The Role of Dispersions in Modeling the Kinetics of Phase Transformations
p.279
p.279
First-Principles and Genetic Modelling of Precipitation Sequences in Aluminium Alloys
p.285
p.285
Atomic Scale Investigation of Cr Precipitation in Cu and Related Mechanical Properties.
p.291
p.291
Effect of Mn on the Nanoprecipitation in Binary Fe-Cu alloys
p.297
p.297
Modelisation of Precipitation in Concentrated Alloys
p.303
p.303
Analysis of Clustering Characteristics during early Stages of Cu Precipitation in bcc-Fe
p.309
p.309
The β'-α' Interaction: a Study of early Stages of Phase Separation in a Fe-20%Cr-6%Al-0.5%Ti Alloy
p.315
p.315
Beyond the Cahn-Hilliard Equation: a Vacancy-Based Kinetic Theory
p.321
p.321
Thermal Embrittlement of a Lean Grade of Duplex Stainless Steel: Alloy 2003
p.331
p.331
Modelisation of Precipitation in Concentrated Alloys
Abstract:
The modelling of precipitation is fairly trivial in very dilute binary alloys but remains a challenge in concentrated alloys. By comparing Kinetic Monte Carlo simulations and Cluster Dynamics calculations the difficulties are identified and solutions to link these two techniques are proposed to build an efficient multi-scale procedure.
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Periodical:
Solid State Phenomena (Volumes 172-174)
Pages:
303-308
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Online since:
June 2011
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© 2011 Trans Tech Publications Ltd. All Rights Reserved
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