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Sun Wenqiang
Professor Supervisor of Doctorate Candidates Supervisor of Master's Candidates
Name (English):Sun Wenqiang
Name (Pinyin):Sun Wenqiang
Business Address:Room606, Zhixing Building
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Paper Publications
[1]Liu S, Zhang H, Sun W. A coupled material-energy-carbon flow method for quantifying changes in energy consumption and CO2 emissions of iron and steel sites. Applied Energy, 2026, 409: 127459.
[2]Wang J, Zhao X, Gong F, Liu J, Sun W. Qualification of power flexibility provision considering heat dissipation of interruptible secondary steelmaking (refining) processes. Journal of Sustainable Metallurgy, 2026,
[3]Zhao X, Wang J, Zhou Y, Sun W. Identification and quantification of flexibility of integrated steelmaking sites for ancillary service provision for electric power systems. 2026 IEEE PES International Meeting (PES IM), 2026, Hong Kong: 11438277.
[4]Liu Y, Fu W, Sun W. Corrosion behaviour of Q235NHB weathering steel in blast furnace gas condensates: an experimental study. Canadian Metallurgical Quarterly, 2026, 65(1): 663-674.
[5]Liu Y, Liu J, Yang J, Wang C, Zhang Y, Chen T, Sun W. Progress in key technologies for energy system optimization of iron and steel enterprises. Angang Technology, 2025, (6): 92-106.
[6]Liu W, Liu G, Liu S, Sun W. Development and prospect of digital twin technology in vanadium-titanium ore-based iron and steel production process. Iron Steel Vanadium Titanium, 2025, 46(5): 33-45.
[7]Liu S, Sun W. Knowledge- and data-driven prediction of blast furnace gas generation and consumption in iron and steel sites. Applied Energy, 2025, 390: 125819.
[8]Liu X, Sun W, Chen T, Xu X, Huang T. Energy and environmental performance of iron and steel industry in real-time demand response: A case of hot rolling process. Applied Energy, 2025, 389: 125717.
[9]刘亚辉, 刘延华, 沈良冲, 于书伟, 孙文强. 富氧燃烧下加热炉内钢坯传热的数值研究. 工业炉, 2025, 47(4): 19–26,33.
[10]Liu Y, Sun W. Biochar as a sustainable alternative to pulverized coal: Comprehensive analysis of physicochemical properties, combustion performance, and environmental impact. Energy Technology, 2024, 12(11): 2401048.
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