Mathematical Modeling and Validation of Wall Shear Stress in Gas Stirred Vessels
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概要
- 論文の詳細を見る
- 社団法人 日本鉄鋼協会の論文
- 2008-07-15
著者
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Mazumdar Dipak
Department of Materials Science and Engineering, Indian Institute of Technology
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Mazumdar Dipak
Department Of Materials & Metallurgical Engineering Indian Institute Of Technology
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SINGH Rajeev
Computational Laboratory Group (CLG) at RDCIS (SAIL)
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RAY A.
Computational Laboratory Group (CLG) at RDCIS (SAIL)
関連論文
- Mixing Models for Slag Covered, Argon Stirred Ladles
- An Assessment of Fluid Flow Modelling and Residence Time Distribution Phenomena in Steelmaking Tundish Systems
- Transient Flow and Mixing in Steelmaking Ladles during the Initial Period of Gas Stirring
- Modeling of Fluid Flow and Residence Time Distribution in a Four-strand Tundish for Enhancing Inclusion Removal
- Basis for Systematic Hydrodynamic Analysis of a Multi-strand Tundish
- A Comparative Study of Mixing Phenomena in Gas Stirred Ladle Systems
- Mathematical Modeling and Validation of Wall Shear Stress in Gas Stirred Vessels
- Mixing Models for Slag Covered, Argon Stirred Ladles
- Modeling of Slag Eye Area in Argon Stirred Ladles
- Impact of Ladle Design on Bath Mixing
- The Physical and Mathematical Modelling of Continuous Casting Tundish Systems
- DImensional Analysis and Mixing Phenomena in Bubble Stirred Ladles
- The Physical and Mathematical Modelling of Gas Stirred Ladle Systems.
- Comparison of Several Numerical Prediction Methods for Thermal Fields during Phase Transformation of Plain Carbon Steels.