Work hardening in Fe-Mn binary alloys

O. Sahin; A. Calik; A.E. Ekinci

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Work hardening in Fe-Mn binary alloys

机译：Fe-Mn二元合金中的加工硬化

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The work hardening rate (WHR) of Fe-Mn binary alloys with Mn content in the range 0.42-1.21 (wt. percent) has been investigated in tensile tests at different temperatures. The results show that the WHR depends on temperature and Mn content. We have concluded that the experimental results are in agreement with the model that the change of dislocation density with strain is considered to be a result of the storage and annihilation of dislocations.

机译：在不同温度下的拉伸试验中，研究了Mn含量在0.42-1.21（重量％）范围内的Fe-Mn二元合金的加工硬化率（WHR）。结果表明，WHR取决于温度和Mn含量。我们得出的结论是，实验结果与该模型一致，即位错密度随应变的变化被认为是位错的存储和an灭的结果。

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《Materials Characterization》 |2007年第6期|共4页
作者
O. Sahin; A. Calik; A.E. Ekinci;
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正文语种 eng
中图分类工程材料学;
关键词
Solid solution hardening; Alloys; Yield stress; Work hardening rate;

机译：固溶硬化;合金;屈服应力;工作硬化率;

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1. Work hardening in Fe-Mn binary alloys [J] . O. Sahin, A. Calik, A.E. Ekinci Materials Characterization . 2007,第6期

机译：Fe-Mn二元合金中的加工硬化
2. Flow stress and work-hardening behaviour of Al-Mg binary alloys [J] . Jobba M., Mishra R. K., Niewczas M. International Journal of Plasticity . 2015,第Null期

机译：Al-Mg二元合金的流变应力和加工硬化行为
3. Effect of Coarse Al_6Mn Particles on Work Hardening in Al-Mn Binary Alloy [J] . Shingo Iwamura, Kazuyo Ogawa 住友軽金属技報 . 2012,第期

机译：Al_6Mn粗颗粒对Al-Mn二元合金加工硬化的影响
4. AN APPLICATION OF FILLED FUNCTION METHOD TO THE HARDNESS PROPERTY OF FE-MN BINARY ALLOYS [C] . AHMET SAHINER, HAVVA GOKKAYA International FLINS conference . 2012

机译：拟函数法在FE-MN二元合金硬度性能中的应用
5. Development of Bioresorbable Fe-Mn Alloys for Orthopaedic Implantation [D] . Heiden, Michael 2017

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7. Work-hardening and annealing characteristic of Mg-Li binary alloys. [O] . Tadakazu OHNISHI, Taichiro ITO 1989

机译：Mg-Li二元合金的工作硬化和退火特性。
8. Alloy Hardening and Softening in Binary Molybdenum Alloys as Related to Electron Concentration [R] . Stephens, J. R., Witzke, W. R. 1972

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Work hardening in Fe-Mn binary alloys

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