogang Wanteng Steel Co., Ltd.: Development and application of rare earth H-beam technology, 2024/01-2026/12

9) Inner Mongolia Autonomous Region Higher Education Institutions"Young Scientific and Technological Talents Support Program": Precipitation Strengthening Behavior in the Development of Rare Earth Ultra-Strong Steel (Approval No.:NJYT-19-A21), Project Leader,2019/01-2020/12.

10) Inner Mongolia Natural Science Foundation: Dissolution behavior and influencing mechanism of niobium carbonitrides in austenite region of rare earth microalloyed steel (Grant No.:2017MS0508), Project Leader,2017/01-2019/12.

11) Inner Mongolia Natural Science Foundation:Influence of texture and micro-area orientation on mechanical properties ofX80 pipeline steel (Grant No.:2013MS0805), Project Leader,2013/01-2015/12.

12) Inner Mongolia Natural Science Foundation: Study on the evolution law of microstructure and texture of cold-rolled steel with copper interstitial atom (Grant No.:2009MS0809), Project Leader,2009/01-2012/12.

13) Major Science and Technology Project of Inner Mongolia Autonomous Region: Research and Industrialization of Key Common Technologies for the Production of New Generation High-Quality Rare Earth Steel, Sub-project Leader,2016/01-2019/12.

14)Open Project of Guangxi Key Laboratory of Nonferrous Metals and Special Materials Processing: Study on the Occupation Tendency and Mechanism of Rare Earth in Aluminum Alloys (GXKFJ14-01), Project Leader,2014/01-2015/12.

15) Open Project of Guangdong Provincial Key Laboratory of Modern Welding Technology: Optimization of flash welding process parameters and joint quality control ofX65pipeline steel pipe, Project Leader,2015/01-2016/12.

16) National International Science and Technology Cooperation Project: Development and Application of Advanced Rare Earth Aluminum Alloy Materials and Technologies (2012DFA51260),KeyParticipant,2012/01-2015/12.

17) Major Basic Research Open Project of Inner Mongolia Autonomous Region: Study on the Occupation Tendency and Alloying Mechanism of Rare Earth in Steel (201503001-4-2),MajorParticipant,2015/01-2017/12.

Invention Patent

1)Gao Xueyun,Wang Haiyan,Xing Lei,Tan Huijie,Fan Wenbo,Tian Fangcheng,Zhou Tong.A martensitic aging steel and its preparation method,China, Invention Patent,authorizedin December2023,202311301110.7

2) Li Yiming, Wu Zhongwang, Han Pei, Zhang Huimin, Wang Haiyan, Jin Zili, Ren Huiping.Amethod for measuring the orientation deviation angle of oriented silicon steel byX- ray diffraction, China, Invention Patent, authorizedinJuly2021, Patent No.:ZL 2018111975732.

3) Gao Xueyun, Wang Haiyan, Guo Hui.A welding method for pipes, China, invention patent, authorizedinNovember2021, patent number:ZL 2018115628261.

4) Wang Haiyan, Gao Xueyun, Yao Zhaofeng, Chen Shuming, Liang Mengfei, Gao Tian.A rare earth super-strong steel and its preparation method, China, invention patent,authorizedin January2020, patent number:ZL 2018115581180.

5)Cao Yanan, Tan Xin, Zhao Ruichao, Zhang Bangwen, Wang Haiyan, Zhuge Chenyu, Li Yiming.A tiltable transmission mode electronbackscatteringdiffraction experimental device ,China, Invention Patent,authorized inNovember2019, Patent No.:ZL2019202438485

6)Wang Haiyan, Gao Xueyun, Li Yiming, Chen Shuming, Zheng Mengzhu, Wu Zhifeng.Water vapor corrosion experimental device, China, invention patent, authorizedinFebruary2019, patent number:ZL 2016103759041.

7) Gao Xueyun, Wang Haiyan.Rare earth reinforced long-distance pipeline steel and its preparation method and application.China, Invention Patent, authorizedinFebruary2019, Patent No.:ZL 2017107395354.

8) Wang Haiyan, Gao Xueyun, Ren Huiping, Liu Jie, Hou Jingli.A method for preparing rare earth-catalyzed wear-resistantFe-Walloy.China, Invention Patent,authorized in August 2016, Patent No.:ZL2014100385042.

9) Wang Haiyan, Gao Xueyun, An Zhiguo, Ren Huiping, Jin Zili.A rare earth-reinforced copper precipitation-reinforced steel and its preparation method.China, Invention Patent,authorized in March 2016, Patent No.:ZL2014100388553.

10)Wang Haiyan, Gao Xueyun, Liu Jie, Hou Jingli.A method for preparing surface-strengthenedFe-Walloy, China, Invention Patent, authorizedinDecember2015, Patent No.:ZL2014100385038.

11)Wang Haiyan, Gao Xueyun, Tan Xiao, Ren Huiping, Zhang Hongwei, Tan Huijie.A rapid water-cooling quenching experimental device, China, invention patent, authorizedinOctober2014, patent number:ZL 2013102895308.

12)Wang Haiyan, Gao Xueyun, Duan Baoyu, Li Yiming, Sun Hao, Tan Huijie.A controllable wind speed and air volume quenching experimental device, China, invention patent, authorizedinAugust2014, patent number:ZL 2013102855546.

