International audienceThis article presents an experimental study of ascendant forced flow boiling in mini-channels with refrigerant R134a. A flat aluminium multi-port extruded tube composed of 11 parallel rectangular channels (3.28 mm × 1.47 mm) with hydraulic diameter of 2.01 mm was used. Mass flux ranged from 90 to 295 kg/m2 s and heat flux from 6.0 to 31.6 kW/m2. Two working pressures, 405 and 608 kPa, were tested. Inlet subcooling varied from 1 to 17 K. Heat transfer was found to be greater than that previously reported in the literature for conventional tubes, while dry-out occurred at low qualities
This paper presents new experimental flow boiling heat transfer results in micro-scale tubes. The ex...
International audienceMini-channel heat exchangers with boiling flows present optimal performances: ...
This paper presents new experimental flow boiling heat transfer results in micro-scale tubes. The ex...
International audienceThis article presents an experimental study of ascendant forced flow boiling i...
authorThis paper presents an experimental investigation on forced convective boiling of a refrigeran...
This paper presents an experimental investigation on forced convective boiling of a refrigerant HCFC...
The paper reports accurate experimental data for flow boiling heat transfer of a new environmentally...
This paper presents new experimental flow boiling heat transfer results in micro-scale tubes. The ex...
This article presents an experimental study of friction factor and heat transfer coefficient for a v...
This article presents an experimental study of friction factor and heat transfer coefficient for a v...
There are two possible viable options to cope with the new environmental regulations: more efficient...
This article presents an experimental study of friction factor and heat transfer coefficient for a v...
This article presents an experimental study of friction factor and heat transfer coefficient for a v...
This article presents an experimental study of friction factor and heat transfer coefficient for a v...
AbstractThis paper presents the results of an experimental study carried out with R-134a during flow...
This paper presents new experimental flow boiling heat transfer results in micro-scale tubes. The ex...
International audienceMini-channel heat exchangers with boiling flows present optimal performances: ...
This paper presents new experimental flow boiling heat transfer results in micro-scale tubes. The ex...
International audienceThis article presents an experimental study of ascendant forced flow boiling i...
authorThis paper presents an experimental investigation on forced convective boiling of a refrigeran...
This paper presents an experimental investigation on forced convective boiling of a refrigerant HCFC...
The paper reports accurate experimental data for flow boiling heat transfer of a new environmentally...
This paper presents new experimental flow boiling heat transfer results in micro-scale tubes. The ex...
This article presents an experimental study of friction factor and heat transfer coefficient for a v...
This article presents an experimental study of friction factor and heat transfer coefficient for a v...
There are two possible viable options to cope with the new environmental regulations: more efficient...
This article presents an experimental study of friction factor and heat transfer coefficient for a v...
This article presents an experimental study of friction factor and heat transfer coefficient for a v...
This article presents an experimental study of friction factor and heat transfer coefficient for a v...
AbstractThis paper presents the results of an experimental study carried out with R-134a during flow...
This paper presents new experimental flow boiling heat transfer results in micro-scale tubes. The ex...
International audienceMini-channel heat exchangers with boiling flows present optimal performances: ...
This paper presents new experimental flow boiling heat transfer results in micro-scale tubes. The ex...