Modelling the Static Recrystallisation Texture of FCC Metals Using a Phase Field Method

Yong Jun Lan; C. Pinna

doi:10.4028/www.scientific.net/MSF.715-716.739

Paper Titles

Sub-Boundary Mobilities during Recovery of Binary Al-Mn Alloys
p.725

The Weighted Burgers Vector: A Quantity for Constraining Dislocation Densities and Types Using Electron Backscatter Diffraction on 2D Sections through Crystalline Materials
p.732

Mean Field and Finite Element Modeling of Static and Dynamic Recrystallization
p.737

Fabrication of Nanocrystalline Dense Silicon Nitride Ceramics
p.738

Modelling the Static Recrystallisation Texture of FCC Metals Using a Phase Field Method
p.739

Zener Pinning Pressure in Tempered Martensite Lath Structure
p.745

A Rationale for SRX Regression Model of Hot-Deformed Austenite Using an Orthogonal Taguchi L8 Matrix Steels
p.751

Room Temperature Recovery in Rolled Polycrystalline Copper after many Years
p.758

Modelling of Particle Pinning in Dual Scale Using Phase Field Method
p.764

HomeMaterials Science ForumMaterials Science Forum Vols. 715-716Modelling the Static Recrystallisation Texture of...

Modelling the Static Recrystallisation Texture of FCC Metals Using a Phase Field Method

Abstract:

A three dimensional phase field model has been developed to simulate the texture formed during the static recrystallisation of FCC metals with medium or high stacking fault energy, such as aluminium, copper and nickel. Before recrystallisation the deformation texture as well as the stored energy was simulated using a three dimensional crystal plasticity finite element model. This output calculated on the distorted finite element mesh was first mapped onto the regular grid of the phase field model using a linear interpolation method and then used as initial condition for the subsequent recrystallisation texture modelling. This model has successfully predicted the typical recrystallisation texture components: cube {001}<100>, R {124}<211> in the aluminium alloy. In addition, the softening fraction and three dimensional microstructure produced during static recrystallisation have also been simulated by this model.