Metallographic Preparation for Electron Backscattered Diffraction
p.578
p.578
Abnormal Growth Mechanisms of Goss Grains in Grain-Oriented Electrical Steels
p.585
p.585
The Effect of Cold Rolling Direction on the Secondary Recrystallization in Fe-3%Si Steel
p.591
p.591
Texture and Microstructure Evolution during Box Annealing of a Non-Oriented-Grain Electrical Steel
p.595
p.595
Modeling of the Particles Pinning Effect on Grain Growth
p.599
p.599
Experimental Investigation of Texture Gradients in Aluminium/Copper Plates Bonded through Explosive Welding Process
p.603
p.603
Facilitated Recrystalization of the Hard-to-Recrystalize Structure in 16% Cr Steel Sheets by one-Pass ECAP Prior to Cold Rolling
p.607
p.607
Recrystallization Textures in Aluminum Alloys: Experimental Study and Modelling
p.611
p.611
Cellular Automata Simulation of Textural Evolution during Primary Static Recrystallization of IF Steel
p.615
p.615
Modeling of the Particles Pinning Effect on Grain Growth
Abstract:
In silicon steels, interaction of grain boundaries with particles occurs in a selective way. Currently, it is very difficult to include this preferential interaction directly in the classical simulation models. A new approach of grain growth simulation based on the concept of curvature-driven migration of the grain boundaries in the presence of particles has been used to study the abnormal grain growth (AGG) in Fe-3%Si alloy.
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Periodical:
Materials Science Forum (Volumes 702-703)
Pages:
599-602
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Online since:
December 2011
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© 2012 Trans Tech Publications Ltd. All Rights Reserved
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