The Topological City

Simon Kringas

    Research output: A Conference proceeding or a Chapter in BookConference contribution

    1 Citation (Scopus)

    Abstract

    The Topological City is a design concept for a three-dimensional city in China. To accommodate future populations, cities need to be dense, diverse and ecological. Minimising the physical dimension reduces the consumption of material and energy and the destruction of ecological and agricultural landscapes. Mixed-use cities reduce the time, energy and congestion of travel. The integration of natural systems improves environmental quality and supports biodiversity. Ultimately however, the quality and functionality of contemporary urban life relies on dynamics of economic, social and intellectual interaction. The design form of a city must facilitate exchange between heterogeneous and changing programs while minimising energy and maximising habitat. High-rise construction is the dominant morphology of modern cities. Generated by an extrusion from the ground toward the sky, high-rise adds significant density but results in circulatory dead ends, structural inefficiency and habitat disconnectedness. High-rise is not interactive, energy efficient, or ecological. The Topological City proposes an alternate configuration of the urban environment. Drawing on the theory of place and connection known as ‘topology’, it constructs a three-dimensional network of vertical and horizontal towers, connected and activated by circulation. The Topological City is dense, diverse, ecological and interactive, suggesting a potential new direction for sustainable urban form
    Original languageEnglish
    Title of host publicationAdvanced Materials Research
    EditorsHui Li, Yan Feng Liu, Ming Guo, Rui Zhang, Jing Du
    Place of PublicationSwitzerland
    PublisherTrans Tech Publications
    Pages1985-2000
    Number of pages16
    Volume374-377
    DOIs
    Publication statusPublished - 2012
    Event4th International Conference on Technology of Architecture and Structure - Xi'an, China
    Duration: 22 Sep 201124 Sep 2011

    Publication series

    NameAdvanced Materials Research
    PublisherTrans Tech Publications
    Volume374-377
    ISSN (Electronic)1662-8985

    Conference

    Conference4th International Conference on Technology of Architecture and Structure
    CountryChina
    CityXi'an
    Period22/09/1124/09/11

    Fingerprint

    energy
    city
    congestion
    habitat
    extrusion
    environmental quality
    topology
    agricultural land
    biodiversity
    economics
    material
    programme
    travel
    consumption

    Cite this

    Kringas, S. (2012). The Topological City. In H. Li, Y. F. Liu, M. Guo, R. Zhang, & J. Du (Eds.), Advanced Materials Research (Vol. 374-377, pp. 1985-2000). (Advanced Materials Research; Vol. 374-377). Switzerland: Trans Tech Publications. https://doi.org/10.4028/www.scientific.net/AMR.374-377.1985
    Kringas, Simon. / The Topological City. Advanced Materials Research. editor / Hui Li ; Yan Feng Liu ; Ming Guo ; Rui Zhang ; Jing Du. Vol. 374-377 Switzerland : Trans Tech Publications, 2012. pp. 1985-2000 (Advanced Materials Research).
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    Kringas, S 2012, The Topological City. in H Li, YF Liu, M Guo, R Zhang & J Du (eds), Advanced Materials Research. vol. 374-377, Advanced Materials Research, vol. 374-377, Trans Tech Publications, Switzerland, pp. 1985-2000, 4th International Conference on Technology of Architecture and Structure, Xi'an, China, 22/09/11. https://doi.org/10.4028/www.scientific.net/AMR.374-377.1985

    The Topological City. / Kringas, Simon.

    Advanced Materials Research. ed. / Hui Li; Yan Feng Liu; Ming Guo; Rui Zhang; Jing Du. Vol. 374-377 Switzerland : Trans Tech Publications, 2012. p. 1985-2000 (Advanced Materials Research; Vol. 374-377).

    Research output: A Conference proceeding or a Chapter in BookConference contribution

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    AB - The Topological City is a design concept for a three-dimensional city in China. To accommodate future populations, cities need to be dense, diverse and ecological. Minimising the physical dimension reduces the consumption of material and energy and the destruction of ecological and agricultural landscapes. Mixed-use cities reduce the time, energy and congestion of travel. The integration of natural systems improves environmental quality and supports biodiversity. Ultimately however, the quality and functionality of contemporary urban life relies on dynamics of economic, social and intellectual interaction. The design form of a city must facilitate exchange between heterogeneous and changing programs while minimising energy and maximising habitat. High-rise construction is the dominant morphology of modern cities. Generated by an extrusion from the ground toward the sky, high-rise adds significant density but results in circulatory dead ends, structural inefficiency and habitat disconnectedness. High-rise is not interactive, energy efficient, or ecological. The Topological City proposes an alternate configuration of the urban environment. Drawing on the theory of place and connection known as ‘topology’, it constructs a three-dimensional network of vertical and horizontal towers, connected and activated by circulation. The Topological City is dense, diverse, ecological and interactive, suggesting a potential new direction for sustainable urban form

    KW - Architecture

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    ER -

    Kringas S. The Topological City. In Li H, Liu YF, Guo M, Zhang R, Du J, editors, Advanced Materials Research. Vol. 374-377. Switzerland: Trans Tech Publications. 2012. p. 1985-2000. (Advanced Materials Research). https://doi.org/10.4028/www.scientific.net/AMR.374-377.1985