Extended Data Fig. 6: The shape function, β(ℓ), characterizing self-similar nucleation patches is particularly simple during the nucleation phase, until the topological transition to 1D rupture occurs at ℓ*. | Nature

Extended Data Fig. 6: The shape function, β(), characterizing self-similar nucleation patches is particularly simple during the nucleation phase, until the topological transition to 1D rupture occurs at *.

From: How frictional ruptures and earthquakes nucleate and evolve

Extended Data Fig. 6

a. The shape function β() for a self-similar growth of a penny crack shown in the inset. Note that, in this case, β = π/2 for  < * = W, where * is the value of at which the topological transition takes place. b. Mode I (g1(v)) and mode II (g2(v)) solutions of self-similar Broberg problems23. Here, plane stress conditions are imposed so that the dilatational (cd) and shear (cs) wave speeds are related by \({c}_{d}=\sqrt{2/(1-\rho )}{c}_{s}\), where ρ = 1/3 is the Poisson ratio.

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