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Casualty-Weighted Distributionally Robust Resilience-Oriented Design of Power Distribution Networks Against Earthquakes

2026-07-18

Abstract excerpt

Bangladesh faces rising intraplate seismicity beneath a soft-soil capital governed by an outdated 1979 seismic-hazard map. During earthquakes, power distribution networks directly cause casualties through three mechanisms: electrocution from downed conductors, fault-ignited fires, and the disruption of critical life-support loads. Standard resilience models minimize energy-not-supplied (ENS), ignoring these direct...

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Literature Corpus work
95791c7b-3256-5c1e-a57f-7a7012eaf02d
DOI
10.22541/authorea.15006247/v1
Open publication

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Casualty-Weighted Distributionally Robust Resilience-Oriented Design of Power Distribution Networks Against EarthquakesDOI 10.22541/authorea.15006247/v1
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