Simulations on real urban street networks reveal congestion phase transitions similar to a square grid, an extra semi-congested regime in organically grown cities, and higher extreme event probability at low-degree nodes.
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Congestion and extreme events in urban street networks
Simulations on real urban street networks reveal congestion phase transitions similar to a square grid, an extra semi-congested regime in organically grown cities, and higher extreme event probability at low-degree nodes.