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Journal of Materials Science: Materials Theory
Fig. 4 | Journal of Materials Science: Materials Theory

Fig. 4

From: Role of interfaces on the mechanical response of accumulative roll bonded nanometallic laminates investigated via dislocation dynamics simulations

Fig. 4

Average residual stresses in the fcc (blue markers) and bcc (red markers) for a \(\{1\ 1\ 2\}/\{1\ 1\ 2\}\) Fe/Cu NML with a layer thickness of 200 nm, (a-c), and 400 nm, (d-f). Left, center, and right columns show the components along the transverse direction (TD; sample XX), rolling direction (RD; sample YY), and normal direction (ND; sample ZZ), respectively, for each layer thickness, based on the convention used in the manuscript. The corresponding Euler angles (in radians) are \(\phi _1 = 0.34906585, \Phi = 0.61547971, \phi _2 = 0.78539816\) for the Cu phase, and \(\phi _1 = 5.06145483, \Phi = 0.61547971, \phi _2 = 0.78539816\) for the Fe phase

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