Simulation of Grain Growth under the Effect of Stress

F. Uyar; S. Wilson; Myrjam Winning; Anthony D. Rollett

doi:10.4028/www.scientific.net/MSF.715-716.197

Paper Titles

Survey of Grain Boundary Energies in Four Elemental Metals
p.179

Substructure and Texture Characteristics of the Deformed Matrix and Dynamically Recrystallized Grains in a Ni-30%Fe Austenitic Alloy
p.180

Understanding Grain Boundary Junctions: Effect of the Grain Size on Microstructure Evolution
p.186

Influence of Grain Boundary Mobility on Microstructure Evolution during Recrystallisation
p.191

Simulation of Grain Growth under the Effect of Stress
p.197

EBSD-Based Techniques for Characterization of Microstructural Restoration Processes during Annealing of Metals Deformed to Large Plastic Strains
p.203

Advances in Grain Growth Theory
p.211

Loss of High Angle Boundary Area during Annealing a Cryo-SPD Processed Al-Alloy with a Nano-Scale Lamellar Grain Structure
p.219

Stress Induced Grain Boundary Motion in Al Bicrystals
p.227

HomeMaterials Science ForumMaterials Science Forum Vols. 715-716Simulation of Grain Growth under the Effect of...

Simulation of Grain Growth under the Effect of Stress

Abstract:

Abstract.are preferentially eliminated, thus leading to interface texture development and a higher pop-ulation of low energy grain boundaries. However, when stress is introduced as an additionaldriving force, the dynamics of grain growth change. To model these eﬀects, a three dimensionalanisotropic multi-level set model was modiﬁed in order to account for the eﬀect of stress ﬁeld ongrain growth. For this mesoscale study, grain boundaries were treated as dislocation structuresand their associated net Burgers vectors were calculated using the misorientation informationand boundary inclinations. Using these net Burgers vectors and their associated densities, ad-ditional forces due to stress ﬁeld were calculated via the Peach-Koehler equation. Qualitativecomparisons of 5 parameter grain boundary character distribution will be carried out in orderto analyze the diﬀerences in texture evolution during grain growth.