A design of an insoplanogram of a tablet type that is aimed at simulating insolation and the degree of shadowing of the territory of different-height building system and buildings in southern geographic latitudes by determining the optimal gap between buildings through identifying shading and insolation, is described in action 1. Gusev N.M., Klimov P.P. Construction physics (Gusev N.M., Klimov P.P. Stroitel’naya fizika). Moscow: Gosstroiizdat, 1965, 386 p.
2. Dashkevich L.L. Methods of calculation of insolation in the design of industrial buildings (Dashkevich L.L. Metody rascheta insolyatsii pri proyektirovanii promyshlennykh zdaniy).. Moscow: Gosstroiizdat, 1963, 526 p.
3. Dunaev B.A. Insolation of housing (Dunayev B.A. Insolyatsiya zhil’ya). Moscow: Stroizdat, 1979, 102 p.
4. Olgyay V, Olgyay A. Solar control and shading devices. Prinсetоn, New Jersey: Princeton University Press, 1957, 325 р.
5. Twardowski, M. The Sun in architecture (Tvardovskiy M. Solntse v arkhitekture). Translated from Polish. Moscow: Stroizdat, 1977, 288 p.
6. Russian State Standard SanPiN2.2.1/2.1.1.1076–01 “Hygienic requirements for insolation and sun protection of premises of residential and public buildings and territories”.
7. Russian State Standard SanPiN2.1.2.2645–10 “Sanitary and epidemiological requirements for living conditions in residential buildings and premises”.
8. Russian State Standard SP 54.13330.2016 “Residential multi-apartment buildings”.
9. DIN5034–1:2005–02–16 “Daylight in interiors –Part 1: General requirements”.
10. BS8206–2:2008 “Lighting for buildings. Code of practice for daylighting”.
11.Bakharev D. V., Orlova L.N. On regulation and calculation of nsolation (Bakharev D.V., Orlova L.N. O regulirovanii i raschete izolyatsii) //Svetotekhnika 2006, No. 1, pp. 18–27.
12. V.A. Karataev et al. Insolation of premises and building areas: textbook (V.A. Karatayev i dr. Insolyatsiya pomeshcheniy i stroitel’nykh ploshchadok: uchebnik) / Novosibirsk State University of Architecture and Civil Engineering (Sibstrin). Novosibirsk, 2013, 64 p.
13. Letsius E.P. Building shadows and perspectives of a number of architectural forms (Letsius Ye.P. Postroyeniye teney i perspektiv ryada arkhitekturnykh form): textbook -Moscow: Architecture, 2005, 144 p.
14. Obolensky N.V. Architecture and the sun (Obolenskiy N.V. Arkhitektura i solntse). Moscow: Stroizdat, 1988. 207 p.
15. Giyasov A. The Role of the Solar Irradiation Plate for Estimation of the Insolation Regime of Urban Territories and Buildings// Light & Engineering Journal, 2019, # 2. pp. 111–116.
16. Pritykin F.N. Virtual modeling of robot movements having different structure of kinematic chains (Pritykin F.N. Virtual’noye modelirovaniye dvizheniy robotov, imeyushchikh razlichnuyu strukturu kinematicheskikh tsepey): Monograph-Omsk: OmSTU Publishing house, 2014, 172 p.
17. Pritykin F.N., Shkuro E. Yu. Analytical method of setting the shadow areas of buildings and structures in order to determine their optimal location in the given area// Vestnik of SUSU. Series “Construction and architecture”.2017, Vol. 17, No. 2.
18. Kheifets A.L. Calculation of insolation duration by means of 3D-modeling of Autocad package: collection of scientific works (Kheyfets A.L. Raschet dlitel’nosti insolyatsii s pomoshch’yu 3D-modelirovaniya paketa Autocad: sbornik nauchnykh trudov), Vol. 7, Yekaterinburg, 2004, 367 p.
19. Lyubimov A. BIM – new features of the Revit platform (Lyubimov A. BIM – novyye vozmozhnosti platformy Revit)/ / CAD and graphics. 2007, #10, 7 p.
20. CITYS: Solaris 5.20. Calculation of insolation, KEO and noise vibrations. The user’s guide. URL: http://www.sitis.ru/ documentation/sitis-solaris.pdf (date accessed: 10.08.2019).

• Previous article
• Next article