AbstractFilm boiling heat transfer properties of LH2 for various pressures and subcooling conditions were measured by applying electric current to give an exponential heat input to a PtCo wire with a diameter of 1.2mm submerged in LH2. The heated wire was set to be horizontal to the ground. The heat transfer coefficient in the film boiling region was higher for higher pressure and higher subcooling. The experimental results are compared with the equation of pool film boiling heat transfer. It is confirmed that the pool film boiling heat transfer coefficients in LH2 can be expressed by this equation
A film boiling heat transfer study was conducted with three different diameter cylindrical copper he...
Values of film thickness in film boiling have been computed for three different sizes of nichrome wi...
Laminar flow and heat transfer coefficient analyses of film boiling from horizontal wir
AbstractFilm boiling heat transfer properties of LH2 for various pressures and subcooling conditions...
AbstractHydrogen film boiling heat transfer coefficients were measured for the heater surface superh...
Advances in Cryogenic Engineering: Proceedings of the Cryogenic Engineering Conference (CEC) 2015Fil...
Proceedings of the 25th International Cryogenic Engineering Conference and International Cryogenic M...
Heat transfer from a horizontal wire immersed in both liquid and supercritical hydrogen was measured...
Due to the low boiling point of hydrogen, the boiling phenomenon is usually encountered in the appli...
An investigation of film boiling heat transfer was made with cylindrical heaters. The (0.75 O.D.) g...
AbstractThe transient heat transfer from a Pt–Co wire heater inserted into a vertically mounted pipe...
AbstractThe heat transfer from the inner side of a vertically- mounted heated tube with a length of ...
AbstractIn this report, we show results on the forced flow boiling heat transfer experiments for man...
AbstractAn experimental setup which can energize superconducting wires immersed in LH2 was designed ...
This work deals with experimental results on boiling from a horizontal platinum wire, 0.1 mm in diam...
A film boiling heat transfer study was conducted with three different diameter cylindrical copper he...
Values of film thickness in film boiling have been computed for three different sizes of nichrome wi...
Laminar flow and heat transfer coefficient analyses of film boiling from horizontal wir
AbstractFilm boiling heat transfer properties of LH2 for various pressures and subcooling conditions...
AbstractHydrogen film boiling heat transfer coefficients were measured for the heater surface superh...
Advances in Cryogenic Engineering: Proceedings of the Cryogenic Engineering Conference (CEC) 2015Fil...
Proceedings of the 25th International Cryogenic Engineering Conference and International Cryogenic M...
Heat transfer from a horizontal wire immersed in both liquid and supercritical hydrogen was measured...
Due to the low boiling point of hydrogen, the boiling phenomenon is usually encountered in the appli...
An investigation of film boiling heat transfer was made with cylindrical heaters. The (0.75 O.D.) g...
AbstractThe transient heat transfer from a Pt–Co wire heater inserted into a vertically mounted pipe...
AbstractThe heat transfer from the inner side of a vertically- mounted heated tube with a length of ...
AbstractIn this report, we show results on the forced flow boiling heat transfer experiments for man...
AbstractAn experimental setup which can energize superconducting wires immersed in LH2 was designed ...
This work deals with experimental results on boiling from a horizontal platinum wire, 0.1 mm in diam...
A film boiling heat transfer study was conducted with three different diameter cylindrical copper he...
Values of film thickness in film boiling have been computed for three different sizes of nichrome wi...
Laminar flow and heat transfer coefficient analyses of film boiling from horizontal wir