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An overview on bainite formation in steels

Current Opinion in Solid State and Materials Science, 2005
The present report makes an attempt to review some studies by Chinese researchers on bainite in steel from the viewpoint of thermodynamics, kinetics, crystallography, microstructure, mechanism, etc. Due to the complexity of bainite transformation in steels, the extensive disagreement between the diffusion school and the shear school on bainite ...
Zhi-Gang Yang, Hong-Sheng Fang
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Strengthening mechanisms in bainitic steels

Acta Metallurgica, 1971
Abstract An investigation has been made of the microstructures and mechanical properties of a series of 1%Cr-0.5 %Mo-0.002%B base steels following isothermal transformation to structures of the granular, upper and lower bainite types. The results indicate that in granular bainites the strength is raised above the base level of the matrix by the ...
M.E Bush, P.M Kelly
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Wear behavior of bainitic steels

Wear, 1987
Abstract A systematic study of the wear properties of a series of 0.5 wt.% Mo, 0.003 wt.% B bainitic steels has been made under dry sliding conditions. In contrast to most of the established wear models and experimental data, it was found that, for eight of the nine materials, the wear rate is not a linear function of load.
P. Clayton   +3 more
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Bainitic Steels, their Characteristics and Applications

Key Engineering Materials, 2016
Abstract. Excellent combination of mechanical properties makes bainitic steels very attractive for commercial application. The most potential benefit of bainitic steels is found in the lightweight design of car bodies. The chemical composition, productions process and the austenite state control the properties of those steels.
Maxim Shimanov   +3 more
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Caviation erosion of bainitic steel

Wear, 1998
Abstract The cavitation erosion of a bainitic steel in distilled water has been investigated by means of a rotating-disc erosion apparatus. It was found that the bainitic steel specimen with higher value of impact toughness has better cavitation resistance and the increase of the relative content of lower bainite can improve the cavitation resistance
G.B. Jiang   +3 more
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Nano Bainitic Steels

2016
In this study, nano bainitic steels examined which were developed recent years with respect to detailed literature survey. Researches are increasingly continuing related to transformation of austenite to bainite in Fe-C alloys. In the presented study, chemical compositions, production, microstructures and mechanical properties of nano bainitic steels ...
MURATHAN, Ömer Faruk, KILIÇLI, Volkan
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New bainitic steels for forgings

Archives of Civil and Mechanical Engineering, 2012
Steels with a bainitic microstructure offer great possibilities for highly stressed forged components. The variety of different bainitic morphologies requests for an aligned thermal treatment after forging in order to achieve the maximum performance.
C. Keul, V. Wirths, W. Bleck
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Aspect ratio of bainite in steels

Materials Letters, 2000
The aspect ratios of bainitic plates formed in 10 experimental alloys have been statistically analyzed. The results, based on the measurements of 129 individual plates, show that the aspect ratio of bainite is less than 0.25, and generally less than 0.1, with the most frequent value around 0.025 and a theoretical minimum value of 0.008.
Jiajun Wang   +3 more
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High Performance Bainitic Steels

Materials Science Forum, 2005
The choreography of atoms during the course of the bainite transformation has major consequences on the development of structure. In particular, the scale and extent of the structure is dependent directly on the fact that the atoms move in a disciplined fashion.
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Retained Austenite in Bainitic Steels

Bainite is formed through the transformation of austenite, and a portion of the austenite remains untransformed within the bainitic microstructure as retained austenite. The performance of bainitic steels is often unstable because of the complex relationship among the transformation process, microstructure, and material properties, which is largely ...
Zhang Fucheng, Yang Zhinan
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