Microstructure and Texture Development in Pure Ta Sheets Processed by Conventional Rolling and Cross Roll Rolling

Kuk Hyun Song; Han Sol Kim; Won Yong Kim

doi:10.4028/www.scientific.net/MSF.706-709.2652

Paper Titles

Microstructure and Texture Evolution of Fe-Si Steels after Hot Dipping and Diffusion Annealing
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Thermomechanical Treatment for Enhancing Deep Drawability of Copper-Bearing Bake Hardening Steel
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Numerical Model of Microstructure and Fracture of Coated Aluminum Alloys: A Novel Design Approach
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Influence of Surface Micro Texture on Photocatalitic Function of Titanium Dioxide Film
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Microstructure and Texture Development in Pure Ta Sheets Processed by Conventional Rolling and Cross Roll Rolling
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Evolution of Crystallographic Texture in Pure Iron and Commercial Steels by γ to α Transformation
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Texture Evolution in Nanocrystalline Fe Induced by Surface Mechanical Attrition Treatment
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Crystallographic Behaviors of Uni-Axial Deformed High Manganese Steels
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Calculation Methods to Determine Crystallographic Elements Based on Electron Diffraction Orientation Measurements by SEM/EBSD or TEM
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HomeMaterials Science ForumMaterials Science Forum Vols. 706-709Microstructure and Texture Development in Pure Ta...

Microstructure and Texture Development in Pure Ta Sheets Processed by Conventional Rolling and Cross Roll Rolling

Abstract:

To evaluate the effect of rolling process on microstructures and textures development, this work was carried out using pure Ta sheets. For this work, conventional rolling (CR) and cross roll rolling (CRR) as a deformation process were introduced, pure Ta sheets were cold rolled to 90% in thickness reduction. After this, to obtain the recrystallized microstructure on cold rolled materials, the recrystallization heat-treatment was performed at 1200°C for 60 min under the high vacuum state. Also, to analyse the grain boundary character distributions of the annealed sheets, electron back-scattered diffraction method was introduced. As an experimental result, increase in strain rate led to the development of texture with its texture component of <111> at conventional rolling and cross roll rolling, in common. Therefore, in this study, we systematically discussed the texture development due to increase in effective strain.