Morphology of Cementite decomposition in an Fe-Cr-C Alloy
Dissolution of spheroidal cementite in austenite at 910°C has been studied by means of scanning and transmission electron microscopy. Three different morphologies of transformation have been observed.
Ågren, John,, Liu, Zi Kui,
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application/pdfIn order to make clear the effect of temperature on deformation and fracture of cementite in steels, observations by transmission electron microscopy were made on cementite in carbon steels strained in tension at various temperatures ...
OGURA, Tsugio +2 more
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Impact of Ferrite-Cementite Microstructure on Tensile and Cutting Behaviour of C75S Steel. [PDF]
Kaczmarczyk J.
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A critical review of chemical heterogeneity-driven microstructure control in steels. [PDF]
Lee SH, Kim JH.
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Effects of Austenitizing Temperature and Deep Cryogenic Treatment on Microstructural Evolution and Mechanical Properties of a Microalloyed High-Carbon Steel. [PDF]
Zhang J, Zhang C, Dong H.
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We report on the diffraction peak shape evolution from cementite particles in three steel microstructures, recorded during in-situ tensile deformation at room temperature.
Van Petegem, S. +3 more
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Microstructure Evolution Control and Performance Degradation of SA-178 Grade C Boiler Tubes Driven by Pearlite Spheroidization. [PDF]
Hardinanto AA +11 more
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Effect of Tempering Temperature on Microstructural Evolution and Mechanical Properties of Cr-Ni-Mo-V Steel for Pressure Vessel Applications. [PDF]
Liang E +6 more
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A Rapid Spheroidizing Annealing Process for High-Carbon Steel. [PDF]
Li B, Tong Z, Zhao M, Wu X, Zheng W.
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Exploring Inhibition Mechanism of Si on Cementite Nucleation in Hypereutectoid Steel: Experiments and First-Principles Calculations. [PDF]
Xu T, He Z, Han X, Yang X, Hou X.
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