Numerical simulations of the Aw-Rascle-Zhang model on lattice networks produce scale-free congestion clusters with power-law size distributions and finite-size scaling.
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Interconnected energy and transportation networks are modeled with real city data to quantify robustness to natural or synthetic disruptions using unweighted and weighted connectivity metrics.
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Scale-free congestion clusters in large-scale traffic networks: a continuum modeling study
Numerical simulations of the Aw-Rascle-Zhang model on lattice networks produce scale-free congestion clusters with power-law size distributions and finite-size scaling.
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Modeling Disruptions to Urban Metabolism using Interconnected Networks
Interconnected energy and transportation networks are modeled with real city data to quantify robustness to natural or synthetic disruptions using unweighted and weighted connectivity metrics.