MD simulations of Ih ice identify a ~2-molecule-wide disordered interfacial layer that produces anisotropic fracture with significantly lower stress and yield strain when deformation is parallel to the interface plane.
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Nanoscale ice fracture by molecular dynamics simulations
MD simulations of Ih ice identify a ~2-molecule-wide disordered interfacial layer that produces anisotropic fracture with significantly lower stress and yield strain when deformation is parallel to the interface plane.