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Investigation of the Crystallographic Evolution Sequence of Nano-Precipitation via HRTEM in Cu-Bearing Ultra-Low Carbon Steel. [PDF]
Nanomaterials (Basel)Zhang W +7 more
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Evaluation of the Relationship Between Fracture Toughness and Hydrogen-Induced Damage in X70 Line Pipe Steel for Low-Temperature Service. [PDF]
Materials (Basel)Khatib Zadeh Davani R +6 more
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Dry bainitizing – a new process for bainitic microstructures
HTM Journal of Heat Treatment and Materials, 2009Abstract Bainitizing is used in today's industry when high toughness of steel components is required in combination with high hardness values. Compared to martensite, the main advantages of bainite are the higher toughness and the high level of compressive stresses on the surface of the components.
V. Heuer, K. Löser, J. Ruppel
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Materials Science and Technology, 2006
A bainite sheaf does not have a simple geometry, making it difficult to characterise or calculate its fundamental properties, such as the total amount of interfacial area per unit volume. The sheaf is, in the language of fractals, a rough object in which the area is a function of how the measurements are made.
Y. Kang, H. K. D. H. Bhadeshia
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A bainite sheaf does not have a simple geometry, making it difficult to characterise or calculate its fundamental properties, such as the total amount of interfacial area per unit volume. The sheaf is, in the language of fractals, a rough object in which the area is a function of how the measurements are made.
Y. Kang, H. K. D. H. Bhadeshia
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Effect of bainite fraction on hydrogen embrittlement of bainite/martensite steel
Materials Science and Engineering: A, 2021Abstract The paper quantifies how the fraction of bainite in dual-phase (bainite/martensite) steel affects its resistance to hydrogen embrittlement (HE). For this purpose, three steels that had different amounts (0, 0.9, and 1.8 wt%) of nickel were used.
Jang Woong Jo +4 more
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2015
Bainite is an intermediate temperature transformation product of austenite. This chapter describes the conditions under which bainite is likely to form. It discusses the effects of alloying on bainitic transformation, the difference between upper and lower bainite, and the influence of solute drag on bainite formation mechanisms.
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Bainite is an intermediate temperature transformation product of austenite. This chapter describes the conditions under which bainite is likely to form. It discusses the effects of alloying on bainitic transformation, the difference between upper and lower bainite, and the influence of solute drag on bainite formation mechanisms.
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Scripta Materialia, 2002
Abstract The defect signatures of bainite and martensite in steels are reviewed, with the object of highlighting similarities and differences between the two transformation products. It is concluded that the weight of evidence is strongly in favour of different local interfacial migration modes for each of the two products of transformation.
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Abstract The defect signatures of bainite and martensite in steels are reviewed, with the object of highlighting similarities and differences between the two transformation products. It is concluded that the weight of evidence is strongly in favour of different local interfacial migration modes for each of the two products of transformation.
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2004
Abstract This article provides a discussion on the transformations of various categories of bainite in ferrous systems. These include upper bainite, lower bainite, inverse bainite, granular bainite, and columnar bainite. The article also provides information on the bainite transformations in nonferrous systems.
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Abstract This article provides a discussion on the transformations of various categories of bainite in ferrous systems. These include upper bainite, lower bainite, inverse bainite, granular bainite, and columnar bainite. The article also provides information on the bainite transformations in nonferrous systems.
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Crystallography of carbide-free bainite in a hard bainitic steel
Materials Science and Engineering: A, 2006The convergent beam Kikuchi line diffraction technique has been used to accurately determine the orientation relationships between bainitic ferrite and retained austenite in a hard bainitic steel. A reproducible orientation relationship has been uniquely observed for both the upper and lower bainite.
Zhang, M., Kelly, P. M.
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Understanding of the Bainite Transformation in a Nano-Structured Bainitic Steel
Solid State Phenomena, 2011A 0.79C-1.5Si-1.98Mn-0.98Cr-0.24Mo-1.06Al-1.58Co (wt%) steel was isothermally heat treated at 200°C for 10 days to form a nano-scale bainitic microstructure consisting of nanobainitic ferrite laths with high dislocation density and retained austenite films.
Peter Hodgson +4 more
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