МАРХИ
ЛИЧНЫЙ КАБИНЕТ СТУДЕНТА
ПРОЕКТНЫЕ ГРУППЫ III КУРСА 2024/2025 уч. г.
Конкурс плакатов, посвященный 275-летию Московской архитектурной школы
КОНФЕРЕНЦИИ 2023-2024
Выборы заведующих кафедрами. Конкурс ППС
2024 - ГОД СЕМЬИ
ВМЕСТЕ ПРОТИВ КОРРУПЦИИ
ФАКУЛЬТЕТ ПОВЫШЕНИЯ КВАЛИФИКАЦИИ
НАЦИОНАЛЬНЫЙ ПРОЕКТ "Наука и Университеты"
СТАЖЁР Минобрнауки России
ЗАЩИТА ПРАВ НЕСОВЕРШЕННОЛЕТНИХ В СЕТИ ИНТЕРНЕТ

2(23) 2013


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ARCHITECTURE AND MODERN INFORMATION TECHNOLOGIES
INTERNATIONAL ELECTRONIC SCIENTIFIC - EDUCATIONAL JOURNAL ON SCIENTIFIC-TECHNOLOGICAL AND EDUCATIONAL-METHODICAL ASPECTS OF MODERN ARCHITECTURAL EDUCATION AND DESIGNING WITH THE USAGE OF VIDEO AND COMPUTER TECHNOLOGIES


Article DEVELOPMENT MODELS OF THE UNDEGROUND SYSTEM BASED ON SPECIAL FACTORS (SAMARA REGION)
Authors E. Smirnova, Samara state architecture-construction university, Samara, Russia
Abstract There are several problems in the development of transport infrastructure major cities. In fact, transport networks are the frames of the area which form the economic structure of it (terminology V. A. Lefevre (1973)) and economic fabric territory [1]. They have a significant impact on the configuration of settlement, industrial points, recreational and other recreational activities. Today the street-and- road network in the largest cities in Russia has a number of problems firstly caused by the increase in the number of vehicle fleet, insufficient capacity of the existing road network of a city and not a well-developed system of the traffic.

To solve the traffic problems of large cities it is necessary to create an effective system of transport apart from roads. Its effectiveness depends on the correct order of constructing underground stations and its development, taking into account the general course of development of urban areas, the system of social centers and existing and future passenger traffic.
Keywords: transport structure, underground, transport system, underground development models
article Article (RUS)
References
  1. Lefevr V. Conflictuyushcie structury [Structures in conflict. Second issue, improved]. Мoscow, 1973.
  2. Tarchov S. Evolutsionnaya morfologiya transportnych setey: metody analiza topologicheskich zakonomernostey [Evolution morphology of transport systems: methods of analysis of topological regularities]. Мoscow, 1989, 221 p.
  3. Bugromenko V. Sovremennaya geografiya transporta (suschnost, problemy, perspectivy) Territorialnie aspecty razvitiya transportnoy infrastructury [The modern transport geography (essence, problems, prospects) Territorial aspects of transport infrastructure development]. Vladivostok, 1984.
  4. Bernshtein - Kogan S. Ocherky geografii transporta [Articles about the geography of transport]. Мoscow, Leningrad,1930, 348 p.
  5. Ostrovsky V. Sovremennoe gradostroitelstvo [Modern city-building]. Moscow, 1979.
  6. Fishelson M. Gorodskie puty soobsheniya [Urban ways of communication]. Мoscow, 1980, 296 p.