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The study reports a systematic evaluation of the role of spatially correlatedmechanical elements on failure behavior of heterogeneous materials representedby fiber bundle models (FBM) with different load redistribution rules. Theincrease of spatial correlation FBM for a local load sharing, results in atransition from ductile-like failure characteristics into brittle-like failure.The study identified a global failure criterion based on macroscopic properties(external load and cumulative damage) which is independent of spatialcorrelation or load redistribution rules. This invariant metric could beapplied for early warning of a class of geophysical ruptures.

Failure modes of complex materials with spatially-correlated mechanical properties -- the critical role of internal damage