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Laschinger, Julian
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article
Einfluss der Düsenparameter auf die Kühlbedingungen in der Sekundärkühlzone einer Brammengießanlage
Abstract
The following contribution focuses on the secondary cooling zone of a slab caster, analyzing the effects<br/>of nozzle parameters on cooling conditions. The research<br/>group employs experimental measurements, including the<br/>Nozzle Measuring Stand (NMS), to determine local heat<br/>transfer coefficients (HTC) and water distribution. These<br/>measurements are crucial for accurately setting the boundary conditions in the simulation. The implementation of<br/>these boundary conditions is realized by an Exponential<br/>Gaussian Process Regression (EGPR) to predict HTC values. The results highlight the importance of an accurate<br/>HTC assessment in regions with overlapping sprays. The<br/>developed methodology aids in enhancing the precision of<br/>simulations for continuous casting processes, contributing<br/>to a better product quality and process efficiency using the<br/>non-commercial software platform “m2CAST”.