The Study of Texture Development of High Temperature Oxide Scales on Steel Substrates Using Electron Backscatter Diffraction

Rebecca L. Higginson; G.D. West

doi:10.4028/www.scientific.net/MSF.495-497.399

Paper Titles

The Effect of Initial Orientation and Rolling Schedule on Texture Development in Duplex Steel
p.375

Multiscale Characterisation of the Transformation Texture in a High Performance Steel
p.381

Cube Texture Formed in Biaxially Rolled Low-Carbon Steel
p.387

An EBSD Investigation on Deformation-Induced Shear Bands in Ti-Bearing IF-Steel under Controlled Shock-Loading Conditions
p.393

The Study of Texture Development of High Temperature Oxide Scales on Steel Substrates Using Electron Backscatter Diffraction
p.399

Microstructure and Texture Evolution of Cold Worked 304 Stainless Steel Experimental and Modelling
p.405

Analysis of Texture Formation and Microstructure Characteristics of Cold Rolled IF Steel Sheets
p.411

Study on the Micro Mechanism of Recrystallization Texture Formation in Cold-Rolled IF Steel Sheet
p.417

Texture, Microstructure and Second-Phase Particles in a Ti+P Interstitial Free (IF) Steel
p.423

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The Study of Texture Development of High Temperature Oxide Scales on Steel Substrates Using Electron Backscatter Diffraction

Abstract:

Low silicon carbon steel has been oxidised at varying temperatures in free flowing air using a thermomechanical simulator to control heating and cooling rates. The resultant oxide scales have been studies using Electron Backscatter Diffraction (EBSD) and the phases identified by the differences in the diffraction patterns. The crystallographic textures were calculated from the EBSD data. There is a correlation between the textures of the different phase layers within the scale, which depends on the formation mechanism of the individual phases.