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title:(Flow AND stress AND anisotropy)

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1 Journal article

Flow stress anisotropy

Understanding the mechanical anisotropy of metals is essential for many forming processes. 2 causes for anisotropy are treated: the deformation texture, which is related to the crystallography, and the deformation microstructure in the form of dislocation walls. Experimental data for the flow

Year: 1996

Language: English

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2 Conference paper

Flow stress anisotropy

Winther, G.

Baltic Sea Metal Forming and Cutting Seminar. Proceedings — 1996

Year: 1996

Language: English

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3 Conference paper

Flow stress anisotropy of rolled copper

Li, Z.J.; Winther, G.; Hansen, N.

Fundamental Aspects of the Deformation and Fracture of Materials. Book of Abstracts — 2003

Year: 2003

Language: English

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4 Conference paper

Flow stress anisotropy of nanotwinned copper

Year: 2011

Language: English

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5 Journal article

Flow stress anisotropy and hardening parameters

Year: 2005

Language: English

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6 Journal article

Modelling flow stress anisotropy caused by deformation induced dislocation boundaries

Models have been developed for the combined effect of texture and microstructure on the flow stress anisotropy of metals containing dislocation boundaries with a macroscopic orientation with respect to the sample axes. These are the Taylor and the Sachs models modified to include the anisotropic

Year: 1997

Language: English

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7 Journal article

Effect of grain orientation dependent microstructures on flow stress anisotropy modelling

The effect of introducing dislocation boundaries on crystallographic planes dependent on the grain orientation into the modelling of flow stress anisotropy of a rolled sheet is investigated. Use of grain orientation dependent boundary planes and constants derived from microstructural data gives

Year: 2005

Language: English

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8 Conference paper · Journal article

Flow stress anisotropy - effect of microstructure and texture in aluminium and IF steel

The effect of microstructure and texture on the flow stress anisotropy in aluminium and IF steel has been investigated. The samples are recrystallized commercial purity aluminium (AA1050) cold rolled to prestrains of 0.05, 0.11 and 0.2, and recrystallized IF steel cold rolled to a prestrain of 0.28

Year: 2005

Language: English

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