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A Comparative Analysis of Functional Characteristics of Sun-Protection Means for Civic Buildings in Sunny Climate Conditions. L&E 25 (4) 2017

Light & Engineering 25 (4)

Volume 25
Date of publication 12/20/2017
Pages 123-129

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A Comparative Analysis of Functional Characteristics of Sun-Protection Means for Civic Buildings in Sunny Climate Conditions. L&E 25 (4) 2017
Articles authors:
Sergei V. Stetsky

Ph.D. in technical sciences, Associate Professor, graduated from Moscow Institute named after V.V. Kuibyshev in 1970. At present, he is an Associate Professor at the chair “Design of Buildings and Structures” (former department of “Architecture of Civil and Industrial Buildings”) NRU “MGSU”

Abstract:
The functional qualities di? erent means of protecting buildings from excessive sunlight are compared. Summertime and external spaces in the solar climates are considered. Devices for protection from the sun are considered, speci? cally stationary and adjustable sunscreens. A comparative analysis of their main functional characteristics is given. Conclusions are drawn about the need for a comprehensive application of sunscreens of various types in a “clear sky” environment, typical for regions with the sunny climate characteristics. Stationary sunscreens contribute to an increase in indoor daylight due to the re? ection of the sun’s rays from them and redistribution of rays within interiors.
References:
1. Gusev N.M. “Fundamentals of building physics”, Moscow, Stroyizdat, 1975, 438 p. (in Russian).
2. Soloviev A.K. “Environmenal physics “ Moscow, ASV, 2008, 341p. (in Russian)
3. Obolensky N.V. “Lighting research aspects of Insolation and sun-protection in building construction” Abstract of the Doctor of Sciences thesis, Moscow, 1983, 29 p.
4. Obolensky N.V. “Consideration of direct sunlight ? ows in buildings design in southern regions” / / Industrial construction, 1965, № 1, pp. 12–14.
5. Obolensky N.V., Volkov U.A. “Lighting and plastic expression of industrial elements of buildings “ // Architecture of the USSR, 1976, № 7, pp. 54–55.
6. Stetsky S.V. “Stationary sunscreening means as a factor of architectural expression of buildings and ensuring comfortable internal microclimatic regimes in their premises for a hot and sunny climate” // Nauchnoe obozrenie, 2014, № 7, pp. 572–579. (in Russian)
7. Stetsky S.V. “Aesthetics of civil buildings when using stationary sunscreen means in them under conditions of hot climate “ PGS, 2015, № 7, p. 76–80. (in Russian)
8. Stetsky S.V., Salo M.A. “Accounting of in? uence of sun – protection devices in natural lighting design in the southern regions with clear sky conditions” // SMOT of XXI century, 2004, № 10, pp. 64–65. (in Russian)
9. Stetsky S.V. Amhaz H. “The role of sun – protection devices in creation of comfortable lighing environment in administrative buildings o? ces for conditions of Beirut “ // SMOT of the XXI century, 2004, № 12, pp. 52–53.(in Russian)
10. Stetsky S.V., Suliman S. “Rising of a natural lighting levels in premises of civil buildings with side natural lighting system for the conditions of hot sunny climate. // SMOT of the XXI century, 2005, № 5, pp. 82–84. (in Russian)
11. Stetsky S.V., Porublev S.A. “Methods of natural lighting design with respect of light, re? ected from sun shelves.” // SMOT of the XXI century, 2011, № 4, pp. 34– 37. (in Russian)
12. Stetsky S.V., Khodeyr V.A. “Indoor lighing environment in residential buildings with use of combined sun – protection devices” // Vestnik MGSU, 2012, № 8, pp. 39–45. (in Russian)
13. Stetsky S.V., Khodeyr VA “E? cient sun – protection devices in civil building construction in regions with hot sunny climate” // Vestnik MGSU, 2012, № 7, pp. 9–15. (in Russian)
14. Harkness E., Mehta M. “Solar radiation control in buildings” // STROYIZDAT, 1984, 176 p. (Translated from English)
15. Soloviev A.K. “Assessment of lighting environment of industrial premises under clear sky conditions” Svetotechnika, 1987,№ 7, pp. 12–14. (in Russian)
16. Soloviev A.K. “Accounting the in? uence of re? ected light in design of natural lighting in industrial buildings with systems of roof lights under non-uniform light distribution,” A digest of scienti? c works of Architectural Chair of Moscow Civil Engineering institute, 1974, pp. 73–82. (in Russian)
17. «Solar shading for low-energy buildings» European Solar-Shading Organization, Belgium. February 2012, 34 p. (in English)
18. «External Blinds-Performance requirements including safety» European Standard, 2004, 43 p. (in English)
19. «Blinds and Shutters-Thermal and Visual Comfort-Performance Characteristics and Classi? cation» European Standard, 2005, 57 p. (in English)
20. «Understanding overheating-where to start» (an introduction for house builders and designers) NHBC Foundation, 2012, Great Britain, 34 p. (in English)
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