Professor
Índice A-Z
Epifanov, V. M.
N. E. Bauman Moscow State Technical University, Moscow, National Committee for Heat and Mass Transfer, Russian Academy of Sciences,Russia
Turbines, Experimental techniques, Hybrid methods
Articles:
Heat and Mass Transfer and Fluid Dynamics of Transpiration - Cooled Gas Turbines - Vol. 0 '1992 - ICHMT DIGITAL LIBRARY ONLINE
THE MATHEMATICAL MODELLING OF THE THREE-DIMENSIONAL NONSTATIONARY NONLINEAR TEMPERATURE FIELDS OF GAS-TURBINE ENGINE BLADES - Vol. 7 '1994 - International Heat Transfer Conference 10
HEAT AND MASS TRANSFER IN TRANSPIRATION COOLED TURBINE BLADES - Vol. 14 '1982 - International Heat Transfer Conference 7
INTEGRAL METHOD OF CALCULATING TEMPERATURE STATES OF CURVED CHANNEL PERMEABLE ENDWALL SURFACES - Vol. 3 '1990 - International Heat Transfer Conference 9
METHOD OF CALCULATION OF HEAT-MASS TRANSFER AND COOLING OF END WALL SURFACES OF INTER BLADE GAS TURBINE CHANNELS - Vol. 0 '1993 - Transport Phenomena in Thermal Engineering. Volume 2
Kurakin , A. A.
METHOD OF CALCULATION OF HEAT-MASS TRANSFER AND COOLING OF END WALL SURFACES OF INTER BLADE GAS TURBINE CHANNELS
INTEGRAL METHOD OF CALCULATING TEMPERATURE STATES OF CURVED CHANNEL PERMEABLE ENDWALL SURFACES
Kareev, A. P.
INTEGRAL METHOD OF CALCULATING TEMPERATURE STATES OF CURVED CHANNEL PERMEABLE ENDWALL SURFACES
Stankiewitcz , V.
THE MATHEMATICAL MODELLING OF THE THREE-DIMENSIONAL NONSTATIONARY NONLINEAR TEMPERATURE FIELDS OF GAS-TURBINE ENGINE BLADES
Leontiev, Alexander
Heat and Mass Transfer and Fluid Dynamics of Transpiration - Cooled Gas Turbines
HEAT AND MASS TRANSFER IN TRANSPIRATION COOLED TURBINE BLADES