An experimental study is performed to investigate condensation of superheated R134a inside a vertical tube. Experimental tests have been performed at the normal operating conditions found in a small power vapor compression refrigeration system. The experimental setup is described and the experimental procedure and data reduction method are explained. Experimental results of the condensation heat transfer coefficient are reported and discussed for different pressures, vapor mass flow rates and vapor degrees of superheating. The experimental heat transfer coefficients are also compared with those obtained using different correlations; it is found that the values are well predicted with the heat transfer correlations for wavy laminar and turbu...
In the present study, the heat transfer coefficients are investigated experimentally for condensatio...
The paper presents result for heat transfer and pressure drop in evaporation of R134a in microchanne...
The condensation heat transfer characteristics of nonazeotropic mixtures R1234yf and R32 (mass fract...
Experimental data are reported for condensing Freon-114 (tetrafluorodichloroethane) and steam at sev...
Heat transfer of R134a condensing in a horizontal smooth round tube with 6.1 mm inner diameter is in...
High vapor velocity condensation inside a tube was studied analytically. The von Karman universal ve...
The condensation heat transfer coefficient of R134a was experimentally studied inside two smooth and...
Pressure drop of R134a, R32 and R1233zd(E) is measured and reported in diabatic conditions during co...
Experimental condensation heat transfer data for the new refrigerant R1234ze(E), trans-1,3,3,3-tetra...
It is well known that when a superheated gas reaches a cold surface, the condensation starts immedia...
High vapor velocity condensation inside a tube was studied theoretically. The heat transfer coeffici...
An experimental study of heat transfer and flow pattern visualisation during the condensation of R13...
This project presents the internal forced convection condensation performance of different refrigera...
Conventional modeling of condensers always assumes three zones: desuperheating, condensation and sub...
Experimental and analytical work has been performed on local heat transfer for intube condensation ...
In the present study, the heat transfer coefficients are investigated experimentally for condensatio...
The paper presents result for heat transfer and pressure drop in evaporation of R134a in microchanne...
The condensation heat transfer characteristics of nonazeotropic mixtures R1234yf and R32 (mass fract...
Experimental data are reported for condensing Freon-114 (tetrafluorodichloroethane) and steam at sev...
Heat transfer of R134a condensing in a horizontal smooth round tube with 6.1 mm inner diameter is in...
High vapor velocity condensation inside a tube was studied analytically. The von Karman universal ve...
The condensation heat transfer coefficient of R134a was experimentally studied inside two smooth and...
Pressure drop of R134a, R32 and R1233zd(E) is measured and reported in diabatic conditions during co...
Experimental condensation heat transfer data for the new refrigerant R1234ze(E), trans-1,3,3,3-tetra...
It is well known that when a superheated gas reaches a cold surface, the condensation starts immedia...
High vapor velocity condensation inside a tube was studied theoretically. The heat transfer coeffici...
An experimental study of heat transfer and flow pattern visualisation during the condensation of R13...
This project presents the internal forced convection condensation performance of different refrigera...
Conventional modeling of condensers always assumes three zones: desuperheating, condensation and sub...
Experimental and analytical work has been performed on local heat transfer for intube condensation ...
In the present study, the heat transfer coefficients are investigated experimentally for condensatio...
The paper presents result for heat transfer and pressure drop in evaporation of R134a in microchanne...
The condensation heat transfer characteristics of nonazeotropic mixtures R1234yf and R32 (mass fract...