Tatiana Nevenchannaya

Moscow Polytechnic University

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Ilya Tsukernikov

Russian Academy of Architecture and Construction Sciences

Igor Shubin

Russian Academy of Architecture and Construction Sciences

V E Pavlovsky

Keldysh Institute of Applied Mathematics

L.A. Tikhomirov

Kostroma State University named after N A Nekrasov

АИ

А. И. Антонов

Tambov State Technical University

Natalia Shchurova

ВИ

В И Леденев

Russian Academy of Architecture and Construction Sciences

Elena Ponomaryova

Astrakhan State Technical University

Natalia E. Schurova

НИ

Н. И. Иванов

Belarusian State University

Cooperative Institutions

Russian Academy of Architecture and Construction Sciences

Russian Academy of Sciences

Baltic State Technical University Voenmeh

Moscow Polytechnic University

Tambov State Technical University

Astrakhan State Technical University

Keldysh Institute of Applied Mathematics

Plekhanov Russian University of Economics

Moscow Institute of Physics and Technology

Moscow Automobile and Road Construction State Technical University

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Concept of Integrated Mechanisms Calculation:from Calculation Scheme - to Strength Determination

Tatiana Nevenchannaya V E Pavlovsky E W Ponomarjewa

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EVALUATION OF THE EFFECTIVENESS OF NOISE PROTECTION SCREENS IN PROTECTING HIGH-RISE BUILDINGS FROM TRAFFIC NOISE

Building and reconstruction (2019)

Ilya Tsukernikov L.A. Tihomirov Natalia Shchurova Tatiana Nevenchannaya

ОЦЕНКА ЭФФЕКТИВНОСТИ ШУМОЗАЩИТНЫХ ЭКРАНОВ ПРИ ЗАЩИТЕ ВЫСОТНЫХ ЗДАНИЙ ОТ ТРАНСПОРТНОГО ШУМАЦУКЕРНИКОВ И.Е. 1 , ТИХОМИРОВ Л

Roadway noise

10.33979/2073-7416-2019-83-3-41-46

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Citations (1)

UNDERGROUND RAILWAY VIBRATION MEASUREMENT, ANALYSIS AND REDUCTION IN ADJACENT RESIDENTIAL BUILDINGS

Ilya Tsukernikov Владимир И. Смирнов Igor Shubin Tatiana Nevenchannaya

10.25144/24118

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Acoustic Characteristics Analysis of Industrial Premises with Process Equipment

Journal of Applied Mathematics and Physics (2016)

Ilya Tsukernikov А. И. Антонов В И Леденев Igor Shubin Tatiana Nevenchannaya

Process equipment placing in industrial premises leads to essential change of room acoustic characteristics: mean length of sound rays’ free runs, reverberation time and mean absorption factor in a room. The changes influence distribution of the reflected sound energy in premise volume. Failure to take account of the given circumstance results in errors at definition of sound pressure levels and an estimation of efficiency of building-acoustic measures of noise abatement. In the paper the results of computer modeling of acoustic processes in premises with the process equipment are considered and influence of the equipment on a sound absorption indoors is analyzed. The computer simulation is carried out on the basis of the ray tracing method with taking into account rays’ energy distribution in a room. It is shown that such approach allows determining objectively the integral acoustic characteristics of industrial premises, takes into account influencing to them the room parameters, the presence and scattering characteristics of the equipment and makes more accurate the equations putting into engineering practice.

Sound energy

10.4236/jamp.2016.42026

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METHOD OF RAILWAY TRAINS VIBRATION CHARACTERISTIC DETERMINATION BASED ON FIELD MEASUREMENTS

Akustika (2021)

Ilya Tsukernikov Tatiana Nevenchannaya L.A. Tikhomirov Natalia Shchurova

The rail transport (railway lines, shallow subway lines or passing on the surface) is a source of increased vibration.As a result, predicting the parameters of vibration and the structure-borne noise generated by it when designing residential and public buildings near lines or designing new transport lines is an important task. For operating lines, the initial data for the forecast are the results of measurements of vibration parameters at the location of the projected building. For projected lines, the parameters characterizing the source of vibration - the vibration characteristics of moving trains - should be used as the initial data for the forecast. The method for railway trains vibration characteristics determination is described which based on field measurements. As an example of the method application determination of vibration characteristicsof suburban electric trains running along the line of the Savelovsky direction of the Moscow railway is sited. Linear regressions equations are given that connect the weighted vibration velocities in the horizontal direction of vibration propagation perpendicular to the railway line with the train speed

