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Deformation Behavior of Ultra-low Carbon Steel in Ferrite Region during Warm Processing

Deformation Behavior of Ultra-low Carbon Steel in Ferrite Region during Warm Processing
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摘要 The hot deformation experiments of ultra-low carbon steel in ferrite range were carried out in a hot simulator in order to research hot deformation behaviors of ultra-low carbon steel in ferrite range at low temperature. The results show that the influences of deformation parameters on flow stress are different to those in austenitic deformation. The deformation characteristic parameters were calculated for ultra-low carbon steel in ferrite region. The flow stress equation for ultra-low carbon steel in ferritic deformation at low temperature was obtained. The hot deformation experiments of ultra-low carbon steel in ferrite range were carried out in a hot simulator in order to research hot deformation behaviors of ultra-low carbon steel in ferrite range at low temperature. The results show that the influences of deformation parameters on flow stress are different to those in austenitic deformation. The deformation characteristic parameters were calculated for ultra-low carbon steel in ferrite region. The flow stress equation for ultra-low carbon steel in ferritic deformation at low temperature was obtained.
作者 徐光
出处 《Journal of Wuhan University of Technology(Materials Science)》 SCIE EI CAS 2008年第1期29-32,共4页 武汉理工大学学报(材料科学英文版)
基金 the Education Bureau of Hubei Province of China(No.2002A01013)
关键词 ultra-low carbon steel warm processing DEFORMATION flow stress equation ultra-low carbon steel warm processing deformation flow stress equation
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参考文献13

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