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English version Russian version



INTERNATIONAL SCIENTIFIC AND EDUCATIONAL ONLINE JOURNAL 
ARCHITECTURE AND MODERN INFORMATION TECHNOLOGIES

3(44) 2018


Article

FEATURES CITY BUILDINGS WITH A STRONG TAKE-OFF AND LANDING MODULE

Authors

A. Kazurov, O. Suslova, Moscow Institute of Architecture (State Academy), Moscow, Russia

Abstract The idea of flying car has appeared in the early 20th century, when the major American cities began to develop an unfavorable traffic situation due to the huge number of cars and poorly developed transport infrastructure. But technological advances now only allows seriously reflect and predict the development of the transport. Even today, many companies such as Terrafugia, Urban Aeronautics, Moller international interest in its development. Just at this moment it is worth considering whether the city is now ready to take the aircar? We need a clear analysis of what tasks need to be solved in the city and in the regions for the implementation of such vehicles. Once prototypes aircar become serial samples from the architecture has to be ready theoretical concept on several levels. The first - the macro-level, which solved all the urban problems of regional and urban values. The second- this micro-level typology of buildings and structures that are designed to communicate with a new mode of transport (comfort aerodynamics, landing platform, the internal layout of the building, etc.) and social level, which should solve the problem ekologichskoy safety (noise reduction, safety, etc.). Designed objects are discribed (Center for emergency surgery, Garage, Multi-rise building). These projects have been carried out taking into account the experimental data and recommendations from TsAGI and Moscow Architecture Committee.
Keywords: flying car, air car, landing areas of the building, transport of the future air, transport in the city, the architecture of the future
article Article (RUS)
References

  1. Gibshman M.Y., Popov V.I. Proektirovanie transportnyh sooruzhenij: uchebnik dlja vuzov [Designing transport facilities: a textbook for universities]. Moscow, Transport, 1988, 447 p.
  2. Galaburda V.G., Persianov V.A., Timoshin A.A. Edinaja transportnaja sistema: uchebnik dlja vuzov [Unified transport system: a textbook for universities]. Moscow, Transport, 2001, pp. 296-297.
  3. Serebrovsky F.L. Ajeracija zhiloj zastrojki [Aeration of residential development]. Moscow, literature on construction, 1971.
  4. Retter E.I., Strizhenov S.I. Ajerodinamika zdanij [Aerodynamics of buildings]. Moscow, Stroyizdat, 1968.
  5. Retter E.I. Arhitekturno-stroitel'naja ajerodinamika [Architectural and construction aerodynamics]. Moscow, Stroiizdat, 1984.
  6. Kruglova A.I. Klimat i ograzhdajushhie konstrukcii [Climate and enclosing structures]. Moscow, Stroyzdat, 1970.
  7. Simiu E., Scanlan R. Vozdejstvie vetra na zdanija i sooruzhenija [The impact of wind on buildings and structures]. Moscow, Stroiizdat, 1984.
  8. Aksenov I.Ya. Transport: istorija, sovremennost', perspektivy, problemy [Transport: history, modernity, prospects, problems]. Moscow, Nauka, 1985.
  9. Shcherbakov V. Letajushhij avtomobil': ot fantastiki do real'nosti [Flying car: from fantasy to reality. Magazine Bratishka]. 2013, no. 4.
  10. Ponomarenko E. Transport budushhego: gorodskie letatel'nye apparaty: Krylatye mechty [Future transport: urban aircraft: Winged dreams. Magazine Avtotsentr]. 2013, no. 13.
  11. Stroitel'nye normy i pravila: SNiP 2.05.08-85. Posobie po proektirovaniju vertoletnyh stancij, vertodromov i posadochnyh ploshhadok dlja vertoletov GA. Chast' VII. Vertoletnye stancii, vertodromy i posadochnye ploshhadki dlja vertoletov: normativno-tehnicheskij material [Building norms and rules: SNiP 2.05.08-85. A manual on the design of helicopter stations, heliports and landing areas for helicopters GA. Part VII. Helicopter stations, heliports and landing sites for helicopters: regulatory and technical material]. Moscow, 1984.
  12. Stroitel'nye normy i pravila: SNiP 32-03-96. Ajerodrom: normativno-tehnicheskij material [Building norms and rules: SNiP 32-03-96. Aerodrome: normative and technical material]. Moscow, 1997.
  13. Tabunshchikov Yu.A., Shilkin N.V. Ajerodinamika vysotnyh zdanij [Aerodynamics of high-rise buildings. Magazine AVOK]. Available at: http://www.abok.ru/for_spec/articles.php?nid=2662
  14. Futurologicheskie abstrakcii [Futurological abstractions. Magazine Story-Technique]. Available at: http://stroy-technics.ru/article/futurologicheskie-abstraktsii
  15. Strukturnaja model' optimal'nogo goroda [Structural model of an optimal city]. Available at: http://stroy-technics.ru/article/strukturnaya-model-optimalnogo-goroda-razrabotka-avtora
  16. Myagkov M.S., Alekseeva L.I. Wind Pattern Features in Typical City Models. Architecture and Modern Information Technologies, 2014, no. 1(26). Available at: http://www.marhi.ru/eng/AMIT/2014/1kvart14/myagkov/abstract.php

For citation

Kazurov A., SuslovaIvan O. Features City Buildings with a Strong take-off and Landing Module. Architecture and Modern Information Technologies, 2018, no. 3(44), pp. 167-182. Available at: http://marhi.ru/eng/AMIT/2018/3kvart18/09_suslova_kazurov/index.php