Flow Curve Determination for Metal under Dynamic Recrystallization Using Inverse Analysis
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概要
- 論文の詳細を見る
- Japan Institute of Metalsの論文
- 2003-11-01
著者
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YANAGIMOTO Jun
Institute of Industrial Science, The University of Tokyo
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YANAGIDA Akira
Institute of Industrial Science, The University of Tokyo
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Liu J
Inco Ltd.
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Liu Jinshan
Institute Of Industrial Science The University Of Tokyo
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Yanagida Akira
Institute Of Industrial Science The University Of Tokyo
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Yanagimoto J
Institute Of Industrial Science The University Of Tokyo
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Yanagimoto Jun
Institute Of Industrial Science The University Of Tokyo
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Liu Jing
Department Of Physics Wuhan University
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YANAGIDA Akira
Department of Mechanical Engineering, Tokyo Denki University
関連論文
- Finite Element Analysis of Tilting of Metal in Bar Rolled with Three-roll Mill
- Finite-Element Analysis of Metal Flow in Bearing Section during Extrusion Process of "L" "C" and "T" Sections - Combination of Three-Dimensional FE Simulation and Extrusion Die Design-2 -
- Finite-Element Analysis of Metal Flow in Bearing Section during Extrusion Process of Rectangular and Angle Sections - Combination of Three-Dimensional FE Simulation and Extrusion Die Design-1 -
- Mechanical Bonding Process to Manufacture Clad Materials-Divided Flow Bonding
- The Analysis of Phase Transformation for the Prediction of Microstructure Change after Hot Forming
- Analytical and Experimental Investigations into Microstructure Evolution in Hot Bar Stretching
- Decarburization of Steel to Ultra-low-carbon Levels by Vacuum Levitation
- Flow Curve Determination for Metal under Dynamic Recrystallization Using Inverse Analysis
- Effects of Cu Content on the Ageing Kinetics of Cu-added Interstitial-free Steels
- Regression Method of Determining Generalized Description of Flow Curve of Steel under Dynamic Recrystallization
- 特集8 : 研究速報 : Flow of Solid Metal during Extrusion : Three Dimensional Simulations by Finite Element Method 1
- FE-based Analysis for the Microstructure Evolution in Hot Bar Rolling
- Numerical Analysis for the Prediction of Microstructure after Hot Forming of Structural Metals
- Measurement of Ductile Forming Limit in Non-linear Strain Paths and Anisotropic Yield Conditions for 11% Cr Steel Sheets
- Effect of the Number of Work-roll Surface Division on Prediction of Contact Length in Coupled Analysis of Roll and Strip Deformation during Sheet Rolling
- Three-dimensional Numerical Analysis of Microstructural Evolution in and after Bar and Shape Rolling Processes
- Continuous Heating System Using Electric Resistance Heating for the Hot Rolling of Stainless Steels
- Combined Macro-Micro Modeling for Rolling Force and Microstructure Evolution to Produce Fine Grain Hot Strip in Tandem Hot Strip Rolling
- Development of ultra fine grained plain carbon steel in tandem hot strip mill and mathematical modeling for microstructure evolution
- Ferrite Nucleation Kinetics inside Austenite Grain
- Incremental Formulation for the Prediction of Microstructural Change in Multi-pass Hot Forming
- Changes in Mechanical Characteristics of Pre-Annealed Wires of Cu-Sn Alloy Manufactured by Continuous Draw Bending
- Interrupt Shearing Test for Evaluating Effect of Large Shear Deformation on Evolution of Microstructure into Ultrafine Grains
- 研究速報 : Finite Element Analysis of Velocity Distribution in Bearing Section during Extrusion of "T" and "L" Sections : Combination of Numerical Analysis and Die Design 3
- 研究速報 : Finite Element Analysis of Velocity Distribution in Bearing Section during Extrusion of Rectangular, Angle and Channel Sections : Combination of Numerical Analysis and Die Design 2
- Multistage and High-speed Compression Testing Machine for Obtaining Flow Stress and Microstructure Evolution in Hot Forming of Steels
- 研究速報 : Finite Element Analysis of Velocity Distribution in Bearing Zone During Extrusion of "C", "T" and "H" Sections : Combination of Numerical Analysis and Die Design 4
- Application of Recrystallization Texture Evolution Model to Type 430 Stainless-Steel strip Production
- Experiments on and Finite Element Analyses of the Tilting of Fine Steel Wire in Roller Die Drawing