Hongchun Zhu is an Associate Professor specializing in materials science with a focus on metallurgy at Northeastern University. Holding Bachelor’s degrees in Metallurgical Engineering and Logistics Management, he completed his Ph.D. in Iron and Steel Metallurgy in 2018. With extensive experience as a postdoctoral researcher and lecturer, Zhu currently leads research at the Green Intelligent Special Steel Metallurgy Research Center, contributing significantly to the field through publications, patents, and academic mentorship.
Author Metrics:
Zhu’s scholarly impact is evident through his publication record, which includes over 70 papers and more than 50 patents applied for. With over 30 patents granted and 2 specialized books authored, Zhu’s work demonstrates both quantity and quality in terms of academic output and intellectual contributions.
Scopus Profile
Hongchun Zhu, affiliated with the School of Metallurgy at Northeastern University in Shenyang, China, holds an ORCID profile with ID 0000-0001-7594-5867. With an impressive citation count of 1,013 from 611 documents, Zhu’s research has garnered significant attention within the academic community. He has authored 70 documents, demonstrating a breadth of scholarly contributions in the field. Furthermore, Zhu has achieved an h-index of 18, reflecting the impact and influence of his research output. While further metrics are not available in the preview mode, Zhu’s profile underscores his standing as a respected researcher in the field of metallurgy.
Education:
Hongchun Zhu graduated from Northeastern University with Bachelor’s degrees in Metallurgical Engineering and Logistics Management in 2010. He furthered his academic pursuits with a Ph.D. in Iron and Steel Metallurgy, completing his doctoral studies in 2018. Zhu also underwent joint training at McGill University in Canada, enhancing his expertise in metallurgical engineering.
Research Focus:
Zhu’s research primarily focuses on green and intelligent special steel metallurgy. His work involves addressing technological bottlenecks in the preparation of high-end materials for major equipment, aiming to achieve both scientific advancements and significant economic and social benefits.
Professional Journey:
Zhu’s professional journey includes roles as a postdoctoral researcher at the Institute of Power Engineering and Engineering Thermophysics and as a lecturer at the Institute of Special Steel Metallurgy, both at Northeastern University. Currently, he serves as an Associate Professor at the Green Intelligent Special Steel Metallurgy Research Center within the School of Metallurgy at Northeastern University.
Honors & Awards:
Zhu has received numerous honors and awards for his contributions to the field of metallurgy. His achievements have been recognized at both national and international levels, reflecting his dedication and excellence in research and academia.
Publications Top Noted & Contributions:
Zhu has made significant contributions to academia through over 70 publications, with more than 60 appearing in SCI-indexed journals. His research addresses key challenges in metallurgy, with a particular focus on green and intelligent special steel metallurgy, contributing to the advancement of scientific knowledge in the field.
Insights into the mechanism of Mo protecting CoCrFeNi HEA from pitting corrosionāA quantitative modelling study on passivation and repassivation processes
- Authors: Dai, J., Feng, H., Li, H.-B., Jiang, Z.-H., Zhang, T.
- Journal: Journal of Materials Science and Technology, 2024, 182, pp. 152ā164
- Summary: This article likely explores how molybdenum (Mo) contributes to protecting a specific alloy (CoCrFeNi High Entropy Alloy) from pitting corrosion. The study employs quantitative modeling to understand the passivation and repassivation processes involved in corrosion resistance.
Elucidating the promoting mechanism of nitrogen in the columnar-to-equiaxed transition of steel ingot
- Authors: Ni, Z.-W., Zhu, H.-C., Li, H.-B., Zhang, S.-C., Jiang, Z.-H.
- Journal: International Journal of Heat and Mass Transfer, 2024, 220, 125014
- Summary: This article likely investigates the role of nitrogen in the columnar-to-equiaxed transition of steel ingots. Understanding this transition is essential for controlling the microstructure and properties of cast steel.
Revealing the Removal Mechanism of Vanadium Addition on Nitrogen Pores in 30Cr15Mo1N High-Nitrogen Steel Ingot
- Authors: Zhu, H.-C., Ni, Z.-W., Li, H.-B., Feng, H., Jiang, Z.-H.
- Journal: Steel Research International, 2024, 95(2), 2300550
- Summary: This article likely discusses the mechanism by which vanadium addition influences the removal of nitrogen pores in high-nitrogen steel ingots. Controlling nitrogen pores is crucial for improving the quality and performance of steel products.
Motion Behavior of Ce-Containing Inclusions in 8Cr4Mo4V-Bearing Steel during Vacuum Arc Remelting
- Authors: Pan, T., Zhu, H.-C., Jiang, Z.-H., He, Z.-Y., Ni, Z.-W.
- Journal: Steel Research International, 2024
- Summary: This article likely investigates the motion behavior of cerium-containing inclusions during vacuum arc remelting of a specific steel alloy. Understanding inclusion behavior is important for refining steel and enhancing its mechanical properties.
Softening Behavior and Hardness Prediction of H13 Hot-Work Die Steel during Isothermal Tempering
- Authors: Feng, H., Wang, H.-J., Li, H.-B., Zhang, S.-C., Jiang, Z.-H.
- Journal: Steel Research International, 2024, 95(1), 2300251
- Summary: This article likely explores the softening behavior and hardness prediction of H13 hot-work die steel during isothermal tempering. Tempering processes are crucial for adjusting the mechanical properties of steels for specific applications.
Research Timeline:
Zhu’s research timeline spans from his undergraduate studies in metallurgical engineering and logistics management to his current role as an Associate Professor specializing in materials science with a focus on metallurgy at Northeastern University. Throughout his academic and professional journey, Zhu has consistently pursued research excellence, addressing critical challenges in the field and making significant contributions to both academia and industry.
