Nonlocal linear instability via vanishing Hessian eigenvalue initiates twin boundary motion in a 2D lattice model, with irrational boundaries starting at lower shear stresses and sometimes forming orthogonal microtwins.
Modeling the interface structure of type ii twin boundary in b19’ niti from an atomistic and topological standpoint.Acta Materialia, 183:93–109, 2020
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Nonlocal Linear Instability Drives the Initiation of Motion of Rational and Irrational Twin Interfaces
Nonlocal linear instability via vanishing Hessian eigenvalue initiates twin boundary motion in a 2D lattice model, with irrational boundaries starting at lower shear stresses and sometimes forming orthogonal microtwins.