Configurational force computations on idealized crack geometries show that facet tilting, local binormal shear, and facet spacing govern echelon crack growth and coalescence in soft materials.
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Configurational forces explain echelon cracks in soft materials
Configurational force computations on idealized crack geometries show that facet tilting, local binormal shear, and facet spacing govern echelon crack growth and coalescence in soft materials.