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Controlled Warm Working: Possible Tool for Optimizing Stored Energy Advantage in Deformed gamma-fiber (ND//)

Name: Controlled Warm Working: Possible Tool for Optimizing Stored Energy Advantage in Deformed gamma-fiber (ND// )
Keywords: Mg Alloy, Shear Bands, Ebsd, Interstitial-Free Steel, Le-Chatelier Bands, Misorientation, Warm Working, Modeling Texture Change, Recrystallization Textures, Deformation

descriptionPublicationkeyboard_double_arrow_right Article 01 Jan 2009 India English Publisher:IRON STEEL INST JAPAN KEIDANREN KAIKAN

Authors: KHATIRKAR, R; KESTENS, LAI; PETROV, R; SAMAJDAR, I;

handle: 10054/9250

Controlled Warm Working: Possible Tool for Optimizing Stored Energy Advantage in Deformed gamma-fiber (ND//)

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Abstract

In the present study, ultra low carbon steel samples were deformed in near plane-strain mode with different strains, strain rates and temperatures. Estimates of in-grain misorientation developments were obtained respectively for the gamma-fiber (ND//) and alpha-fiber (RD//) oriented deformed grains. Though a general drop in in-grain misorientation was observed with increase in deformation temperature, the highest reduction of 70% showed a clear increase at the intermediate deformation temperatures. Under these condition(s), the misorientation increase in deformed gamma-fiber grains was more substantial than in alpha-fiber grains. The phenomenon was related to the preferred appearance of grain interior strain localizations. The study brings out a clear possibility of optimizing the stored energy advantage in the deformed gamma-fiber through controlled warm working.

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Keywords

Mg Alloy, Shear Bands, Ebsd, Interstitial-Free Steel, Le-Chatelier Bands, Misorientation, Warm Working, Modeling Texture Change, Recrystallization Textures, Deformation, Microtexture, If-Steel, Single-Crystals, Stored Energy, 669, Static Recrystallization, Strain Localizations

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