Abstract
The plastic anisotropy of cold-rolled commercially pure aliuminium (99.6%) has been investigated. Sample parameters were the initial grain size (35, 80 and 400 μm) and the degree of plastic strain (∈ = 0.2 and 2.0). Textures were determined by neutron diffraction and Taylor M-factors were calculated. Flow stresses (0.2% offset) were measured at room temperature as a function of the angle to the rolling direction, and the effect of texture on the flow stress was accounted for on basis of the M-factors. It is discussed how the flow stress anisotropy is affected by texture and microstructure.
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