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Lightplanograph Simulating Insolation Of Buildings and Developments Of The Arctic Zone Of Russia Light & Engineering Vol. 29, No. 1

Light & Engineering 29 (1)

Volume 29
Date of publication 02/27/2021
Pages 48–55

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Lightplanograph Simulating Insolation Of Buildings and Developments Of The Arctic Zone Of Russia Light & Engineering Vol. 29, No. 1
Articles authors:
Adham I. Giyasov

Adham I. Giyasov, Doctor of Technical Sciences, Professor. In 1975, he graduated from the Tajik Polytechnic Institute. At present, he is a Professor of the department of Architectural and Construction Design and Physics of the environment at NRU MGSU. The area of his scientific interests is energy-efficient buildings, architectural and construction physics, insolation, aerodynamics, urban ecology

The article is devoted to the actual problem of assessing the insolation of modern architectural construction and urban development objects, especially, the development of the “tablet type lightplanograph” insolation device. The device is intended for wide application in the Arctic zone during solving of problems relied on assessing the insolation and light conditions of buildings and urban areas and allows for light-climate certification for other geographical latitudes.
It is difficult to assess and analyse the insolation of a number of urban development sites using existing design methods and tools. To solve these problems, it is preferable to use an insolation device “tablet type lightplanograph”, which is based on the method of modelling graphically the conditions of insolation in a clear sky on a horizontal plane. This method makes it possible to comprehensively assess the qualitative and quantitative characteristics of insolation, illumination, and UV radiation.
The aim of the research was to develop theoretical and methodological provisions for the development of a lightplanograph and to issue recommendations for its use in architectural – construction and urban planning design.
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