Line (geometry)

10.36336/akustika202139221

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System of national standards for measuring and evaluating sound insulation

IOP Conference Series Materials Science and Engineering (2021)

Ilya Tsukernikov Igor Shubin Tatiana Nevenchannaya

Abstract The features of international standards being introduced in the Russian Federation in the field of measurement and rating of sound insulation are considered. It has been noted that over the past eight years, on the basis of international standards, a system of fundamental national standards of Russia has been created to measure and evaluate sound insulation in buildings and elements of buildings and structures. The system includes five standards that establish technical methods for laboratory measurements of airborne and impact sound insulation, a standard that establishes approximate methods for field measurements of airborne and impact sound insulation, two standards for a single-number assessment of airborne and impact sound insulation, a standard that sets the rules for determining and application of the uncertainties of sound insulation measurement. In 2018, 2019, on the basis of international standards, drafts of two national standards were prepared on the methods of field measurements of sound insulation of building facades and their elements and sound insulation of airborne sound between two rooms in a building.

Soundproofing

National standard

10.1088/1757-899x/1030/1/012051

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Features of Railway Noise Rationing and Assessment in Housing Estate Territory in Russia

Procedia Engineering (2015)

Ilya Tsukernikov Igor Shubin Н. И. Иванов Tatiana Nevenchannaya

The comparative analysis of railway noise rationing in Russia and Europe is carried out. Criteria of railway noise assessment are considered in accordance with standards to be entered into last years in Russia and taking into account less harmful character of railway noise in comparison with noise of other types of transport. On an example it is shown that such approach leads to essential reduction (more than by 10 dB) of noise indicator as equivalent rating pressure levels in comparison with such levels created by separate trains on the same distance. Essential excess of noise indicator as maximum rating sound level above the mark is shown.

Rationing

10.1016/j.proeng.2015.08.174

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Introduction in the Russian federation of international standards in the field of measurement and evaluation of sound insulation

The Journal of the Acoustical Society of America (2019)

Ilya Tsukernikov Igor Shubin Tatiana Nevenchannaya

The features of the introduction in the Russian Federation of international standards for measurement and evaluation of sound insulation are considered. Over the past eight years, a system for measuring and evaluating the sound insulation of buildings and their elements has been created on the basis of international standards. In 2012, a series of international standards ISO 10140 for methods of laboratory measurements of airborne and impact sound insulation was introduced as the national standards of Russia GOST R ISO. In 2016, the standards ISO 717 were introduced as modified national standards GOST R 56769-2015 and GOST R 56770-2015, setting the rules for single-number rating of airborne and impact sound insulation. In 2018, the international standard ISO 12999-1 was introduced as a modified national standard GOST R 57900-2017 for determining and applying the uncertainties in measuring sound insulation. In 2019, a draft national standard was prepared for field measurement of sound insulation of facades and their elements, which is a modified edition of the ISO 16283-3. Single-numeric parameters of airborne and impact insulation determined using these standards are subject to comparison with the normative values regulated by the national regulatory document—the set of rules SP 51.13330.

GOST (hash function)

Soundproofing

National standard

International standard

10.1121/1.5136585

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Predicting Noise Level from Railway Trains with Part of the Trains Passing Through an Underground Tunnel

Zhilishchnoe Stroitel stvo (2020)

Ilya Tsukernikov L.A. Tikhomirov Natalia Shchurova Tatiana Nevenchannaya

10.31659/0044-4472-2020-6-9-14

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E-COURSE OF THEORETICAL MECHANICS 5

Evgeny Zabudsky Elena Ponomaryova Tatiana Nevenchannaya V E Pavlovsky

The concept, structure and contents of the Internet textbook on classical mechanics intended for Higher Technical Institutions are presented in this work. Aspects of program realization of textbook applications and the technology of elaborating the textbook in the Hecadem Internet-teaching environment are given too.

Course (navigation)

Realization (probability)

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