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• W3198126557 endingPage "1375" @default.
• W3198126557 startingPage "1375" @default.
• W3198126557 abstract "Continuous casting (CC) is one of the most important processes of steel production; it features a high production rate and close to the net shape. The quality improvement of final CC products is an important goal of scientific research. One of the defining issues of this goal is the stability of the casting process. The clogging of submerged entry nozzles (SENs) typically results in asymmetric mold flow, uneven solidification, meniscus fluctuations, and possible slag entrapment. Analyses of retained SENs have evidenced the solidification of entrapped melt inside clog material. The experimental study of these phenomena has significant difficulties that make numerical simulation a perfect investigation tool. In the present study, verified 2D simulations were performed with an advanced multi-material model based on a newly presented single mesh approach for the liquid and solid regions. Implemented as an in-house code using the OpenFOAM finite volume method libraries, it aggregated the liquid melt flow, solidification of the steel, and heat transfer through the refractory SENs, copper mold plates, and the slag layer, including its convection. The introduced novel technique dynamically couples the momentum at the steel/slag interface without complex multi-phase interface tracking. The following scenarios were studied: (i) SEN with proper fiber insulation, (ii) partial damage of SEN insulation, and (iii) complete damage of SEN insulation. A uniform 12 mm clog layer with 45% entrapped liquid steel was additionally considered. The simulations showed that parasitic solidification occurred inside an SEN bore with partially or completely absent insulation. SEN clogging was found to promote the solidification of the entrapped melt; without SEN insulation, it could overgrow the clogged region. The jet flow was shown to be accelerated due to the combined effect of the clogging and parasitic solidification; simultaneously, the superheat transport was impaired inside the mold cavity." @default.
• W3198126557 created "2021-09-13" @default.
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• W3198126557 date "2021-08-31" @default.
• W3198126557 modified "2023-10-06" @default.
• W3198126557 title "On Modelling Parasitic Solidification Due to Heat Loss at Submerged Entry Nozzle Region of Continuous Casting Mold" @default.
• W3198126557 cites W1973153908 @default.
• W3198126557 cites W1974086375 @default.
• W3198126557 cites W1984809588 @default.
• W3198126557 cites W1987035971 @default.
• W3198126557 cites W2005984124 @default.
• W3198126557 cites W2015847950 @default.
• W3198126557 cites W201825664 @default.
• W3198126557 cites W2024369288 @default.
• W3198126557 cites W2032526052 @default.
• W3198126557 cites W2033265328 @default.
• W3198126557 cites W2037458969 @default.
• W3198126557 cites W2047753146 @default.
• W3198126557 cites W2075289410 @default.
• W3198126557 cites W2093428530 @default.
• W3198126557 cites W2098851832 @default.
• W3198126557 cites W2110187357 @default.
• W3198126557 cites W2111304122 @default.
• W3198126557 cites W2125539270 @default.
• W3198126557 cites W2161540073 @default.
• W3198126557 cites W2206391025 @default.
• W3198126557 cites W2331180410 @default.
• W3198126557 cites W2397392296 @default.
• W3198126557 cites W2410800387 @default.
• W3198126557 cites W2526464451 @default.
• W3198126557 cites W2564125612 @default.
• W3198126557 cites W2606307736 @default.
• W3198126557 cites W2623817997 @default.
• W3198126557 cites W2626960480 @default.
• W3198126557 cites W2775811983 @default.
• W3198126557 cites W2779117917 @default.
• W3198126557 cites W2789474905 @default.
• W3198126557 cites W2789913838 @default.
• W3198126557 cites W2793530505 @default.
• W3198126557 cites W2793545521 @default.
• W3198126557 cites W2804471463 @default.
• W3198126557 cites W2805389281 @default.
• W3198126557 cites W2887897615 @default.
• W3198126557 cites W2897214922 @default.
• W3198126557 cites W2897973182 @default.
• W3198126557 cites W2899286068 @default.
• W3198126557 cites W2900592601 @default.
• W3198126557 cites W2911340263 @default.
• W3198126557 cites W2914969901 @default.
• W3198126557 cites W2915241944 @default.
• W3198126557 cites W2921851204 @default.
• W3198126557 cites W2927030079 @default.
• W3198126557 cites W2947752047 @default.
• W3198126557 cites W2947836403 @default.
• W3198126557 cites W2991301453 @default.
• W3198126557 cites W2991496561 @default.
• W3198126557 cites W3024659944 @default.
• W3198126557 cites W3031333470 @default.
• W3198126557 cites W3034290035 @default.
• W3198126557 cites W3034337066 @default.
• W3198126557 cites W3035231493 @default.
• W3198126557 cites W3035573747 @default.
• W3198126557 cites W3039171059 @default.
• W3198126557 cites W3042878232 @default.
• W3198126557 cites W3081751308 @default.
• W3198126557 cites W3083398695 @default.
• W3198126557 cites W3084092571 @default.
• W3198126557 cites W3093734697 @default.
• W3198126557 cites W3094561059 @default.
• W3198126557 cites W3096628046 @default.
• W3198126557 cites W3102332960 @default.
• W3198126557 cites W3109627351 @default.
• W3198126557 cites W3130798045 @default.
• W3198126557 cites W3139343051 @default.
• W3198126557 cites W3154567294 @default.
• W3198126557 cites W3159925222 @default.
• W3198126557 cites W3166672249 @default.
• W3198126557 cites W3171955551 @default.
• W3198126557 cites W3178019670 @default.
• W3198126557 cites W3209929403 @default.
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• W3198126557 doi "https://doi.org/10.3390/met11091375" @default.
• W3198126557 hasPublicationYear "2021" @default.
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