МАРХИ
ЛИЧНЫЙ КАБИНЕТ СТУДЕНТА
ПРОЕКТНЫЕ ГРУППЫ III КУРСА 2024/2025 уч. г.
КОНФЕРЕНЦИИ 2023-2024
Выборы заведующих кафедрами. Конкурс ППС
ФАКУЛЬТЕТ ПОВЫШЕНИЯ КВАЛИФИКАЦИИ
2024 - ГОД СЕМЬИ
НАЦИОНАЛЬНЫЙ ПРОЕКТ "Наука и Университеты"
СТАЖЁР Минобрнауки России
ЗАЩИТА ПРАВ НЕСОВЕРШЕННОЛЕТНИХ В СЕТИ ИНТЕРНЕТ

1(22)2013


English version Russian version



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 RESIDENTIAL AREA PARAMETRS
Authors N. Tinyaeva, Moscow Institute of Architecture (State Academy), Moscow, Russia
Abstract Article is devoted to forming and evaluation of residential area parameters influencing on dwelling microclimate. Energy efficient design developed at the end of the XX century. It has different methods to achieve comfort conditions inside the house. This article is about bioclimatic design. There are many different requirements to the thermal distribution according to local climate conditions. To satisfy these requirements there were derived several parameters: compactness, building and non-building density, courtyard proportions, configuration, summer premises, heat transfer coefficient of structural elements, reflect coefficient of structural elements, green coefficient of structural elements, wall texture coefficient, sun shading devices and ventilation. Microclimate comfort control is available due to quantity evaluation of these parameters.
Keywords: microclimate, comfort conditions, residential area, energy efficient design, bioclimatic architecture, thermal conditions
article Article (RUS)
References
  1. Aronin Dzh.Je. Klimat i arhitektura [Climate and architecture]. Moscow,1959.
  2. Obolenskij N.V. Arhitekturnaja fizika [Architectural physics]. Moscow, 1997.
  3. Zokolej C.B. Arhitekturnoe proektirovanie, jekspluatacija obyektov, ih svjaz' s okruzhajushhej sredoj. Perevod s anglijskogo [Arhitectural design, objects exploitation, its links with surrounding]. Moscow, 1984.
  4. Krashennikov A.V. Zhilye kvartaly [Residential blocks]. Moscow, 1988.
  5. Lickevich V.K. Osnovnye problemy gigieny zhilishha [Main problems of the dwelling hygiene]. Moscow, 1975.
  6. Lickevich V.K., Gubernskij Ju.D. Zhilishhe dlja cheloveka [Dwelling for human]. Moscow, 1990.
  7. Lickevich V.K. Zhilishhe i klimat [Dwelling and climate]. Moscow, 1984.
  8. Mjagkov M.S., Gubernskij Ju.D., Konova L.I., Lickevich V.K. Gorod, arhitektura, chelovek i klimat [City, architecture, human and climate]. Moscow, 2007.
  9. Obolenskij N.V. Arhitektura i solnce [Architecture and the Sun]. Moscow, 1988.
  10. Rimsha A.N. Gorod i zharkij klimat [City and hot climate]. Moscow,1975.
  11. SNiP 23-01-99. Stroitel'naja klimatologija [Building climatology]. Moscow, 2000.
  12. Fejst V. Osnovnye polozhenija po proektirovaniju passivnyh domov. Perevod s nemeckogo s dopolnenijami pod redakciej A.E. Elohova [The main passive houses design issues]. Moscow, 2008.
  13. Firsanov V.M. Arhitektura grazhdanskih zdanij v uslovijah zharkogo klimata [Architecture of residential buildings in hot climate]. Moscow, 1971.