Continuous Magnetic Method for Quantitative Monitoring of Martensitic Transformation in Steels Containing Metastable Austenite

M. Radu; J. Valy; A.F. Gourgues

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Continuous Magnetic Method for Quantitative Monitoring of Martensitic Transformation in Steels Containing Metastable Austenite

机译：连续磁法定量监测含亚稳奥氏体钢的马氏体转变

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A fast and accurate in situ magnetic method has been developed. This technique is suitable for obtaining the continuous kinetics of the martensitic transformation that occurs during deformation in steels containing metastable austenite, like TRIP steels; it could also be very helpful in studying the austenite stability when designing/optimizing such steels. The results are successfully compared to those of a static magnetic measurement method, which also allows the investigation of the effects of test temperature and stress triaxiality on the phase transformation kinetics.

机译：已经开发了一种快速且准确的原位磁方法。该技术适用于获得包含亚稳态奥氏体的钢（如TRIP钢）变形过程中发生的马氏体转变的连续动力学;在设计/优化此类钢时，对研究奥氏体稳定性也可能非常有帮助。将结果与静态磁测量方法进行了成功比较，该方法还可以研究测试温度和应力三轴性对相变动力学的影响。

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来源
《Scripta materialia》 |2005年第6期|共6页
作者
M. Radu; J. Valy; A.F. Gourgues;
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正文语种 eng
中图分类金属学与热处理;
关键词
Phase transformation; Magnetic measurements; TRIP steels; Retained austenite; Martensite;

机译：相变;磁性测量;TRIP钢;残余奥氏体;马氏体;

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专利

1. Continuous Magnetic Method for Quantitative Monitoring of Martensitic Transformation in Steels Containing Metastable Austenite [J] . M. Radu, J. Valy, A.F. Gourgues Scripta materialia . 2005,第6期

机译：连续磁法定量监测含亚稳奥氏体钢的马氏体转变
2. Quantitative analysis of effect of deformation martensitic transformation during tests on the formation of properties of alloys with metastable austenite [J] . Cheilyakh A. P. Металлы . 1999,第4期

机译：用稳定性奥氏体形成性能测试期间变形马氏体转化效果的定量分析
3. In situ investigation on the deformation-induced phase transformation of metastable austenite in Fe-13% Cr-4% Ni martensitic stainless steel [J] . Shenghua Zhang, Pei Wang, Dianzhong Li, Materials Science and Engineering . 2015,第maya21期

机译：Fe-13％Cr-4％Ni马氏体不锈钢中亚稳奥氏体形变诱导相变的原位研究
4. Features of Deformed Structure of Metastable Austenitic Steel after Deformation-Induced Direct and Reverse Martensitic Transformations [C] . Igor Yu. Litovchenko, Sergey A. Akkuzin, Alexander N. Tyumentsev, International Conference on Physical Mesomechanics of Multilevel Systems . 2014

机译：变形诱导的直接和逆转马氏体转化后亚料奥氏体钢变形结构的特征
5. Strengthening and toughening mechanisms in low-c microalloyed martensitic steel as influenced by austenite conditioning. [D] . Kennett, Shane C. 2014

机译：低碳微合金马氏体钢的强化和增韧机制受奥氏体调节的影响。
6. Datasets acquired with correlative microscopy method for delineation of prior austenite grain boundaries and characterization of prior austenite grain size in a low-alloy high-performance steel [O] . V. Sinha, M. Gonzales, E.J. Payton 2019

机译：用相关显微镜方法获得的数据集用于描绘低合金高性能钢中的奥氏体晶界和表征奥氏体晶粒度
7. Effects of Austenitizing Temperature on Tensile and Impact Properties of a Martensitic Stainless Steel Containing Metastable Retained Austenite [O] . Biao Deng, Dapeng Yang, Guodong Wang, 2021

机译：奥氏体温度对含稳定保留奥氏体的马氏体不锈钢拉伸和冲击性能的影响

Continuous Magnetic Method for Quantitative Monitoring of Martensitic Transformation in Steels Containing Metastable Austenite

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