2009Continuous CastingRequires access

Research on Process Parameters Optimization for Wide Slab Continuous Casting Mold by Water Modeling

Wei Yao-huan

Open publisher page 2 citations

Abstract

Based on four sectional width of wide slab continuous casting mold of a steelmaking plant in China,a water model with 1∶1 ratio was established,and according to the orthogonal test method,the influence of the different factors on the flow in the mold was studied,including hole numbers of SEN,argon gas injection of nozzle,immersion depth of nozzle,casting speed and sectional size of mold.In result,the optimum operating conditions for four wide slabs continuous casting mold have been obtained.

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What this paper is about

Based on four sectional width of wide slab continuous casting mold of a steelmaking plant in China,a water model with 1∶1 ratio was established,and according to the orthogonal test method,the influence of the different factors on the flow in the mold was studied,including hole numbers of SEN,argon gas injection of nozzle,immersion depth of nozzle,casting speed and sectional size of mold.In result,the optimum operating conditions for four wide slabs continuous casting mold have been obtained.

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Available abstract

Based on four sectional width of wide slab continuous casting mold of a steelmaking plant in China,a water model with 1∶1 ratio was established,and according to the orthogonal test method,the influence of the different factors on the flow in the mold was studied,including hole numbers of SEN,argon gas injection of nozzle,immersion depth of nozzle,casting speed and sectional size of mold.In result,the optimum operating conditions for four wide slabs continuous casting mold have been obtained.

Key concepts: Mold, Nozzle, Slab, Continuous casting, Steelmaking, Water model, Casting, Materials science

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