Recrystallisation of Ti IF Steel Investigated with Electron Back-scattering Pattern (EBSP)

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概要

• 論文の詳細を見る

• The deformed structure of cold rolled IF steels consists of a large number of α fibre and γ fibre oriented grains and a small number of (110)<110> oriented grains, each with a distinctive grain shape, subgrain structure, hardness and etching appearance. Early nucleation occurs mainly in γ fibre grains and (110)<110> grains. The texture of the early nuclei consists of a γ fibre with a spread towards (221)<110> together with a weak <100>// ND fibre. Numerous nuclei develop within a single deformed grain. α fibre grains are consumed only after 70% of the materials is recrystallised.

• 社団法人 日本鉄鋼協会の論文
• 1996-08-15

著者

• Vanderschueren Dirk

  Ocas Research Centre Of The Sidmar Group

• Koyama Kazuo

  Steel Research Laboratories Nippon Steel Corporation

• Koyama Kazuo

  Steel Products Lab.-1 Steel Research Laboratories Technical Development Bureau Nippon Steel Co. Ltd.

• Yoshinaga Naoki

  Steel Res. Laboratories Nippon Steel Corp.

• VANDERSCHUEREN Dirk

  OCAS, Research Centre of the SIDMAR Group

関連論文

• Factors Affecting Texture Memory Appearing through α→γ→α Transformation in IF Steels
• Deep Drawability of Electro-deposited Pure Iron Having an Extremely Sharp //ND Texture
• Comparison of the Dislocation Density in Martensitic Steels Evaluated by Some X-ray Diffraction Methods
• Incomplete Recrystallization and Subsequent Microstructural Evolution during Intercritical Annealing in Cold-rolled Low Carbon Steels
• Recrystallisation of Ti IF Steel Investigated with Electron Back-scattering Pattern (EBSP)
• Texture Evolution of IF Steel Due to Recrystallization
• Fatigue properties of high strength steels containing retained austenite

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