�ber die Gitterlagen in deformierten Metallkrystallen und Krystallhaufwerken

Sachs, G.; Schiebold, E.

doi:10.1007/bf01559160

Cited by 13 publications

(1 citation statement)

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“…It was shown by Ettisch, Polanyi, and Weissenber&" [6 , 7]that hard-drawn wires of face-centered cubic metals have both cubic and octahedral orientations (double fiber texture). Sachs and Schiebold [33], however, found that aluminum has almost entirely the octahedral orientation. This conclusion was confirmed by Schmid and Wassermann [36], who showed also that the orientation textures of face-centered cubic metals differ only in the proportions of the [ Schmid and Wassermann [36] found also that the amount of preferred orientation in wire is small in the outer layer, but increases toward the center.…”

Section: -42-7 3 Influence Of Plastic Extension On the Crystalmentioning

confidence: 99%

Tensile elastic properties of nickel, copper, open-hearth iron, and typical steels

McAdam¹,

Mebs²

1942

J. RES. NATL. BUR. STAN.

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From stress-set curves are derived proof stresses for five values of permanent set. From corrected stress-strain curves are derived values of the modulus at zero stress and its stress coefficient. The diagrams show the influence of prior plastic extension on these indices.The curves of variation of the proof stresses with plastic extension are affected by the rate of work-hardening, by variation of internal stresses of two kinds, and by the rest interval. The curves of variation of the modulus of elasticity with plastic extension are affected by variation of crystal orientation, internal stress, and lattice expansion, and by rest. The curves of variation of the stress coefficients of the modulu s are affected by all these factors except possibly the reorientation factor. CONTENTS Page

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Section: -42-7 3 Influence Of Plastic Extension On the Crystalmentioning

confidence: 99%