Empirically Quantifying City-Scale Transportation System Resilience to Extreme Events¶
Donovan, B., & Work, D. B. (2017). Empirically Quantifying City-Scale Transportation System Resilience to Extreme Events. Transportation Research Part C: Emerging Technologies, 333-346.
Cited by¶
1 citation across 1 artifact.
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Mechanisms¶
- Travel-Time Matrix
- Multiple condition regimes. The same origin–destination pair is timed under normal, degraded (weather, closures, congestion), and surge conditions, so the matrix shows not just reach but the fragility of that reach
This sourceUses origin–destination pace distributions and event deviations to quantify transportation-network degradation and recovery.
- Multiple condition regimes. The same origin–destination pair is timed under normal, degraded (weather, closures, congestion), and surge conditions, so the matrix shows not just reach but the fragility of that reach
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