Rolling Texture Simulation of Aluminium Sheets Based on the Mechanism of Intergranule Reaction Stresses

W. Mao

doi:10.4028/www.scientific.net/MSF.877.686

Paper Titles

Modelling of the Age-Hardening Behavior in AA6xxx within a Through-Process Modelling Framework
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Effects of Heat Transfer Coefficients on Quenching Residual Stresses in 7055 Aluminum Alloy
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Numerical Analysis of Wavy Interface Formation and Successive Temperature Change in Magnetic Pulse Welded Al/Cu Joint
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Modelling of Strain-Path Transients in Commercially Pure Aluminium
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Optimized Design of Aluminum Cross Car Beam (CCB) Based in Modal Strain Energy Analysis
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Characterization and Modelling of the Damage Behavior of Extruded Aluminum Profiles for Crash Simulations
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Multiscale Approach for the Damage Modeling of an Aluminum Casting Alloy with Stochastic Character
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Rolling Texture Simulation of Aluminium Sheets Based on the Mechanism of Intergranule Reaction Stresses
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Effect of Natural Ageing on Strength and Anisotropy in Aluminium Alloy AA 6005C
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HomeMaterials Science ForumMaterials Science Forum Vol. 877Rolling Texture Simulation of Aluminium Sheets...

Rolling Texture Simulation of Aluminium Sheets Based on the Mechanism of Intergranule Reaction Stresses

Abstract:

Many efforts have been made to simulate the rolling texture evolution in polycrystalline Al for which strain and stress equilibrium of grains need to be considered. The conventional Taylor theory and its modifications, such as current VPSC, ALAMEL, GIA, fail to solve the problem of stress incompatibility between grains and their surrounding matrix properly. A reaction stress model is suggested for rolling deformation, which accounts both for stress and strain equilibrium and predicts similar textures as those by the Taylor theory. The corresponding detailed modification could reproduced the real rolling texture formation if the industrial rolling stress condition is included.

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Periodical:

Materials Science Forum (Volume 877)

Pages:

686-687

DOI:

https://doi.org/10.4028/www.scientific.net/MSF.877.686

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Online since:

November 2016

Authors:

W. Mao*

Keywords:

Reaction Stress, Rolling Deformation, Texture Simulation

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References

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