Igor Shubin

Russian Academy of Architecture and Construction Sciences

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Ilya Tsukernikov

Russian Academy of Architecture and Construction Sciences

Tatiana Nevenchannaya

Moscow Polytechnic University

Vladimir Rimshin

Moscow State University of Civil Engineering

Stanislav Snisar

Kharkiv National University of Radio Electronics

АИ

А. И. Антонов

Tambov State Technical University

ВИ

В И Леденев

Russian Academy of Architecture and Construction Sciences

Andrii Kozyriev

Kharkiv National University of Radio Electronics

ИВ

И. В. Матвеева

Tambov State Technical University

Svitlana Litvin

Kharkiv National University of Radio Electronics

Alexander V. Spiridonov

Russian Academy of Architecture and Construction Sciences

Cooperative Institutions

Italian Institute of Telemedicine

394

Color (United States)

394

Center for Information Technology

131

Kharkiv National University of Radio Electronics

117

V. N. Karazin Kharkiv National University

112

C-Com Satellite Systems (Canada)

Defense Systems (United States)

Cloud Computing Center

Lviv Polytechnic National University

Taras Shevchenko National University of Kyiv

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Acoustic modeling of the Veche Square in Veliky Novgorod, Russia

International Symposium on the Acoustics of Ancient Theatres (2023)

Vasilyev Michael N. G. Kanev Н. В. Ширгина Igor Shubin

Every year the awareness of the importance of architectural acoustics grows, its significance and popularity grows.So among the many interests of architectural acoustics, in recent years, "acoustic reconstruction" is gaining considerable popularity.This way we can study the evolution, culture and art, theater and architecture of ancient society by architectural acoustics.Thus, some papers have already been carried out on the acoustic reconstruction of the theaters of Ancient Rome and Ancient Greece.However, the "acoustic culture" of the Slavic countries is not still enough reconstructed and studied.Ancient Russian cities had their public spaces, which also used to be as local forums for gathering "veche".Veche is a popular assembly in ancient and medieval Slavic states.The veche was represented by various city classes.From an acoustical point of view, it was necessary to provide sufficient volume for the speakers and good intelligibility for the audience.Obviously, buildings around the square, fortress walls and other structures influenced the acoustic environment.The particular interest is that the squares are surrounded by a large number of churches and bell towers.Acoustic models were performed for squares to calculate the main acoustics parameters of the space.Full-scale acoustic measurements were carried out.

Square (algebra)

10.58874/saat.2022.109

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Efficiency Evaluation for Radar Signal Processing on the Basis of Spectral-Semantic Model

2022 IEEE 16th International Conference on Advanced Trends in Radioelectronics, Telecommunications and Computer Engineering (TCSET) (2020)

Igor Shubin Svitlana Solonska Stanislav Snisar Volodymyr Zhyrnov Vlad Slavhorodskyi

The paper presents the methodology and results of efficiency evaluation of the radar signal markers processing based on the spectral-semantic model. The effectiveness of the semantic method for processing spectral images in the selection of moving objects against a background of passive interference is compared with the efficiency of digital optimal and quasi- optimal detection methods for radar signals. The expediency of the application of functional-semantic methods for processing virtual radar images in the conditions of non-stationary interference of the angel-echo type is shown.

Basis (linear algebra)

10.1109/tcset49122.2020.235416

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Citations (2)

Automation of the Life Cycle of Buildings During Reconstruction and Major Repairs

Zhilishchnoe Stroitel stvo (2022)

Vladimir Rimshin Igor Shubin V. T. Yerofeyev A.A. AVETISYAN

10.31659/0044-4472-2022-7-6-12

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The Evaluation of Radon-Protective Characteristics in Engineered and Existing Buildings with the Radon Diffusive Entry from the Soil

IOP Conference Series Materials Science and Engineering (2020)

Igor Shubin Н В Бакаева A V Kalaydo Anna Skrynnykova

Abstract A human receives more than half of the annual individual radiation dose from the radon and its progeny contained in indoor air. Therefore, in order to limit domestic exposure of the population in the Russian Federation the national radon control levels have been established. The excess of these levels is not allowed in buildings with a long people’s residence. Radon entry into the building through horizontal underground walling from the soil base and therefore, the restricting of the soil radon flux in the ground floor rooms indoor air is possible only with construction technologies and means. The effectiveness of radon-protective technologies directly depends on the understanding of the laws of radon transport in porous media, since this transport may occur through diffusion and/or convection (filtration). Each of these mechanisms may be dominant under the certain conditions and requires its own radon-protective measures. This article compares the density of diffusive and convective radon fluxes in the entire range of soils permeabilities. The range of underground walling and soils permeability was determined, in which the prediction of radon conditions in a building can be built exclusively on the patterns of diffusive radon transport in porous media. The approach to the underground walling design on the basis of the one-dimensional model of stationary diffusive radon transport in porous media is proposed.