13)Wang Haiyan, Gao Xueyun, Ren Huiping, Li Wenxue.Experimental alloy casting mold, China, utility model patent, authorizedinJuly2014, patent number:ZL 2014200515253.

Published works

1)Wang Haiyan, Gao Xueyun, Ren Huiping. Materials Physicsof Rare EarthElementsin Microalloyed Steel, Science Press,August2021.

2)Wang Haiyan, Ren Huiping, Gao Xueyun.Electronic Structure Theory of Microstructure of Metallic Materials(National Key Book Publishing Project oftheTwelfthFive-YearPlan), Science Press,February2016.

3)Liu Zongchang, Ren Huiping, Wang Haiyan. Austenite FormationandPearlite Transformation, Metallurgical Industry Press,May2010.

4) Liu Zongchang, Ren Huiping, Ji Yunping, Ding Degang, Wang Haiyan, Duan Baoyu.HansPublishers,July2020.

Representative academic papers

1)Haiyan Wang, Xueyun Gao, Lei Xing, Tingting Zhai, Meng Lv, Huiping Ren, Huihui Wei, Jianguo Zhi. Effects of RE (La, Ce) on fcc-bcc martensitic transformation of iron via Bain transformation path[J]. Journal of Rare Earths, 2022, 40:1812-1818.

2)Xueyun Gao, Haiyan Wang*, Huiping Ren, Meng Lv. Segregation of alloying elements at the bcc-Fe/B2-NiAl interface and the corresponding effects on the interfacial energy[J]. Intermetallic, 2021,131:107096.

3)HaiyanWang,XueyunGao,ShumingChen,YimingLi,ZhongwangWu,HuipingRen.Effects of Al on the precipitation of B2 Cu-rich particles in Fe–Cu ferritic alloy: Experimental and theoretical study[J]. Journal of Alloys and Compounds,2020, 846:156386.

4)XueyunGao, HaiyanWang*, Lei Xing, Cainv Ma, Yiming Li, Gang Sha, Huiping Ren. The synergistic effects of ultrafine grains and nano-size Cu-rich precipitateson the mechanical properties of DP steels [J]. Materials Science andEngineering A,2020,805:140547.

5)XueyunGao, HaiyanWang*, LeiXing, CainvMa, HuipingRen.Study on the partitioning of alloying elements between bcc-Fe matrix and bcc-Cu precipitates and the corresponding effects on the precipitation interface[J].Metallurgical and Materials Transactions A,2020, 51A: 5444.

6)XueyunGao, HaiyanWang*, LeiXing, CainvMa, HuipingRen.Evolution of local atomic structure during solidification of Fe-RE (RE=La, Ce) alloy[J]. Journal of Non-Crystalline Solids, 2020,542: 120109.

7)Haiyan Wang, Xueyun Gao, Huiping Ren, Shuming Chen, Zhaofeng Yao. Diffusion coefficients of rare earth elements in fcc Fe [J]. Journal of Physics and Chemistry of Solids,2018, 112: 153.

8)Xueyun Gao, Huiping Ren, Haiyan Wang*, Shuming Chen. Effect of lanthanum on the precipitation and dissolution of NbC in microalloyed steels [J]. Materials Science and Engineering A, 2017, 683: 116.

9)Haiyan Wang, Xueyun Gao, Weimin Mao, Huiping Ren. Effect of Lanthanum on the precipitation of NbC in ferritic steels[J]. ISIJ International, 2016, 56 (9):1646.

10)Haiyan Wang, Xueyun Gao, JichunYang, Youqing Jia and Jiahe Gong. First-principles study of Cr2N/g-Fe interface in high nitrogen steel [J]. Materials Transactions,2015, 56(7):1047.

Received provincial-level or higher science and technologyawards

1)In 2023,I was approved forthe Inner Mongolia Autonomous Region Grassland Talent IndividualRolling Support Program.

2)In2022,it was approved asthe 12th batch ofInner Mongolia AutonomousRegion Grassland TalentsInnovation Team.

3) In2021,the research on the interaction between rare earth elements and strong carbide-forming elements in microalloyed steelwon the second prize of the Natural Science Award of the Chinese Society of Rare Earths.

4) In2021, the research on "the dissolution law of rare earth elementsin microalloyed steeland the mechanism of their influence on recrystallization"won the third prize of the Natural Science Award of Inner Mongolia Autonomous Region.

5) In2019, selected as a"Young Scientific and Technological Leading Talent" in Inner Mongolia Autonomous Region's Higher Education Institutions.

6) In2019, the"Electronic Structure Theory of Microstructure of Metallic Materials"wonthe first prize foroutstanding research achievements from the Higher Education Society of Inner Mongolia Autonomous Region.

7) In2018, he was selected as one of the"Ninth Batch of Grassland Talents" in Inner Mongolia Autonomous Region.

8) In2017, selected as one of the"New Century321Talents" of Inner Mongolia Autonomous Region.

9) In2015, the project"Stereoscopic Analysis of Microstructure and Product Development of High Value-Added Cold-Rolled Stamped Steel Sheets"won the second prize of the Science and Technology Progress Award from the Chinese Society of Stereology.

10)In 2013, the"Development of High Value-Added Cold-Rolled Steel Sheets Based onCSPProcess" won the first prize of Science and Technology Progress Award of Inner Mongolia Autonomous Region.