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Exact(6)
It is also seen that maximum pole density (f(g) = 5.3) was higher than for specimen 6 after HE + 2ECAH.
Pole figures for specimen after four passes of ECAH (specimen 9, Fig. 6d) showed nearly simple shear texture (Fig. 6f) with maximum pole density of 2.1.
Further HE of specimen 9 led to the formation of two-component <111> + <100> fiber texture with maximum pole density f(g) = 8.0 (specimen 10, Fig. 6e).
Further HE of specimen 7 resulted in the formation of a fiber <111> texture with maximum pole density f(g) = 7.9 (specimen 7, Fig. 6c).
The texture was altered by the fiber <111> texture with the maximum pole density of 7.9 at the increase of accumulated strain to e Σ = 2.82.
It is seen that the specimen after HE followed by two passes of ECAH (specimen 6, Fig. 6a), exhibited nearly simple shear texture (Fig. 6f) with maximum pole density of 2.3.
Similar(54)
(c) Maximum pole radius for.
(e) Maximum pole radius for.
The HE after ECAH recovered two-component fiber texture at the significant increase of pole density.
The distribution of pole density for specimen 7 confirms the presence of two-component <111> + <100> fiber texture.
The grain alignment of the composites was characterized quantitatively by normalized pole density based on X-ray diffraction (XRD) measurement.
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