Application of a Neural Network Concept to Analyzing the Expansion Behavior of a Monolithic Refractory Lining : Part 1 : Analysis of Monolithic Lining Strength by Nonlinear Finite Element Method
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概要
- 論文の詳細を見る
- 1999-03-01
著者
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NAKAGAKI Michihiko
Kyushu Institute of Technology
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Hagihara Seiya
Mech. System Eng. Dept. Sci. & Tech. Div. Saga Univ.
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SUGAWARA MITSUO
Technical Research Laboratory, Krosaki-Harima Corp.
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URITA YUSUKE
No. 2 Business Div., Krosaki-Harima Corp.
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KATAOKA MINORU
No. 2 Business Div., Krosaki-Harima Corp.
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NAKAGAKI MICHIHIKO
Mech. System Eng. Dept., Inf. Tech. Div., Kyushu Inst. Tech.
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URITA YUSUKE
Monolithic Ref. Div., Krosaki Corporation
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KATAOKA MINORU
Monolithic Ref. Div., Krosaki Corporation
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HAGIWARA SEIYA
Saga University
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Sugawara Mitsuo
Technical Research Laboratory Krosaki-harima Corp.
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Sugawara Mitsuo
Technical Research Center Krosaki Harima Corp.
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Kataoka Minoru
No. 2 Business Div. Krosaki-harima Corp.
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Urita Yusuke
No. 2 Business Div. Krosaki-harima Corp.
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Nakagaki Michihiko
Mech. System Eng. Dept. Inf. Tech. Div. Kyushu Inst. Tech.
関連論文
- Mechanical Properties of Amorphous Metal with Dispersed Nanocrystalline Particles : Molecular Dynamics Study on Crystal Volume Fraction and Size Effects
- Nonlinear Finite Element Analysis on Monolithic Refractory Lining Material (Part 3 Creep-Behavior of Alumina-Magnesia Monolithic Refractory Lining Material)
- Non-Linear Finite Element Analysis on Monolithic Refractory Lining Material Part 2 Study on Elasto-Plastic Behaviour of Monolithic Refractory Lining Material
- Application of a Neural Network Concept to Analyzing the Expansion Behavior of a Monolithic Refractory Lining : Part 1 : Analysis of Monolithic Lining Strength by Nonlinear Finite Element Method
- Study on Creep-Behavior of Monolithic Refractory Lining Material : Nonlinear Finite Element Analysis on Monolithic Refractory Lining Material : Part3
- Study of the Elastic-Plastic Behavior of Monolithic Refractory : Nonlinear Finite Element Analysis of Monolithic Refractory Lining - Part 2
- Neural Network Used to Study the Expansion Behavior of a Monolithic Lining Material (Nonlinear Finite Element Analysis of Monolithic Refractory Lining - Part I)
- Effect of Coarse Aggregate on Thermal Spalling Resistance of Refractory Castables for Steel Ladle Linings : Part 2-Size Change of Coarse Aggregate
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- Evaluation of Structure and Thermal Spalling Resistance of Castables by Internal Friction
- Thermal Stress Experiment of Ladle Castable
- Effect of Aggregates on Thermal Spalling Behavior for Teeming Ladle Castable (Part 3)
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- Application of Mesoscale Analysis to Refractories : Effect of Difference in Microstructure on Macroscopic Behavior of Refractory Materials
- Discussion of a Method for Evaluation of Refractory Creep
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- Development of Refractories for the Rotary Shot Method
- Use of a Neural Network Method to Optimize Dry Mix Formulation for Hot Repair of Converters
- Formulation of Creep Constitutive Equations for Refractories from Bending Creep Data
- Extrusion Characteristics of High Performance Tap-Hole Clay Mud
- Evaluation of Thermal and Mechanical Properties of Refractories : -Fundamentals and Applications-5.2 Plasticity and Creep