Anisotropic crack density controls crack path and toughness while anisotropic strain energy controls driving force and elastic response in stress-concentration geometries, with nonlinear synergy when both are active.
arXiv preprint arXiv:2603.15635
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On the complementary roles of anisotropic crack density and anisotropic crack driving force in phase-field modeling of mixed-mode fracture
Anisotropic crack density controls crack path and toughness while anisotropic strain energy controls driving force and elastic response in stress-concentration geometries, with nonlinear synergy when both are active.