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"Environmental Friendliness of Living in Wooden Houses for a Person on the North of Russia"

Tonkikh, Vladimir Alekseevich

Abstract

The main function of a dwelling is to protect people from adverse meteorological influences (cold, wind, atmospheric precipitation) by creating an artificial human habitat during periods of work, rest, sleep, and restoration of vital energy. Centuries of experience show that wooden dwellings provide comfortable conditions for a long stay of people. In the North of Russia, timber is a traditional building material. The main reasons for the loss of wooden buildings are biodegradation and fires. The experience of operating objects of wooden architecture, built 200-360 years ago, confirms the high potential of the natural biostability of wood.

Keywords: tree, earth, man, building, society.

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  1. Haruk E. V. (1991) State of the issue and problems of wood conservation. Analyte. reviews of GPNTB SO as USSR. Sib. technol. in-t. Novosibirsk. 171 p. (in Russ).
  2. Hunt M., Garrat A. (1961) wood Conservation. Moscow: Goslesbumizdat. 453 p. (in Russ).
  3. Kantorovich, G. L. (1970) Production base for restoration and chemical protection of monuments of wooden architecture in the Perm architectural and ethnographic Museum. Materials of the meeting of restoration organizations. M. Pp. 35-42. (in Russ).
  4. Khrulev V. M. (1963) Improving the durability of the adhesive of wooden structures and construction details. M: Gosstroiizdat. 116 p. (in Russ).
  5. Knocks V. P. (1988) the Glued laminated timber in bridges and its application. Inter-University. temat. SB. Tr. LISI. Pp. 26-28. (in Russ).
  6. Kolotilin B. M. (1965) the Durability of residential buildings. M.: Publishing house of literature on construction. 254 p. (in Russ).
  7. Medvedev P. P. (1991) Architecture of a peasant residential complex in the Onega river basin (experience of areal research). Problems of research, restoration and use of the architectural heritage of the Russian North. Inter-University. collection of Petrozavodsk state University. Pp. 7-31. (in Russ).
  8. Nikitin M. K., Melnikova E. P. (1990) Chemistry in restoration: Reference. ed. L. Chemistry. 304 p. (in Russ).
  9. Podyampolsky S. S., Bessonov G. B., Belyaev L. A., Postnikova T. M. (1988) Restoration of architectural monuments. 264 p. (in Russ).
  10. Sobolev Y. S. (1979) Wood as a construction material. Moscow: Lesn. prom-St. 247 p. (in Russ).
  11. Varfolomeev Y.A., Poromova T. M., zyablova E. M. (1988) Biostability of wooden structures during operation in contact with the ground. New research in the field of manufacturing technology of wooden structures. Pp. 143-148. (in Russ).
  12. Vaskovsky A. P. (1986) Microclimate and temperature-humidity regime of enclosing structures of buildings in the North. L.: stroizdat, leningr. otd-e. 163 p. (in Russ).

Citation

Tonkikh, Vladimir Alekseevich "Environmental Friendliness of Living in Wooden Houses for a Person on the North of Russia" Agrarian History, Number 2, 2020 P. 7 - 12.