Introduction of Second Phase Particle Shape in Monte Carlo Grain Growth Simulation

Sofiane Guessasma; N. Rouag

doi:10.4028/www.scientific.net/MSF.467-470.981

Paper Titles

Abnormal Grain Growth Effects on the Mechanical Behavior of Ni Electrodeposits
p.957

Particle Evolution and Grain Growth during Annealing of a Complex Multiphase Al-Sn Triboalloy
p.963

Measurement of Impurity Concentration at Grain Boundaries after Recrystallization
p.969

Static Recrystallization of FeAl in the Presence of Second Phase Particles: Experimental and Modeling Investigations
p.975

Introduction of Second Phase Particle Shape in Monte Carlo Grain Growth Simulation
p.981

Influence of Particle Mechanisms on Kinetics of Grain Growth in a P/M Superalloy
p.985

Grain Boundary Area, Grain Boundary Curvature and Particle Pinning in an Al-1mass%Mn Alloy Containing Al₆Mn Precipitates
p.991

In-Situ Quantification of Solute Effects on Grain Boundary Mobility and Character in Aluminum Alloys during Recrystallization
p.997

Temporal Evolution of Grain Size Distributions in Two-Dimensional Pinned Cells
p.1003

HomeMaterials Science ForumMaterials Science Forum Vols. 467-470Introduction of Second Phase Particle Shape in...

Introduction of Second Phase Particle Shape in Monte Carlo Grain Growth Simulation

Abstract:

This paper deals with the study of particle shape effect in grain growth inhibition. As it is difficult to quantify analytically such effect during growth kinetic because of particle distribution variation, computer simulation was implemented. Monte Carlo simulation was chosen to follow grain growth in presence of incoherent particles varying their size, fraction and morphology. Results suggested a correlated effect between particle eccentricity and fraction to control growth inhibition. Moreover, particle size controlled better growth kinetic, as it was possible to inhibit particle shape effect by giving a size advantage to particles having a high symmetry.