Modeling of Growth and Formation of Pearlite Colonies for Simple Models of Alloys Iron-Carbon

Konstantin Khromov; Andrey Stroev; Valentin Vaks

doi:10.4028/www.scientific.net/SSP.172-174.1195

Paper Titles

Thermodynamic Modelling of Carbide Precipitation in Hot Work Tool Steels with Different Silicon Contents
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Modeling of Growth and Dissolution of Grain Boundary Cementite in Vacuum Carburizing Process
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Critical Assessment of Bainite Models for Advanced High Strength Steels
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A Simple Model of Dissipative Processes in Ferroelastics
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Modeling of Growth and Formation of Pearlite Colonies for Simple Models of Alloys Iron-Carbon
p.1195

Analytical Modeling of Austenite Growth and Phase Evolution during Reverse Transformation from Pearlite in High Carbon Steels
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Kinetics of the Austenite-Ferrite Transformation with and without Applied Stress
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A Convex Hull Algorithm for Minimization of Gibbs Energy in Two-Phase Multicomponent Alloys
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An Equation of State of Amorphous β-Boron under High Pressure.
p.1220

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Modeling of Growth and Formation of Pearlite Colonies for Simple Models of Alloys Iron-Carbon

Abstract:

Growth and formation of pearlite colonies are simulated for some simple models of alloysiron-carbon. The steady-state growth is shown to be possible only via the interfacial but not the volumecarbon diffusion mechanism. The model of formation of pearlite colonies based on assumptions ofstrong enhancement of carbon diffusion near grain boundaries is suggested.