Simulations find that increasing crack width in graphene amplifies toughness gains from larger inter-crack spacing, yielding over twofold higher normalized toughness via delayed rupture rather than coalescence.
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Geometry-Dependent Crack Interaction and Toughening in Graphene
Simulations find that increasing crack width in graphene amplifies toughness gains from larger inter-crack spacing, yielding over twofold higher normalized toughness via delayed rupture rather than coalescence.