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Effect of Mold Cooling Intensity on the Depression-Type Crack Formation and Mold Flux Infiltration During Continuous Casting Process
As one of the most serious defects in the products of continuous casting steel, the surface depressions with longitudinal cracks originated from the...
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Study on Conductivity of Molten Mold Flux
To investigate the effect of electromagnetic field on molten mold fluxMolten mold fluxes, the electrical conductivityElectrical conductivity of the... -
Determination of Time-Spatial Varying Mold Heat Flux During Continuous Casting from Fast Response Thermocouples
To ensure accurate estimation of mold heat flux, this study investigated the impacts of the thermocouples placement inserted in the mold wall, the...
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Effect of Shape Parameters on the Melting Behavior of Hollow Granular Mold Flux for Continuous Casting
Hollow granular mold flux is an essential functional material in the continuous casting process, and its melting behavior significantly influences...
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Catalytic Effect of Iron Oxide on the Combustion of Carbonaceous Materials in Mold Flux for Continuous Casting
The reverse gradient distributions of temperature and oxygen concentration in the three-layers structure of mold flux at the upper part of the...
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Simulation of the Effect of Flux Layer Thickness on the Melting Behavior of Mold Fluxes Based on the Copper Bath Method
Hollow granular mold flux is an essential functional material in the continuous casting process, and its melting behavior significantly influences...
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Investigation on Carbonizing From Mold Flux into Ultra-low-Carbon Steel During Continuous Casting
Carbonizing phenomena from carbon-containing mold flux into ultra-low-carbon liquid steel have always been one of the important factors affecting...
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Mathematical Modeling of Mold Flow Field and Mold Flux Entrainment Assisted With High-Temperature Quantitative Velocity Measurement and Water Modeling
In the present study, the high-temperature quantitative measurement of velocity near the mold surface, water modeling, and numerical simulation were...
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Measurement and Calculation of Magnetic Flux Density During Mold Electromagnetic Stirring on a Continuous Casting Bloom Mold
In the current study, a three-dimensional measurement of the magnetic flux density was performed for a 280 mm width × 250 mm thickness continuous...
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Thermophysical Characteristics of Mold Flux Bulk Layer for Continuous Casting of Steel
Abstract—One of the functions of the mold flux (MF) for continuous casting of steel is to reduce heat losses during the casting process. The...
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Influence of substituting B2O3 with Li2O on the viscosity, structure and crystalline phase of low-reactivity mold flux
The low-reactivity mold flux with low SiO 2 content is considered suitable for the continuous casting of high-aluminum steel since it can...
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Effect of MgO on Crystallization Properties of Mold Flux for Ultra-wide Slab Peritectic Steel
Controlling the heat flux at meniscus is one of the key aspects to prevent the formation of cracks during the continuous casting of crack-sensitive... -
Study on the Magnetocaloric Effect of Molten Mold Flux Under Low-Frequency Electromagnetic Field
Numerical simulation was used to study the magneto-Joule heating effect of molten mold fluxMolten mold fluxes under a low-frequency electromagnetic... -
In Situ Method to Study the Dissolution of Ti(C,N) Inclusion in Molten Mold Flux
Mold fluxMold flux plays a critical role in absorbing the inclusions floating from the liquid steel. However, this dissolution process is hard to... -
Study on the Influence of Low-Frequency Electromagnetic Field on the Absorption Rate of Al2O3 Inclusion in Low Reactivity Mold Flux
With the wide application of electromagnetic stirring in continuous casting and the rapid development of low reactive mold fluxMold flux, the effect... -
Modeling of Flux Reaction and Mixing in Continuous Casting Mold of Medium Mn Steel
The interfacial reaction between molten steel and mold flux causes MnO accumulation and SiO 2 reduction in the mold flux during the continuous casting...
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Controlling Step Variation in the Reaction of High-Al Steel and CaO-SiO2-Type Mold Flux
The fluid flow, species transport, and chemical reaction of high-Al steel and mold flux are simulated by a numerical model. The reactants on the...
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Dissolution of TiO2 and TiN inclusions in CaO–SiO2–B2O3-based fluorine-free mold flux
Mold flux serves the crucial metallurgical function of absorbing inclusions, directly impacting the smoothness of the casting process as well as the...
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Mold Simulator Study of Lubrication Behavior of High Carbon Steel Slag Film Inside Continuous Casting Mold
During the continuous castingContinuous casting of high carbon steelCarbon steel, mold sticking breakout occurs frequently, which may be due to poor... -
Study of the Assimilation of Inclusions in Molten Mold Flux Under the Action of Low-Frequency Electromagnetic Fields
Based on the slag ion structure theory and electromagnetic field theory, an experimental slag electromagnetic fieldLow-frequency electromagnetic...