FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3136251961> ?p ?o ?g. }

• W3136251961 abstract "During the last decades, the study of cities has been transformed by new approaches combining engineering and complexity sciences. Network theory is playing a central role, facilitating the quantitative analysis of crucial urban dynamics, such as mobility, city growth, or urban planning. In this work we focus on the spatial aspects of congestion. Analyzing a large amount of real city networks, we show that the location of the onset of congestion changes according to the considered urban area, defining, in turn, a set of congestion regimes separated by abrupt transitions. To help unveiling this spatial dependencies of congestion (in terms of network betweenness analysis), we introduce a family of planar road network models composed by a dense urban center connected to an arboreal periphery. These models, coined as GT and DT-MST models, allow us to analytically, numerically, and experimentally describe how and why congestion emerges in particular geographical areas of monocentric cities and, subsequently, to describe the congestion regimes and the factors that promote the appearance of their abrupt transitions. We show that the fundamental ingredient behind the observed abrupt transitions is the spatial separation between the urban center and the periphery, and the number of separated areas that form the periphery. Elaborating on the implications of our results, we show that they may have influence in the design and optimization of road networks regarding urban growth and the management of daily traffic dynamics.5 MoreReceived 26 May 2020Revised 8 January 2021Accepted 17 February 2021DOI:https://doi.org/10.1103/PhysRevResearch.3.013267Published by the American Physical Society under the terms of the Creative Commons Attribution 4.0 International license. Further distribution of this work must maintain attribution to the author(s) and the published article's title, journal citation, and DOI.Published by the American Physical SocietyPhysics Subject Headings (PhySH)Research AreasComplex systemsInterdisciplinary Physics" @default.
• W3136251961 created "2021-03-29" @default.
• W3136251961 creator A5008768599 @default.
• W3136251961 creator A5025029489 @default.
• W3136251961 creator A5040997517 @default.
• W3136251961 creator A5086166846 @default.
• W3136251961 date "2021-03-22" @default.
• W3136251961 modified "2023-09-29" @default.
• W3136251961 title "Multiple abrupt phase transitions in urban transport congestion" @default.
• W3136251961 cites W1551631268 @default.
• W3136251961 cites W1807089695 @default.
• W3136251961 cites W1963905090 @default.
• W3136251961 cites W1967385589 @default.
• W3136251961 cites W1970238092 @default.
• W3136251961 cites W1971421925 @default.
• W3136251961 cites W1971937094 @default.
• W3136251961 cites W1975684011 @default.
• W3136251961 cites W1983229274 @default.
• W3136251961 cites W1985145476 @default.
• W3136251961 cites W1996881001 @default.
• W3136251961 cites W2012909434 @default.
• W3136251961 cites W2016674662 @default.
• W3136251961 cites W2019935267 @default.
• W3136251961 cites W2022299424 @default.
• W3136251961 cites W2024750582 @default.
• W3136251961 cites W2024982571 @default.
• W3136251961 cites W2028069703 @default.
• W3136251961 cites W2037458222 @default.
• W3136251961 cites W2047576351 @default.
• W3136251961 cites W2051596869 @default.
• W3136251961 cites W2053416550 @default.
• W3136251961 cites W2056944867 @default.
• W3136251961 cites W2057503158 @default.
• W3136251961 cites W2066143578 @default.
• W3136251961 cites W2068431645 @default.
• W3136251961 cites W2078154791 @default.
• W3136251961 cites W2078277969 @default.
• W3136251961 cites W2090136613 @default.
• W3136251961 cites W2092598586 @default.
• W3136251961 cites W2092690092 @default.
• W3136251961 cites W2095293504 @default.
• W3136251961 cites W2095931149 @default.
• W3136251961 cites W2107047240 @default.
• W3136251961 cites W2127182614 @default.
• W3136251961 cites W2147854962 @default.
• W3136251961 cites W2152058154 @default.
• W3136251961 cites W2154897810 @default.
• W3136251961 cites W2171707538 @default.
• W3136251961 cites W2285310709 @default.
• W3136251961 cites W2342836871 @default.
• W3136251961 cites W2343061931 @default.
• W3136251961 cites W2418726591 @default.
• W3136251961 cites W2487175822 @default.
• W3136251961 cites W2580098480 @default.
• W3136251961 cites W2610305682 @default.
• W3136251961 cites W2749594142 @default.
• W3136251961 cites W2777437364 @default.
• W3136251961 cites W2782427732 @default.
• W3136251961 cites W2799147922 @default.
• W3136251961 cites W2808878465 @default.
• W3136251961 cites W2888156965 @default.
• W3136251961 cites W2890157847 @default.
• W3136251961 cites W2904633773 @default.
• W3136251961 cites W2906788485 @default.
• W3136251961 cites W2907222094 @default.
• W3136251961 cites W2963289400 @default.
• W3136251961 cites W2963652427 @default.
• W3136251961 cites W2999161964 @default.
• W3136251961 cites W2999418153 @default.
• W3136251961 cites W3098096425 @default.
• W3136251961 cites W3099778492 @default.
• W3136251961 cites W3101015116 @default.
• W3136251961 cites W3102136874 @default.
• W3136251961 cites W3103054528 @default.
• W3136251961 cites W3103574175 @default.
• W3136251961 cites W3105069101 @default.
• W3136251961 cites W4233640149 @default.
• W3136251961 cites W4255739112 @default.
• W3136251961 doi "https://doi.org/10.1103/physrevresearch.3.013267" @default.
• W3136251961 hasPublicationYear "2021" @default.
• W3136251961 type Work @default.
• W3136251961 sameAs 3136251961 @default.
• W3136251961 citedByCount "14" @default.
• W3136251961 countsByYear W31362519612021 @default.
• W3136251961 countsByYear W31362519612022 @default.
• W3136251961 countsByYear W31362519612023 @default.
• W3136251961 crossrefType "journal-article" @default.
• W3136251961 hasAuthorship W3136251961A5008768599 @default.
• W3136251961 hasAuthorship W3136251961A5025029489 @default.
• W3136251961 hasAuthorship W3136251961A5040997517 @default.
• W3136251961 hasAuthorship W3136251961A5086166846 @default.
• W3136251961 hasBestOaLocation W31362519611 @default.
• W3136251961 hasConcept C10138342 @default.
• W3136251961 hasConcept C114614502 @default.
• W3136251961 hasConcept C117045392 @default.
• W3136251961 hasConcept C127413603 @default.
• W3136251961 hasConcept C144133560 @default.
• W3136251961 hasConcept C147176958 @default.
• W3136251961 hasConcept C177264268 @default.
• W3136251961 hasConcept C199360897 @default.

• next