Prof. Qiang Wang | Material Simulation Techniques | Metallurgy Award
Wuhan University of Science and Technology | China
Prof. Qiang Wang is a leading expert in material simulation techniques and metallurgical engineering, with internationally recognized contributions to numerical modeling and intelligent metallurgy. He is a Professor at Wuhan University of Science and Technology, where he has established a strong research program focused on understanding and optimizing transport phenomena in metal materials preparation processes. Prof. Wang’s academic background in thermal physics engineering provides a solid theoretical foundation for his work in computational fluid dynamics, heat and mass transfer, and multiphase flow modeling applied to complex metallurgical systems. His research integrates advanced numerical simulation methods with metallurgical process engineering to address critical challenges in steelmaking and refining technologies, particularly electroslag remelting and related high-temperature processes. A defining feature of his work is the translation of simulation-driven insights into practical industrial solutions, enabling improved process control, efficiency, and product quality in large-scale steel production. Prof. Wang has led and contributed to numerous competitive research projects supported by national funding agencies and industrial partners, reflecting both scientific depth and strong industry relevance. He has authored authoritative academic monographs on numerical simulation of multiphase flows and metallurgical processes, which are widely used by researchers and engineers in the field. In addition to his research achievements, Prof. Wang plays an active role in the scientific community through editorial appointments with leading metallurgy journals, professional society membership, and international collaborations with prominent researchers and institutions. His work exemplifies the effective integration of theory, simulation, and industrial practice, significantly advancing material simulation techniques in metallurgy. Through sustained innovation, academic leadership, and tangible industrial impact, Prof. Qiang Wang is a highly deserving recipient of the Metallurgy Award.
2023
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Featured Publications
Effects of slag and deoxidizers on recovery of Mn from high-sulfur electrolytic manganese metal scrap
– Journal of Iron and Steel Research International, 2025
Investigation into Recycling of Iron Oxide Scale on H13 Steel by Low-Temperature Carbothermal Reduction Method
– Steel Research International, 2025
Enhancing Predictive Accuracy of Slag Eye Morphology in Ladle Refining: A Comparative Study of Machine Learning Algorithms
– Metallurgical and Materials Transactions B, 2025
Effect of Rare Earth Oxide-Containing Slag on the Formation of Inclusions and Carbides in H13 Tool Steel: Analyses of Slag-Steel Reactions and Their Thermodynamics
– Metallurgical and Materials Transactions B, 2025
Numerical simulation and nondimensionalization of slag eye morphology during bottom blowing refining process of ladle
– Journal of Iron and Steel Research, 2025