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INTERNATIONAL SCIENTIFIC AND EDUCATIONAL ONLINE JOURNAL 
ARCHITECTURE AND MODERN INFORMATION TECHNOLOGIES

3(48) 2019


ArticleFANCTIONAL-TYPOLOGICAL MODELS IN ARCHITECTURE OF INTERMODAL TRANSPORT HUB
Authors E. Bezverkhaya, A. Scopintsev
Academy of Architecture and Arts of the South Federal University, Rostov-on-Don, Russia
Abstract The article analyzes the concept of formation of new architectural objects of transport infrastructure-intermodal transport hubs. It is proposed to expand the functions of transport hubs, allowing them to transform into social and business centers, which is actual in the formation of zones of advanced development – "aerotropolis". Six stable functional-typological models of transport hubs were revealed on the basis of functional-dimensional modeling: centric, linear, cross (bridge), complex-dissected, multicenter and open. There is revealed the most effective and expedient functional-typological model of transport hub for perspective development of the Platov aerotropolis in the Rostov region.
Keywords: intermodal transport hub, fanctional model, transport infrastructure, social and business center, aeropolis
article Article (RUS)
References

  1. Vlasov D.N. Transportno peresadochnye uzly krupnejshih gorodov (na primere Moskvy) [Transport hubs of the largest cities (on the example of Moscow). Monograph]. Moscow, 2009, 96 p.
  2. Vlasov D.N. Razvitie intermodalnyx peresadochnyx uzlov v gorodax Rossijskoj Federacii [Development of intermodal interchange hubs in cities of the Russian Federation. ACADEMIA. Architecture and Construction]. 2016, no. 3, pp. 90-95.
  3. Azarenkova Z.V., Stepanova L.N. Obshhestvenno-transportnye centry v sovremennyh gradostroitelnyh usloviyah [Public transport centers in modern urban conditions.Transport (science, technology and management)]. Moscow, VINITI, no. 12, 1995.
  4. Azarenkova Z.V. Planirovochnaya organizaciya transportno-peresadochnyx uzlov [Planning organization of transport hubs. ACADEMIA. Architecture and Construction]. 2011, no. 1, pp. 76-80.
  5. Chuparin E.N. Istoriya vozniknoveniya i sovremennye tendencii razvitiya transportno-obshestvennyh centrov [History and current trends in the development of transport and public centers. News universities. Investment. Construction. Realty]. 2016.
  6. Vlasov D.N. Metodika formirovaniya sistemy transportno-peresadochnyh uzlov v prigorodnoj zone aglomeracii [The method of formation of the system of transport hubs in the suburban area of the agglomeration. Internet-journal " SCIENCE»]. 2013, no. 4.
  7. Vlasov D.N. Nauchno-metodologicheskie osnovy razvitiya aglomeracionnyh sistem transportno-peresadochnyh uzlov (na primere Moskovskoj aglomeracii) [Scientific and methodological basis for the development of agglomeration systems of transport hubs (on the example of the Moscow agglomeration). Dissertation]. Moscow, 2013.
  8. Czajdler E. Mnogofunkcionalnaya arhitektura [Multifunctional architecture]. Moscow, Strojizdat, 1988.
  9. Golubev G.E. Mnogourovnevye transportnye uzly [Multi-level transport hubs]. Moscow, Strojizdat, 1981, pp. 60-148.
  10. Baranov A.S., Istomina L.Yu. Aglomeracionnyj podxod pri formirovanii predlozhenij po razvitiyu sistemy transportno-peresadochnyx uzlov (na primere novosibirskoj aglomeracii) [Agglomeration approach in the formation of proposals for the development of transport hubs (on the example of the Novosibirsk agglomeration). Laboratory of urban planning. M.L. Petrovich]. St. Petersburg, 2017.
  11. Medvedev P.V. Formirovanie transportno-peresadochnyx uzlov v gorodax [Formation of transport hubs in cities. University news]. 2014, no. 11, pp. 120-124.
  12. Ovchinnikova E.A. Razrabotka algoritmov klasterizacii i rekomendacij po modernizacii zheleznodorozhnyx vokzalnyx kompleksov gorodskix transportnyx sistem [Development of clustering algorithms and recommendations for modernization of railway station complexes of urban transport systems. Dissertation]. Moscow, 2014, 234 p.
  13. Bulgakova E.A., Savicheva A.A. Sovremennye tendencii proektirovaniya transportno-peresadochnyx uzlov v infrastrukture megapolisa [Modern trends in the design of transport hubs in the infrastructure of the metropolis. Eurasian union of Scientists]. 2015, no. 4(13).
  14. Evreenova N.Yu. Vybor parametrov transportno-peresadochnyx uzlov, formiruemyx s uchastiem zheleznodorozhnogo transporta [Selection of parameters of transport hubs formed with the participation of railway transport. Dissertation]. Moscow, 2014, 197 p.
  15. Bulgakova E.A., Savicheva A.A. Statya: Problemy proektirovaniya transportno – peresadochnyx uzlov v infrastrukture sovremennyx gorodov. Aktualnye problemy arxitektury i dizajna [Problems of designing transport hubs in the infrastructure of modern cities. Actual problems of architecture and design. Collection of scientific works of teachers and young scientists of the faculty of architecture of the State University of land management]. Moscow, 2014, 256 p.
  16. Andreeva U.V. Town-Planning Approaches and Methods of Spatial Development of Structural Elements of Rostov and Krasnodar Urban Agglomerations. Architecture and Modern Information Technologies, 2017, 2(39), pp. 284-296. – Available at: https://marhi.ru/AMIT/2017/2kvart17/PDF/22_AMIT_39_ANDREEVA_PDF.pdf

For citation

Bezverkhaya E., Scopintsev A. Fanctional-Typological Models in Architecture of Intermodal Transport Hub. Architecture and Modern Information Technologies, 2019, no. 3(48), pp. 135-147. Available at: https://marhi.ru/AMIT/2019/3kvart19/PDF/10_bezverhaja.pdf