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Journal of Materials Science: Materials Theory
Fig. 1 | Journal of Materials Science: Materials Theory

Fig. 1

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

Fig. 1

a shows the geometric aspect of the laminate structure with a misorientation angle \(\theta\) between the incoming, \(\hat{{\textbf {L}}}_1\), and outgoing, \(\hat{{\textbf {L}}}_2\), slip traces. This work considers transmission cases for \(\theta = 0\), as shown schematically in (b) along with a slip transmission event where the incoming dislocation with Burgers vector \(b_{inc}\), transmits from the incoming slip plane, \(n_{inc}\), in phase 1 onto the transmitted slip plane, \(n_{trans}\), in phase 2 with a Burgers vector \(b_{trans}\). In this process, a residual Burgers vector of \(b_{res} = b_{inc} - b_{trans}\) is formed at the interface (white)

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