Index A-Z

Articles :

SUPERCRITICAL HEAT TRANSFER

Articles:

INFLUENCES OF BUOYANCY ON VELOCITY, TURBULENCE AND HEAT TRANSFER IN ASCENDING AND DESCENDING FLOWS IN VERTICAL PASSAGES - Vol. 1 '2003 - Advances in Heat Transfer Engineering

2.5.10 SINGLE-PHASE CONVECTIVE HEAT TRANSFER: COMBINED FREE AND FORCED CONVECTION IN PASSAGES - Vol. 13 '2006 - Heat Exchanger Design Updates

Computational Investigation into Buoyancy-Aided Turbulent Flow and Heat Transfer to Air in a Vertical Tube - Vol. 10 '2006 - ICHMT DIGITAL LIBRARY ONLINE

RESPONSE OF TEMPERATURE IN HEATED PIPE FLOW TO RAMP-TYPE EXCURSIONS OF FLOW RATE - Vol. 8 '1996 - ICHMT DIGITAL LIBRARY ONLINE

Turbulent, buoyancy-influenced flow and heat transfer in a vertical annulus - Vol. 11 '2002 - International Heat Transfer Conference 12

Influences of buoyancy and thermal boundary conditions on convective heat transfer in a tube with naturally-induced flow - Vol. 12 '2002 - International Heat Transfer Conference 12

Heat transfer from a steam/air mixture to a water-cooled condensing plate - Vol. 44 '2002 - International Heat Transfer Conference 12

Laminar Film Condensation from Vapour-gas Mixtures in Downward-inclined Parallel-plate Channels - Vol. 44 '2002 - International Heat Transfer Conference 12

CONVECTION HEAT TRANSFER OF CO₂ AT SUPERCRITICAL PRESSURES IN VERTICAL POROUS TUBES - Vol. 0 '2006 - International Heat Transfer Conference 13

STUDIES OF BUOYANCY-INFLUENCED TURBULENT FLOW AND HEAT TRANSFER IN VERTICAL PASSAGES - Vol. 0 '2006 - International Heat Transfer Conference 13

INVESTIGATION OF FORCED CONVECTION HEAT TRANSFER TO SUPERCRITICAL PRESSURE CARBON DIOXIDE - Vol. 11 '1966 - International Heat Transfer Conference 3

HEAT TRANSFER NEAR THE CRITICAL POINT - Vol. 6 '1978 - International Heat Transfer Conference 6

EXPERIMENTAL AND THEORETICAL STUDIES OF TURBULENT FORCED CONVECTION IN A PIPE WITH EXPONENTIALLY-DISTRIBUTED WALL HEAT FLUX - Vol. 3 '1986 - International Heat Transfer Conference 8

Direct Contact Condensation at a Water-Vapor Interface - Vol. 25 '1998 - International Journal of Fluid Mechanics Research

INFLUENCE OF BUOYANCY ON MEAN FLOW AND TURBULENCE UNDER CONDITIONS OF MIXED CONVECTION IN AN ANNULUS - Vol. 2 '2001 - TSFP DIGITAL LIBRARY ONLINE

A STUDY OF THE INFLUENCE OF BUOYANCY ON TURBULENT FLOW IN A VERTICAL PLANE PASSAGE - Vol. 3 '2003 - TSFP DIGITAL LIBRARY ONLINE

Modelling of turbulent heat transfer to fluid at supercritical pressure using adaptive mesh generation - Vol. 4 '2005 - TSFP DIGITAL LIBRARY ONLINE

PERFORMANCE OF TURBULENCE MODELS IN PREDICTING HEAT TRANSFER TO CO2 AT SUPERCRITICAL PRESSURE – COMPARISONS WITH DIRECT NUMERICAL SIMULATIONS - Vol. 5 '2007 - TSFP DIGITAL LIBRARY ONLINE

Ormiston, Scott J.

Laminar Film Condensation from Vapour-gas Mixtures in Downward-inclined Parallel-plate Channels

Siow, E. C.

Laminar Film Condensation from Vapour-gas Mixtures in Downward-inclined Parallel-plate Channels

An, P.

Heat transfer from a steam/air mixture to a water-cooled condensing plate

Buyukalaca, O.

RESPONSE OF TEMPERATURE IN HEATED PIPE FLOW TO RAMP-TYPE EXCURSIONS OF FLOW RATE

Jiang, Pei-Xue

CONVECTION HEAT TRANSFER OF CO₂ AT SUPERCRITICAL PRESSURES IN VERTICAL POROUS TUBES

Axcell, Brian P.

