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Heat transfer at film condensation of stationary vapor with nanoparticles near a vertical plate.

• Author(s) : AVRAMENKO A. A., SHEVCHUK I. V., TYRINOV A. I., et al.
• Publication date: 2014/12
• Languages : English
• Keywords : Fluid, Heat transfer, Vertical plate, Modelling, Flow, Film condensation
• Source: Applied Thermal Engineering - vol. 73 - n. 1

IIR document

An experimental study of annular film flow condensation in a micro-fin tube with high mass flux.

• Author(s) : LI Q., MENG X., LI L., GAO N., LI N., QIU R.
• Publication date: 2024/04
• Languages : English
• Keywords : Expérimentation, Condensation, Microfin tube, Film flow, Thermodynamic property, Heat transfer coefficient
• Source: International Journal of Refrigeration - Revue Internationale du Froid - vol. 160
• Formats : PDF

IIR document

Numerical study of condensation heat transfer performance and liquid film distribution characteristics in small-scale helium liquefiers.

• Author(s) : WEI T., ZHU S., CHEN X., ZHI X., WANG K., BAO S., QIU L.
• Publication date: 2023/12
• Languages : English
• Keywords : CFD, Model, Heat transfer, Film condensation, Helium, Liquefaction, Liquefied gas, Cryocooler, Small scale
• Source: International Journal of Refrigeration - Revue Internationale du Froid - Vol. 156
• Formats : PDF

CFD simulation of laminar film condensation on a vertical surface.

• Author(s) : VILAR D., MARTIN E., SIERES J.
• Publication date: 2021/05
• Languages : English
• Keywords : CFD, Simulation, Film condensation, Mass transfer, Vertical plate, Vertical tube, Equation of state, R134a, Water, Thermodynamic property
• Source: 2021 Purdue Conferences. 18^th International Refrigeration and Air-Conditioning Conference at Purdue.
• Formats : PDF

RECENT PROGRESS IN ENHANCING FILM CONDENSATION HEAT TRANSFER ON HORIZONTAL TUBES.

• Author(s) : MARTO P. J.
• Publication date: 1986
• Languages : English
• Keywords : Horizontal tube, Finned tube, Fin, Extended surface, Calculation, Heat transfer, R11, Condenser, Film condensation, Condensation
• Source: Heat Transf. Eng. - vol. 7 - n. 3-4

Analysis of film condensation heat transfer inside a vertical micro-tube with consideration of the meniscus draining effect.

• Author(s) : DU X. Z., ZHAO T. S.
• Publication date: 2003/11
• Languages : English
• Keywords : Extended surface, Vertical tube, Heat transfer, Research, Wire, Film condensation
• Source: International Journal of Heat and Mass Transfer - vol. 46 - n. 24

Fundamental study on heat transfer characteristics of two-phase closed thermosiphon in lower oscillation: under filmwise condensation in smaller input heat.

[In Japanese. / En japonais.]

• Author(s) : SHIRAIWA H., HOSOKAWA T., KAWANO Y.
• Publication date: 2008/11
• Languages : Japanese
• Keywords : Refrigerating system, Heat transfer, Thermosyphon, Modelling, Film condensation
• Source: Transaction of the Society of Heating, Air-conditioning and Sanitary Engineers of Japan - n. 140

IIR document

Film condensation in microchannels.

• Author(s) : WANG H., ROSE J. W.
• Publication date: 2005/08/02
• Languages : English
• Keywords : R134a, Heat transfer coefficient, Geometry, Condensate, Microchannel, Modelling, Film, Refrigerant, Condensation
• Source: Commercial Refrigeration. Thermophysical Properties and Transfer Processes of Refrigerants. Proceedings of the IIR International Conferences.
• Formats : PDF

IIR document

Numerical analysis of laminar film-wise condensation.

• Author(s) : KARABULUT H., ATAER O. E.
• Publication date: 1996/02
• Languages : English
• Keywords : Horizontal tube, Calculation, Measurement, Heat transfer, Simulation, Film, Condensation
• Source: International Journal of Refrigeration - Revue Internationale du Froid - vol. 19 - n. 2
• Formats : PDF

IIR document

Film condensation of refrigerant vapours on a horizontal tube.

• Author(s) : GOTO M., HOTTA H., TEZUKA S.
• Publication date: 1980/05
• Languages : English
• Keywords : Horizontal tube, Heat transfer coefficient, Calculation, Vapour, Refrigerant, Condensation
• Source: International Journal of Refrigeration - Revue Internationale du Froid - vol. 3 - n. 3
• Formats : PDF

Film condensation in horizontal microchannels: effect of channel shape.

• Author(s) : WANG H. S., ROSE J. W.
• Publication date: 2006/12
• Languages : English
• Keywords : R134a, Geometry, Microchannel, Heat transfer, Parameter, Modelling, Condensation, Heat exchanger
• Source: International Journal of thermal Sciences - vol. 45 - n. 12

IIR document

LAMINAR FILM CONDENSATION OF HALOGENATED HYDROCARBONS IN THE PRESENCE OF AIR OF NON-HOMOGENEOUS CONCENTRATION.

• Author(s) : WEI B., QIAO Y., LIU J.
• Publication date: 1987/08/24
• Languages : English
• Keywords : Heat transfer coefficient, Halogen, Calculation, Air, R113, Plane surface, Non condensable gas, Laminar flow, Refrigerant, Film condensation
• Source: Development in refrigeration, refrigeration for development. Proceedings of the XVIIth international Congress of Refrigeration.
• Formats : PDF

Film-wise condensation of a pure fluid and a binary mixture in a bundle of enhanced surface tubes.

• Author(s) : BELGHAZI M., BONTEMPS A., MARVILLET C.
• Publication date: 2002/07
• Languages : English
• Keywords : R23, R134a, Finned tube, Fin, Extended surface, Measurement, Heat transfer, Parameter, Binary mixture, Azeotropic mixture, Bundle, Refrigerant, Film condensation, Condensation

IIR document

HEAT TRANSFER COEFFICIENTS FOR A VERTICAL FLUTED-PLATE CONDENSER WITH R113 AND R114.

• Author(s) : UEHARA H., NAKAOKA T., NAKASHIMA S.
• Publication date: 1985
• Languages : English
• Keywords : R114, Heat transfer coefficient, Extended surface, Calculation, R113, Vertical plate, Condenser, Film condensation
• Source: International Journal of Refrigeration - Revue Internationale du Froid - vol. 8 - n. 1
• Formats : PDF

Study on transport phenomena for flow film condensation in vertical mini-tube with interfacial waves.

• Author(s) : DU X. Z., WANG B. X.
• Publication date: 2003/05
• Languages : English
• Keywords : Mass transfer, Vertical tube, Heat transfer, Miniaturization, Film, Condensation
• Source: International Journal of Heat and Mass Transfer - vol. 46 - n. 11