А-Я Индекс
Polezhaev, Yury V.
Department of Heat Transfer, Institute for High Temperatures, Russian Academy of Sciences, Izhorskaya 13/19, Moscow 127412, Russia
Porous Media
Статьи:
Accommodation coefficient(open in a new tab)
Aerodynamics(open in a new tab)
POROUS MEDIUM(open in a new tab)
SUBLIMATION(open in a new tab)
THERMAL CONDUCTIVITY(open in a new tab)
TRANSPIRATION COOLING(open in a new tab)
Drag Coefficient(open in a new tab)
EVAPORATIVE COOLING(open in a new tab)
WIND TUNNELS(open in a new tab)
Inviscid Flow(open in a new tab)
HEAT PROTECTION(open in a new tab)
External Flows: Overview(open in a new tab)
Articles:
ON A POSSIBILITY OF OPTIMIZATION OF STRUCTURAL PARAMETERS AND OPERATING CONDITIONS OF TRANSPIRATION COOLING SYSTEM EMPLOYED IN THE THERMO-STRESSED GAS TURBINE BLADES(open in a new tab) - Vol. 1 '2003(open in a new tab) - Advances in Heat Transfer Engineering(open in a new tab)
Intensification of Heat Transfer at the Critical Point of a Hemisphere in a Supersonic Heterogeneous Flow(open in a new tab) - Vol. 31 '2000(open in a new tab) - Heat Transfer Research(open in a new tab)
Parameters of Thermoerosion Destruction of Different Materials in Heterogeneous Flows(open in a new tab) - Vol. 31 '2000(open in a new tab) - Heat Transfer Research(open in a new tab)
Experimental Study of Pulse Characteristics of Turbulent Tube Flow of a Gas with Solid Particles(open in a new tab) - Vol. 32 '2001(open in a new tab) - Heat Transfer Research(open in a new tab)
Ratio of the Thermal and Erosion Components in Heat-Erosion Destruction of Materials in a Supersonic Heterogeneous Flow(open in a new tab) - Vol. 38 '2007(open in a new tab) - Heat Transfer Research(open in a new tab)
Thermophysical Problems of Transpiration Cooling(open in a new tab) - Vol. 11 '1998(open in a new tab) - International Heat Transfer Conference 11(open in a new tab)
Universal Heat Transfer Model in Porous Media(open in a new tab) - Vol. 26 '2002(open in a new tab) - International Heat Transfer Conference 12(open in a new tab)
Heat Transfer in a Heterogeneous Supersonic Flow(open in a new tab) - Vol. 32 '2002(open in a new tab) - International Heat Transfer Conference 12(open in a new tab)
EFFECT OF THE PARTICLES CONCENTRATION ON FLUCTUATING VELOCITY OF THE DISPERSE PHASE FOR TURBULENT PIPE FLOW(open in a new tab) - Vol. 1 '1999(open in a new tab) - TSFP DIGITAL LIBRARY ONLINE(open in a new tab)
EFFECT OF THE PARTICLES CONCENTRATION ON FLUCTUATING VELOCITY OF THE DISPERSE PHASE FOR TURBULENT PIPE FLOW(open in a new tab) - Vol. 0 '1999(open in a new tab) - Turbulence and Shear Flow Phenomena -1 First International Symposium(open in a new tab)
Chircov, I.V.
Drag Coefficient
Inviscid Flow
Nozzles
Golub, V.V.
Jets
Repin, I. V.
Intensification of Heat Transfer at the Critical Point of a Hemisphere in a Supersonic Heterogeneous Flow
Parameters of Thermoerosion Destruction of Different Materials in Heterogeneous Flows
Manushin, E.A.
GAS TURBINE
Pavlyukevich, N. V.
Accommodation coefficient
SUBLIMATION
TRANSPIRATION COOLING
Seliverstov, Eugene M.
Universal Heat Transfer Model in Porous Media
ON A POSSIBILITY OF OPTIMIZATION OF STRUCTURAL PARAMETERS AND OPERATING CONDITIONS OF TRANSPIRATION COOLING SYSTEM EMPLOYED IN THE THERMO-STRESSED GAS TURBINE BLADES
Varaksin, Aleksey Yur'evich
EFFECT OF THE PARTICLES CONCENTRATION ON FLUCTUATING VELOCITY OF THE DISPERSE PHASE FOR TURBULENT PIPE FLOW
EFFECT OF THE PARTICLES CONCENTRATION ON FLUCTUATING VELOCITY OF THE DISPERSE PHASE FOR TURBULENT PIPE FLOW
Experimental Study of Pulse Characteristics of Turbulent Tube Flow of a Gas with Solid Particles
Dombrovsky, Leonid A.
Heat Transfer in a Heterogeneous Supersonic Flow
Polyakov, Anatoly F.
EFFECT OF THE PARTICLES CONCENTRATION ON FLUCTUATING VELOCITY OF THE DISPERSE PHASE FOR TURBULENT PIPE FLOW
EFFECT OF THE PARTICLES CONCENTRATION ON FLUCTUATING VELOCITY OF THE DISPERSE PHASE FOR TURBULENT PIPE FLOW
Experimental Study of Pulse Characteristics of Turbulent Tube Flow of a Gas with Solid Particles
Thermophysical Problems of Transpiration Cooling
Vasilevskii, Eduard Borisovich
Heat Transfer in a Heterogeneous Supersonic Flow
Mikhatulin, D. S.
Intensification of Heat Transfer at the Critical Point of a Hemisphere in a Supersonic Heterogeneous Flow
Parameters of Thermoerosion Destruction of Different Materials in Heterogeneous Flows
Heat Transfer in a Heterogeneous Supersonic Flow
Ratio of the Thermal and Erosion Components in Heat-Erosion Destruction of Materials in a Supersonic Heterogeneous Flow