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Journal of Materials Science: Materials Theory
Fig. 15 | Journal of Materials Science: Materials Theory

Fig. 15

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

Fig. 15

Variation of enthalpy change per unit length of the dislocation segment upon a transmission event from the fcc to the bcc phase, (a), and vice-versa, (b), as a function of distance between the transmitted and residual segments normalized by the incoming Burgers vector, for different external applied shear stress, \(\tau _{RSS}\). A given transmission configuration (specific incoming and transmitting slip systems) is considered for both the cases, for a \(\{1\ 1\ 2\}/\{1\ 1\ 2\}\) Fe/Cu NML structure. The analytical results indicate that slip transmission from fcc to bcc phase is realistically infeasible

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