New way to take control of a structural grain size in the formation of nanomaterials by extrusion
Materialwissenschaft und Werkstofftechnik, 2012•Wiley Online Library
Production of nanomaterials by formation of extreme plastic deformation ECAP (Equal‐
Channel Angular Pressing) is a way of preparing nano‐structures of engineering materials.
A development of a nanostructure in steel AISI 309 (EN X15CrNiSi20. 20) with the
technology of ECAP, and a new method for determination of the grain size are analysed
here. In this study, we also make a comparison, analysis and prediction of the grain size with
other technologies. Samples of steel of AISI 309 type were deformed by ECAP method using …
Channel Angular Pressing) is a way of preparing nano‐structures of engineering materials.
A development of a nanostructure in steel AISI 309 (EN X15CrNiSi20. 20) with the
technology of ECAP, and a new method for determination of the grain size are analysed
here. In this study, we also make a comparison, analysis and prediction of the grain size with
other technologies. Samples of steel of AISI 309 type were deformed by ECAP method using …
Abstract
Production of nanomaterials by formation of extreme plastic deformation ECAP (Equal‐Channel Angular Pressing) is a way of preparing nano‐structures of engineering materials. A development of a nanostructure in steel AISI 309 (EN X15CrNiSi20.20) with the technology of ECAP, and a new method for determination of the grain size are analysed here. In this study, we also make a comparison, analysis and prediction of the grain size with other technologies. Samples of steel of AISI 309 type were deformed by ECAP method using up to 35 passes.
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