Hydrodynamics and optimization of bottom-tuyere parameters for steel injection in the intermediate ladle
B. S. Gonchar, E. F. Diyuk, V. V. Kislitsa
Abstract
B. S. Gonchar, E. F. Diyuk, V. V. Kislitsa
Abstract
Physical simulation of steel injection in the intermediate ladle of a continuous slab-casting machine permits the determination of the supply channels for the bottom tuyere such that bubble injection of the metal extends over the whole bath depth in the intermediate ladle and the gas bubbles reliably pass through the slag coating layer. Practical results are presented for the proposed tuyere.
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Physical simulation of steel injection in the intermediate ladle of a continuous slab-casting machine permits the determination of the supply channels for the bottom tuyere such that bubble injection of the metal extends over the whole bath depth in the intermediate ladle and the gas bubbles reliably pass through the slag coating layer. Practical results are presented for the proposed tuyere.
Key concepts: Ladle, Tuyere, Metallurgy, Water model, Slab, Materials science, Continuous casting, Molten metal