Aleksandr Aleksandrovich Uspenskii

Início > Autores, editores e revisores da Begell House

Autores, editores e revisores da Begell House

Aleksandr Aleksandrovich Uspenskii

Central Aerohydrodynamic Institute (TsAGI), Zhukovsky str. 1, Zhukovsky, Moscow Region, 140180 Russia

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Articles

LAMINAR-TURBULENT TRANSITION CONTROL USING A DIELECTRIC BARRIER DISCHARGE Vol. 42 '2011 - TsAGI Science Journal

EXPERIMENTAL STUDY OF NONSTEADY FLOW IN RECIRCULATION ZONE BEHIND ELECTRIC DISCHARGE MODULE Vol. 43 '2012 - TsAGI Science Journal

INVESTIGATION OF THE POSSIBILITY OF TURBULENT BOUNDARY LAYER DRAG REDUCTION UNDER THE IMPACT OF DIELECTRIC BARRIER DISCHARGE Vol. 43 '2012 - TsAGI Science Journal

EXPERIMENTAL INVESTIGATION OF DIELECTRIC BARRIER DISCHARGE EFFECT ON VELOCITY AND PRESSURE PULSATIONS IN A SUBSONIC JET Vol. 44 '2013 - TsAGI Science Journal

INFLUENCE OF A SURFACE FRACTAL MICROSTRUCTURE ON THE CHARACTERISTICS OF A TURBULENT BOUNDARY LAYER Vol. 44 '2013 - TsAGI Science Journal

INFLUENCE OF HEATING THE FLAT PLATE NOSE PART ON THE INTEGRAL AND STATISTICAL CHARACTERISTICS OF THE BOUNDARY LAYER Vol. 44 '2013 - TsAGI Science Journal

STUDY OF GAS-DYNAMIC STABILIZATION OF A LONGITUDINAL DISCHARGE IN FLAT DUCTS Vol. 45 '2014 - TsAGI Science Journal

ENERGY CHARACTERISTICS OF PLASMA ACTUATORS FOR BOUNDARY LAYER FLOW CONTROL Vol. 46 '2015 - TsAGI Science Journal

THE STATIC PRESSURE INFLUENCE ON ELECTROPHYSICAL CHARACTERISTICS OF A DIELECTRIC BARRIER DISCHARGE Vol. 46 '2015 - TsAGI Science Journal

INVESTIGATIONS OF VOLUME-CENTERED DISCHARGE IN AIR SUPERSONIC FLOW WHEN PROPANE IS ADDITIONALLY INJECTED IN THE DISCHARGE CATHODE REGION Vol. 47 '2016 - TsAGI Science Journal

EXPERIMENTAL INVESTIGATIONS OF WING LIFT CONTROL BY ACTUATORS DISTRIBUTED ON THE WING SURFACE Vol. 48 '2017 - TsAGI Science Journal

INVESTIGATIONS OF VOLUME-CENTERED DISCHARGE IN AIR SUPERSONIC FLOW WITH ADDITIONAL PROPANE AND OXYGEN INJECTION Vol. 48 '2017 - TsAGI Science Journal

VOLUME-CENTERED DISCHARGE IN SUPERSONIC AIR FLOW AT CONCENTRATED PROPANE AND OXYGEN INJECTION TO THE DISCHARGE ZONE Vol. 49 '2018 - TsAGI Science Journal

INVESTIGATION OF HIGH-TEMPERATURE ZONES FORMED IN SUPERSONIC AIR FLOW WHEN INJECTING COMBUSTION GASES AND OXYGEN IN LONGITUDINAL DISCHARGES Vol. 51 '2020 - TsAGI Science Journal