EXPERIMENTAL AND THEORETICAL STUDIES OF TURBULENT FORCED CONVECTION IN A PIPE WITH EXPONENTIALLY-DISTRIBUTED WALL HEAT FLUX

Li, J.

Influences of buoyancy and thermal boundary conditions on convective heat transfer in a tube with naturally-induced flow

Kim, W. S.

PERFORMANCE OF TURBULENCE MODELS IN PREDICTING HEAT TRANSFER TO CO2 AT SUPERCRITICAL PRESSURE – COMPARISONS WITH DIRECT NUMERICAL SIMULATIONS

Computational Investigation into Buoyancy-Aided Turbulent Flow and Heat Transfer to Air in a Vertical Tube

He, S.

CONVECTION HEAT TRANSFER OF CO₂ AT SUPERCRITICAL PRESSURES IN VERTICAL POROUS TUBES

PERFORMANCE OF TURBULENCE MODELS IN PREDICTING HEAT TRANSFER TO CO2 AT SUPERCRITICAL PRESSURE – COMPARISONS WITH DIRECT NUMERICAL SIMULATIONS

Computational Investigation into Buoyancy-Aided Turbulent Flow and Heat Transfer to Air in a Vertical Tube

He, Shuisheng

Modelling of turbulent heat transfer to fluid at supercritical pressure using adaptive mesh generation

INFLUENCE OF BUOYANCY ON MEAN FLOW AND TURBULENCE UNDER CONDITIONS OF MIXED CONVECTION IN AN ANNULUS

Zhao, C. L.

Direct Contact Condensation at a Water-Vapor Interface

Cotton, Mark A.

EXPERIMENTAL AND THEORETICAL STUDIES OF TURBULENT FORCED CONVECTION IN A PIPE WITH EXPONENTIALLY-DISTRIBUTED WALL HEAT FLUX

Bae, J. H.

PERFORMANCE OF TURBULENCE MODELS IN PREDICTING HEAT TRANSFER TO CO2 AT SUPERCRITICAL PRESSURE – COMPARISONS WITH DIRECT NUMERICAL SIMULATIONS

Wang, Jinlei

A STUDY OF THE INFLUENCE OF BUOYANCY ON TURBULENT FLOW IN A VERTICAL PLANE PASSAGE

Xu, Zeyuan

Turbulent, buoyancy-influenced flow and heat transfer in a vertical annulus

INFLUENCE OF BUOYANCY ON MEAN FLOW AND TURBULENCE UNDER CONDITIONS OF MIXED CONVECTION IN AN ANNULUS

Soliman, Hassan M.

Laminar Film Condensation from Vapour-gas Mixtures in Downward-inclined Parallel-plate Channels

Li , Jiankang

A STUDY OF THE INFLUENCE OF BUOYANCY ON TURBULENT FLOW IN A VERTICAL PLANE PASSAGE

Hall, W. B.

INVESTIGATION OF FORCED CONVECTION HEAT TRANSFER TO SUPERCRITICAL PRESSURE CARBON DIOXIDE

EXPERIMENTAL AND THEORETICAL STUDIES OF TURBULENT FORCED CONVECTION IN A PIPE WITH EXPONENTIALLY-DISTRIBUTED WALL HEAT FLUX

HEAT TRANSFER NEAR THE CRITICAL POINT

Ahmadinejad, M.

Heat transfer from a steam/air mixture to a water-cooled condensing plate

Khan , S. A.

INVESTIGATION OF FORCED CONVECTION HEAT TRANSFER TO SUPERCRITICAL PRESSURE CARBON DIOXIDE

Shi, Rui-Feng

CONVECTION HEAT TRANSFER OF CO₂ AT SUPERCRITICAL PRESSURES IN VERTICAL POROUS TUBES

Xu, Y. J.

CONVECTION HEAT TRANSFER OF CO₂ AT SUPERCRITICAL PRESSURES IN VERTICAL POROUS TUBES

Wu, Tian-Hua

Turbulent, buoyancy-influenced flow and heat transfer in a vertical annulus

INFLUENCE OF BUOYANCY ON MEAN FLOW AND TURBULENCE UNDER CONDITIONS OF MIXED CONVECTION IN AN ANNULUS

Kim, Won-Seok

Modelling of turbulent heat transfer to fluid at supercritical pressure using adaptive mesh generation