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Slip transfer at grain boundaries and annealing twin boundaries was studiedin polycrystalline Ni by means of slip trace analysis. Slip transfer orblocking was assessed in $>$ 200 boundaries and was related with geometricalcriteria that establish the alignment between the active slip systems acrossthe boundaries. It was found that slip transfer mainly occurs at low-angleregular grain boundaries and that a Luster-Morris parameter $>$ 0.8 stands forthe best criterion to assess slip transfer. In the case of coherent orincoherent twin boundaries, slip transfer occurs when the residual Burgersvector is close to zero through dislocation cross-slip.

Criteria for slip transfer across grain and twin boundaries in pure Ni