Figure 1: The orientations and primary slip systems of the specimens. | Nature Communications

Figure 1: The orientations and primary slip systems of the specimens.

From: Controllable fatigue cracking mechanisms of copper bicrystals with a coherent twin boundary

Figure 1

(a) Orientation and grain boundary (GB) map with the cutting ways of the specimens. (b) {111} pole figure of the bicrystal; primary slip systems predicted by Schmid’s law for the bicrystals with a twin boundary (TB) (c) parallel (d) inclined at 45° and (e) perpendicular to the loading direction, respectively. (f) The double Thompson tetrahedron.

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