Fatigue of Materials¶
Suresh, S. (1998). Fatigue of Materials. Cambridge University Press.
Cited by¶
2 citations across 2 artifacts.
Each citation links to the sentence it supports in the citing article.
Primes¶
- Fold
- The fatigue failure mode is the diagnostic payoff: bend the same line back and forth a few times — as anyone who has snapped a paperclip knows — and the metal work-hardens and fractures at that hinge.
This sourceCanonical reference on fatigue: repeated bending at a hinge work-hardens and accumulates damage until fracture at the recurring location.
- The fatigue failure mode is the diagnostic payoff: bend the same line back and forth a few times — as anyone who has snapped a paperclip knows — and the metal work-hardens and fractures at that hinge.
- Temporal Decay and Degradation
- The core tension is between the irreversibility of time and use (once materials degrade, restoration is costly or impossible) and the possibility of maintenance interventions (detection, repair, refresh) that temporarily arrest or reverse degradation, a four-stage progression rigorously characterized in fatigue contexts by Suresh (1998).
This sourceCanonical text on fatigue: rigorously develops the four-stage progression from initial defect-free state through crack initiation, stable crack growth, and final fracture, with quantitative degradation laws that map to the prime's structural signature.
- The core tension is between the irreversibility of time and use (once materials degrade, restoration is costly or impossible) and the possibility of maintenance interventions (detection, repair, refresh) that temporarily arrest or reverse degradation, a four-stage progression rigorously characterized in fatigue contexts by Suresh (1998).
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