Optimal Design of Dynamic Secondary Cooling of Continuous Casting

Yi Wang; Xin Jian Ma

doi:10.4028/www.scientific.net/AMR.472-475.1907

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Optimal Design of Dynamic Secondary Cooling of Continuous Casting
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Application of Radial Basis Function Neural Network to Support Concept Evaluation
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Optimal Design of Dynamic Secondary Cooling of Continuous Casting

Abstract:

Numerical simulation of the secondary cooling is applied to the design of continuous casting. The mathematical model for solidification process of the strand under air-mist was established and calculated with the finite element model. The model is used to calculate the feasible operating range of the continuous casting machines. The dynamic secondary cooling system has been analyzed with consideration of the thermo mechanical principles and numerical model. The adequacy of the model has been confirmed with experimental results.