Local Texture Evolution by Rate-Independent Polycrystal Model Allowing for Coordination of Interacting Crystals

A.A. Zisman; Nikolay Y. Zolotorevsky; N.Yu. Ermakova

doi:10.4028/www.scientific.net/MSF.495-497.965

Paper Titles

The Alignment of Low Angle Boundaries during Deformation
p.927

A Texture Evolution Study Using the Texture Component Crystal Plasticity FEM
p.937

Orientation Fragmentation in Copper, Nickel and Aluminum: A Comparative Study of the Nucleation Process
p.945

Improving the Self-Consistent Predictions of Texture Development of Polycrystals Incorporating Intragranular Field Fluctuations
p.955

Local Texture Evolution by Rate-Independent Polycrystal Model Allowing for Coordination of Interacting Crystals
p.965

Influence of Selectivity of Shear Systems on Deformation Texture
p.971

Processing Path Model to Describe Texture Evolution during Mechanical Processing
p.977

Quantitative X-Ray Analysis of Deformation Microtexture within Individual Grains
p.983

An Intermediate Viscoplastic Model for Deformation Texture Evolution in Polycrystals
p.989

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Local Texture Evolution by Rate-Independent Polycrystal Model Allowing for Coordination of Interacting Crystals

Abstract:

A rate-independent polycrystal model, allowing for the shape and spatial coordination of neighboring constitutive crystals and for the plastic strain distribution among them, has been used to simulate the local texture evolution in an Al polycrystal under compression. The simulation results compare favourably to relevant experimental data and show the reorientation path of each crystal to strongly depend on orientations of its immediate neighbors.