Recrystallization and Grain Growth

Volumes 467-470

doi: 10.4028/

Paper Title Page

Authors: Vladimir Yu. Novikov

Abstract: Grain growth in 2D polycrystals was simulated under the supposition that triple junctions possess a restricted mobility and so impede the...

Authors: Hélène Petitgand, H. Réglé, Uwe Zimmermann

Abstract: In order to optimize the batch annealing cycles and increase the productivity of this process, the impact of the chemical composition and...

Authors: B. Radhakrishnan, G.B. Sarma

Abstract: The paper describes large scale, three-dimensional, Potts model simulations of the interaction between a coarse particle and a straight...

Authors: Lasar S. Shvindlerman, Günter Gottstein, Anthony D. Rollett

Abstract: We present a new analysis of the relative rate of growth or shrinkage of grains in a two-dimensional network, based on the classical Von...

Authors: Denis Solas, Ph. Gerber, Thierry Baudin, Richard Penelle

Abstract: A three-dimensional Monte Carlo computer simulation technique has been applied to the problem of normal grain growth. A continuum system is...

Authors: D. Weygand, J. Lépinoux, Yves Bréchet

Abstract: The conditions for nucleation of abnormal grain growth have been investigated using a 2D vertex simulation allowing for the presence of...

Authors: Dana Zöllner, Peter Streitenberger

Abstract: A modified Monte Carlo algorithm for single-phase normal grain growth is presented, which allows one to simulate the time development of...

Authors: S.R. Barrabes, M.E. Kassner, Maria Teresa Pérez-Prado, E. Evangelista

Abstract: The micron-size grain refinement of pure a-zirconium obtained with elevated temperature tensile deformation was investigated. The...

Authors: Cédric Chauvy, Pierre Barbéris, Frank Montheillet

Abstract: Compression tests were used to simulate simple deformation paths within the upper a-range of Zircaloy-4 (i.e. 500°C-750°C). The mechanical...


Showing 171 to 180 of 220 Paper Titles