2012Tianjin MetallurgyRequires access

Physical Simulation and Casting Process Optimization of TISG Slab Caster Mould Flow Field

Tisg Steel-making

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Abstract

In order to study the flow field of liquid steel inside mould and further improve slab quality by parameter optimization,the author,utilizing the mould of TISG VAI Slab Caster 4 as a model,carried out hydraulic model experiment to analyze mould flow field form,meniscus fluctuation,flow field impact depth and mould slag morphology.Simulation test showed that slab quality requirement could be met by reasonable mould flow field,stable slag layer and uniform shell thickness with existing parameter and nozzle dimension.

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What this paper is about

In order to study the flow field of liquid steel inside mould and further improve slab quality by parameter optimization,the author,utilizing the mould of TISG VAI Slab Caster 4 as a model,carried out hydraulic model experiment to analyze mould flow field form,meniscus fluctuation,flow field impact depth and mould slag morphology.Simulation test showed that slab quality requirement could be met by reasonable mould flow field,stable slag layer and uniform shell thickness with existing parameter and nozzle dimension.

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Available abstract

In order to study the flow field of liquid steel inside mould and further improve slab quality by parameter optimization,the author,utilizing the mould of TISG VAI Slab Caster 4 as a model,carried out hydraulic model experiment to analyze mould flow field form,meniscus fluctuation,flow field impact depth and mould slag morphology.Simulation test showed that slab quality requirement could be met by reasonable mould flow field,stable slag layer and uniform shell thickness with existing parameter and nozzle dimension.

Key concepts: Slab, Nozzle, Caster, Water model, Continuous casting, Flow (mathematics), Materials science, Casting

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