Abstract
Aluminium specimens composed of two symmetrically oriented crystals having a common 〈111〉 axis were subjected to a tensile test. It was observed that the yield stress and the rate of work hardening increased with the orientation difference between the crystals. In the initial stages of plastic deformation a linear stress-strain region was observed; the length of this region became shorter as the rate of work hardening (i.e., the orientation difference) increased.
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