NRU MGSU
ESPL AATBS

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PRODUCTION PROJECTS

STUDIES OF WIND AND SNOW IMPACTS ON AIRPORT COMPLEXES:

— Simferopol International Airport (2016);

— Perm International Airport, Bolshoe Savino (2015);

— Platov International Airport, Rostov-on-Don (2015) ;

— Volgograd International Airport (2015).

STUDIES OF WIND AND SNOW IMPACTS ON SPORTS FACILITIES:

— Palace of Water Sports in Yekaterinburg (2020);

— E.A. Streltsov Sports Complex in Moscow (2020);

— Sports and concert complex in St. Petersburg (2020).

 

STUDIES OF WIND AND/OR SNOW IMPACTS ON PUBLIC FACILITIES:

— Cable car terminal between Blagoveshchensk and Haihe (2020);

— The Main Temple of the Armed Forces of the Russian Federation (2019);

— Concert complex in Sochi (2019, 2018);

— Technopark of Sberbank of Russia Skolkovo (2016).

STUDIES OF WIND IMPACT ON HIGH-RISE BUILDINGS AND STRUCTURES:

— Multifunctional complex on the territory of Moscow City (2020);

— Hotel and business complex in Moscow (2018);

— Multifunctional center with a hotel in Perm (2018);

— Multifunctional business center in Tyumen (2017).

STUDIES OF THE WIND IMPACT ON THE OBJECTS OF COMPLEX DEVELOPMENT IN THE CITY OF MOSCOW:

— Multi-storey residential complex LCD Crystal (2021, 2018);

— Multifunctional residential complex Paveletskaya City Residential Complex (2019-2020);

— Multifunctional residential complex Wave residential complex (2020);

— Residential complex Krylia Residential complex (2019);

— Multifunctional residential complex of the residential complex Wellton Towers (2019, 2015);

— Residential complex «Nevsky» (2018).

 

RESEARCH OF BIOCLIMATIC COMFORT FOR RESIDENTIAL COMPLEXES IN MOSCOW:

— Residential complex «Kutuzovgrad» (2021);

— Residential complex «Silver Park» (2020);

— Residential complex «TopHills» (2020);

— Residential complex «RiverSky» (2020);

— Residential complex «Transfiguration» (2020);

— Residential complex «Domashny» (2017);

— Residential complex «Varshavskoe highway 141» (2015);

— Residential complex «Nekrasovka» (2015);

— Residential complex «Meshchersky forest» (2015).

 

SCIENTIFIC RESEARCH

State assignment:

— Study of the phenomena of aerodynamic instability of building structures in an aeroelastic formulation, including the development of an innovative methodology for analyzing meteorological data to clarify the parameters of wind load (2017-2020).;

— Theoretical and experimental approach to solving problems of dynamics of building structures (2014 — 2016)

Research and development work:

— Development of methods for conducting model tests of structures in wind tunnels, as well as methods for statistical processing of meteorological data in order to clarify meteorological parameters of climatic loads (2016);

— Development of a methodology for computational and experimental studies of wind impact on urban areas and the formation of the base «Standard design solutions for complex landscaping to compensate for bioclimatic discomfort with small architectural forms» (2015).

  

Grant of the President of the Russian Federation:

— Study of the influence of various configurations of aerodynamic dampers on the stability and reliability of long-span bridge structures (2020 — 2021).

EXPERIMENTAL STUDIES OF AERODYNAMIC STABILITY OF BRIDGE STRUCTURES:

— Bridge over the old channel of the Moskva River on the ZIL in Moscow (2018);

— North-Eastern Chord overpass in Moscow (2018);

— Karamyshev Bridge in Moscow (2017);

— Bridge over the Kozhukhovsky zaton in Moscow (2016);

— Bridge over the Ship Fairway in St. Petersburg (2014).

 

EXPERIMENTAL STUDIES OF WIND IMPACT ON PRODUCTION FACILITIES:

— Torch of the PENEX isomerization unit (2020);

— buildings and structures included in the object «Reconstruction of the LNG plant» (2018);

— coke chambers of delayed coking of Gazpromneft-ONPZ JSC (2017);

— buildings and structures that are part of the ammonia chemical production complex with a capacity of 1,340 tons/day. (2016);

— buildings and structures that are part of the facility «Carbamide unit 2200 t/day.» (2016);

— Novovoronezh NPP-2 (2013).

EXPERIMENTAL STUDIES OF WIND IMPACT ON ELEMENTS OF BUILDING STRUCTURES:

— Rack and pinion systems (2019);

— Prototype of the roof deflector «Deke Ekstrazhn» (2018);

— Rack and pinion suspension systems (2015);

— Roof deflector «Deke» (2015).