The paper presents visualization investigations into pool boiling heat transfer for open minichannel surfaces. The experiments were carried out wih saturated water at atmospheric pressure. Parallel microchannels fabricated by machining were about 0.3 mm wide and 0.2 to 0.4 mm deep. High-speed videos were used as an aid to understanding the heat transfer mechanism. The visualization study aimed at identifying nucleation sites of the departing bubbles and determining their diameters and frequency at various superheats
The surfaces used for investigating nucleate pool boiling for four working fluids had mini- and micr...
DoctorThe effectiveness of microstructured surfaces in enhancing boiling heat transfer (BHT) and cri...
The paper focuses on the analysis of the enhanced surfaces in such applications as boiling heat tran...
The paper presents visualization investigations into pool boiling heat transfer for open minichannel...
The paper presents experimental investigations into pool boiling heat transfer for open microchannel...
The paper presents visualization investigations into pool boiling heat transfer for open microchanne...
Experimental investigations of pool boiling heat transfer on microchannels of variable depth were co...
The paper presents investigations into pool boiling heat transfer for open minichannel surfaces. The...
Saturated pool boiling from copper microchannel surfaces was examined using Novec-649 and FC-72 as w...
The present work introduces an alternative approach which combines heat transfer measurements, high ...
This study focuses on the effect of channel depth on the heat transfer coefficient during nucleate p...
This paper describes the use of a new test apparatus employing flow visualization via ultra-high-spe...
The paper describes results of analysis of pool boiling heat transfer on enhanced surfaces. Two type...
Boiling is an efficacious mode of heat transfer and is utilized in various energy conversions, heat ...
The article describes the experimental investigation of pool boiling heat transfer on minichannels w...
The surfaces used for investigating nucleate pool boiling for four working fluids had mini- and micr...
DoctorThe effectiveness of microstructured surfaces in enhancing boiling heat transfer (BHT) and cri...
The paper focuses on the analysis of the enhanced surfaces in such applications as boiling heat tran...
The paper presents visualization investigations into pool boiling heat transfer for open minichannel...
The paper presents experimental investigations into pool boiling heat transfer for open microchannel...
The paper presents visualization investigations into pool boiling heat transfer for open microchanne...
Experimental investigations of pool boiling heat transfer on microchannels of variable depth were co...
The paper presents investigations into pool boiling heat transfer for open minichannel surfaces. The...
Saturated pool boiling from copper microchannel surfaces was examined using Novec-649 and FC-72 as w...
The present work introduces an alternative approach which combines heat transfer measurements, high ...
This study focuses on the effect of channel depth on the heat transfer coefficient during nucleate p...
This paper describes the use of a new test apparatus employing flow visualization via ultra-high-spe...
The paper describes results of analysis of pool boiling heat transfer on enhanced surfaces. Two type...
Boiling is an efficacious mode of heat transfer and is utilized in various energy conversions, heat ...
The article describes the experimental investigation of pool boiling heat transfer on minichannels w...
The surfaces used for investigating nucleate pool boiling for four working fluids had mini- and micr...
DoctorThe effectiveness of microstructured surfaces in enhancing boiling heat transfer (BHT) and cri...
The paper focuses on the analysis of the enhanced surfaces in such applications as boiling heat tran...