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Meeting 2024 TMS Annual Meeting & Exhibition
Symposium Materials Processing Fundamentals: Iron and Steel Production
Presentation Title Removing the Inclusions in Four-strand Asymmetrical Tundish by Using a Crutch-shaped Baffle
Author(s) Weining Shi, Mingzai Ye, Hongxing Li, Jun Wang, Qing Fang, cheng yao
On-Site Speaker (Planned) Weining Shi
Abstract Scope The tundish structure is a very important factor to remove the inclusions and unify the molten steel. In the condition of four-strand asymmetrical tundish form, there are many problems in Al-deoxidized steel, such as a large number of inclusions and excessive inclusion size. In order to remove the inclusions and increase the cleanliness of molten steel, the crutch-shaped baffle was designed for the four-strand asymmetrical tundish. The numerical simulation results showed that by applying the proposed baffle, the average residence time of the molten steel in the tundish is increased by 43.1s, the deadzone ratio is decreased by 3.4%, and the flow consistency among strands is apparently increased. Industrial experiments showed that the excessive-sized inclusions are eliminated and the inclusion number is decreased by 46.23% when adding the crutch-shaped baffle in four-strand asymmetrical tundish. Therefore, the inclusion removal rate and the cleanliness of molten steel are greatly improved.
Proceedings Inclusion? Planned:

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Optimization of Submerged Nozzle and Chamfer Design in the Mold of Bloom Continuous Casting Process Using Numerical Simulation
Production of Soft Magnetic Composites Using Cold Sintering Technique for Metals
Removing the Inclusions in Four-strand Asymmetrical Tundish by Using a Crutch-shaped Baffle
Research and Practice on the Technology of Ultra-thick Bed Sintering of Iron Ore in Shougang Jingtang Sintering Plant
Simulation on the Melting Behavior of Steel Scrap in a Converter with Top-bottom Combined Blowing
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