Soil gas

Radon gas

10.1088/1757-899x/753/3/032076

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Citations (4)

Limitation of Radon Inflow from the Soil into the Building due to Construction Technologies

Stroitel nye Materialy (2019)

Igor Shubin Н В Бакаева A. V. Kalaydo A.V. SKRYNNIKOVA

Inflow

10.31659/0585-430x-2019-771-6-62-66

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Sound Insulation of Enclosing Structures in High-Rise Buildings. Requirements and Methods of Support

Stroitel nye Materialy (2019)

Igor Shubin V.A. AISTOV

Soundproofing

10.31659/0585-430x-2019-768-3-33-43

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Citations (3)

Dependence of the Light Transmission Coefficients of Multifunctional Glazing on the Angle of Incidence of Radiation

Zhilishchnoe Stroitel stvo (2024)

Igor Shubin Е.V. KORKINA V.V. ZEMTSOV S. S. Kucherov

The operation of buildings with translucent facades increases the load on the heating and ventilation system due to transmission heat losses through the glazing, and on the air conditioning system due to possible overheating in summer. For this reason, glazing with sun protection, low-emissivity and multifunctional coatings is used in such facades. The characteristics of translucent enclosing structurers, as calculated according to normative documents, are taken into account when calculating the load on heating, ventilation and air conditioning systems, as well as when selecting the structures themselves in a given climate in order to save energy. In this case, the characteristics of the glazing were obtained in laboratory conditions when the radiation is perpendicular to the glazing, which is different from field conditions where the sun rays fall on the glazing at an angle. The available research works on the transmittance of solar radiation falling on glazing at an angle is based on laboratory studies, where various physical processes cannot be manifested and accounted for. Currently, research is being conducted in the Research Institute of Building Physics of the Russian Academy of Architecture and Construction Sciences to determine the empirical dependence of the light transmission coefficients of glazing with special coatings on the angle of incidence of the sun rays. The article presents part of the research and considers the determination of the light transmission coefficient of glazing with and without coatings from the angle of incidence of solar radiation.

Glazing

10.31659/0044-4472-2024-6-3-9

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Citations (1)

THE CHARACTER OF CHANGE OF PROPERTIES OF STEEL FIBRE CONCRETE AFTER TEMPERATURE EXPOSURE

Building and reconstruction (2019)

Igor Shubin V. A. Dorf ROSTISLA KRASNOVSKIY Dmitriy Kapustin P. S. Sultygova

Ингушский государственный университет, г

10.33979/2073-7416-2019-84-4-93-100

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Quantitative risks and logistic processes in housing and communal services

E3S Web of Conferences (2020)

Victoria Borkovskaya Evgeniy Degaev Vladimir Rimshin Igor Shubin

Improving the quality of housing and communal services for the population is impossible without taking into account the risks, improving the management system and servicing the housing stock. Effective management in the housing stock is possible by using a logistics approach, creating professional competition, creating a real system of economic motivation for managing organizations to reduce quantitative risks and improve the quality of services provided.

Stock (firearms)

10.1051/e3sconf/202016410020

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Methods of creating an intelligent system of ecological monitoring and analysis of the construction of complex boundaries of territories

Bionics of Intelligence (2020)

Igor Shubin A.D. Kozyrev Alexander Galak Yu. Sytnyk

The rapid development of industry in the second half of the twentieth century led to a sharp increase in emissionsof harmful substances into the atmosphere, which led to the need to monitor the state of the environment in order toprevent the negative effects of pollution. The development of nuclear energy has become especially relevant in this task dueto the possibility of radionuclide contamination of the area on a scale from the industrial site of the NPP to several regions.As the problem of environmental protection has become international, one of the main tasks of regional governments is to increase the level of environmental and man-made safety in the region, which means, above all, the need toprevent emergencies and reduce their material and social consequences.Therefore, the creation of effective environmental monitoring systems should provide the solution of two problems – the creation of effective systems of information and intellectual support for decision-making and modelingof the environmental situation based on monitoring data.

10.30837/bi.2020.1(94).07

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