A-Z 索引
Mikhatulin, D. S.
Institute of High Temperatures of the Russian Academy of Science, Moscow, Russia, 127412
文章：
Articles:
NUMERICAL SIMULATION OF HEAT AND MASS TRANSFER BETWEEN HETEROGENEOUS FLOW AND AN OBSTACLE（在新标签页中打开） - Vol. 3 '2011（在新标签页中打开） - Computational Thermal Sciences: An International Journal（在新标签页中打开）
Intensification of Heat Transfer at the Critical Point of a Hemisphere in a Supersonic Heterogeneous Flow（在新标签页中打开） - Vol. 31 '2000（在新标签页中打开） - Heat Transfer Research（在新标签页中打开）
Parameters of Thermoerosion Destruction of Different Materials in Heterogeneous Flows（在新标签页中打开） - Vol. 31 '2000（在新标签页中打开） - Heat Transfer Research（在新标签页中打开）
Modeling Heat-Erosion Destruction of HAC Elements during Flight in a Dusty Atmosphere（在新标签页中打开） - Vol. 38 '2007（在新标签页中打开） - Heat Transfer Research（在新标签页中打开）
Ratio of the Thermal and Erosion Components in Heat-Erosion Destruction of Materials in a Supersonic Heterogeneous Flow（在新标签页中打开） - Vol. 38 '2007（在新标签页中打开） - Heat Transfer Research（在新标签页中打开）
NUMERICAL SIMULATION OF THE INTERACTION OF A DUSTY FLOW WITH AN OBSTACLE（在新标签页中打开） - Vol. 0 '2009（在新标签页中打开） - ICHMT DIGITAL LIBRARY ONLINE（在新标签页中打开）
NUMERICAL SIMULATION OF HEAT TRANSFER AND THERMO-EROSION DESTRUCTION OF A BLUNT BODY IN A SUPERSONIC DUSTY FLOW（在新标签页中打开） - Vol. 13 '2008（在新标签页中打开） - ICHMT DIGITAL LIBRARY ONLINE（在新标签页中打开）
Heat Transfer in a Heterogeneous Supersonic Flow（在新标签页中打开） - Vol. 32 '2002（在新标签页中打开） - International Heat Transfer Conference 12（在新标签页中打开）
MODELING OF THERMO-EROSION DESTRUCTION OF MATERIALS IN SUPERSONIC HETEROGENEOUS FLOWS（在新标签页中打开） - Vol. 0 '2006（在新标签页中打开） - International Heat Transfer Conference 13（在新标签页中打开）
THE PHYSICAL EFFECTS ARISING AT INTERACTION OF A HIGH-SPEED DUSTY FLOW WITH A BLUNTED BODY MPH-34（在新标签页中打开） - Vol. 0 '2006（在新标签页中打开） - International Heat Transfer Conference 13（在新标签页中打开）
Ershova, T. V.
MODELING OF THERMO-EROSION DESTRUCTION OF MATERIALS IN SUPERSONIC HETEROGENEOUS FLOWS
NUMERICAL SIMULATION OF THE INTERACTION OF A DUSTY FLOW WITH AN OBSTACLE
NUMERICAL SIMULATION OF HEAT AND MASS TRANSFER BETWEEN HETEROGENEOUS FLOW AND AN OBSTACLE
NUMERICAL SIMULATION OF HEAT TRANSFER AND THERMO-EROSION DESTRUCTION OF A BLUNT BODY IN A SUPERSONIC DUSTY FLOW
THE PHYSICAL EFFECTS ARISING AT INTERACTION OF A HIGH-SPEED DUSTY FLOW WITH A BLUNTED BODY MPH-34
Reviznikov, Dmitry L.
MODELING OF THERMO-EROSION DESTRUCTION OF MATERIALS IN SUPERSONIC HETEROGENEOUS FLOWS
NUMERICAL SIMULATION OF THE INTERACTION OF A DUSTY FLOW WITH AN OBSTACLE
Modeling Heat-Erosion Destruction of HAC Elements during Flight in a Dusty Atmosphere
NUMERICAL SIMULATION OF HEAT AND MASS TRANSFER BETWEEN HETEROGENEOUS FLOW AND AN OBSTACLE
NUMERICAL SIMULATION OF HEAT TRANSFER AND THERMO-EROSION DESTRUCTION OF A BLUNT BODY IN A SUPERSONIC DUSTY FLOW
Vinnikov, Vladimir V.
NUMERICAL SIMULATION OF THE INTERACTION OF A DUSTY FLOW WITH AN OBSTACLE
NUMERICAL SIMULATION OF HEAT AND MASS TRANSFER BETWEEN HETEROGENEOUS FLOW AND AN OBSTACLE
NUMERICAL SIMULATION OF HEAT TRANSFER AND THERMO-EROSION DESTRUCTION OF A BLUNT BODY IN A SUPERSONIC DUSTY FLOW
Yakovleva, L. V.
THE PHYSICAL EFFECTS ARISING AT INTERACTION OF A HIGH-SPEED DUSTY FLOW WITH A BLUNTED BODY MPH-34
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
Sposobin, Andrey V.
MODELING OF THERMO-EROSION DESTRUCTION OF MATERIALS IN SUPERSONIC HETEROGENEOUS FLOWS
NUMERICAL SIMULATION OF THE INTERACTION OF A DUSTY FLOW WITH AN OBSTACLE
NUMERICAL SIMULATION OF HEAT AND MASS TRANSFER BETWEEN HETEROGENEOUS FLOW AND AN OBSTACLE
NUMERICAL SIMULATION OF HEAT TRANSFER AND THERMO-EROSION DESTRUCTION OF A BLUNT BODY IN A SUPERSONIC DUSTY FLOW
Dombrovsky, Leonid A.
Heat Transfer in a Heterogeneous Supersonic Flow
Vasilevskii, Eduard Borisovich
Heat Transfer in a Heterogeneous Supersonic Flow
THE PHYSICAL EFFECTS ARISING AT INTERACTION OF A HIGH-SPEED DUSTY FLOW WITH A BLUNTED BODY MPH-34
Polezhaev, Yury 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
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