Film boiling of a saturated liquid on a vertical surface is analyzed to determine the local heat-transfer rates as a function of height and heater-surface superheat. Experiments show that the laminar-flow model is inadequate. A turbulent-vapor-flow model is used, and the influence of the interfacial oscillations is incorporated on a semiempirical basis. Measurements of local film boiling were obtained with a transient technique using saturated liquid nitrogen. © 1972 by ASME
This paper presents the theoretical study of the heat transfer and friction characteristics in the n...
An analysis was made of siable, laminar, free convection, film boiling from isothermal vertical plat...
The film boiling heat transfer around a vertical finite-length silver cylinder with convex hemispher...
Theoretical and experimental studies were made of vertical, turbulent film boiling. The physical pro...
To study forced, subcooled film boiling over a horizontal surface both theoretical and experimental ...
The film boiling heat transfer from a vertical slab with horizontal bottom surface to saturated liqu...
The film boiling heat transfer around a vertical silver cylinder with a convex hemispherical bottom ...
http://deepblue.lib.umich.edu/bitstream/2027.42/7838/5/bad3762.0001.001.pdfhttp://deepblue.lib.umich...
The film boiling heat transfer from a vertically placed cylinder of finite-length was analyzed to pr...
Quenching experiments on the transient film boiling heat transfer from a vertical cylinder to a quie...
The film boiling heat transfer around a vertical silver cylinder with a convex hemispherical bottom ...
Quenching experiments on the transient film boiling heat transfer from a vertical cylinder to a quie...
A numerical method to track a vapor-liquid interface was explored for the film boiling heat transfer...
An experimental investigation was made of the effects of oscillatory motion on the film boiling heat...
Stable film-boiling flow along a vertical flat plate is analyzed theoretically for a water-steam sys...
This paper presents the theoretical study of the heat transfer and friction characteristics in the n...
An analysis was made of siable, laminar, free convection, film boiling from isothermal vertical plat...
The film boiling heat transfer around a vertical finite-length silver cylinder with convex hemispher...
Theoretical and experimental studies were made of vertical, turbulent film boiling. The physical pro...
To study forced, subcooled film boiling over a horizontal surface both theoretical and experimental ...
The film boiling heat transfer from a vertical slab with horizontal bottom surface to saturated liqu...
The film boiling heat transfer around a vertical silver cylinder with a convex hemispherical bottom ...
http://deepblue.lib.umich.edu/bitstream/2027.42/7838/5/bad3762.0001.001.pdfhttp://deepblue.lib.umich...
The film boiling heat transfer from a vertically placed cylinder of finite-length was analyzed to pr...
Quenching experiments on the transient film boiling heat transfer from a vertical cylinder to a quie...
The film boiling heat transfer around a vertical silver cylinder with a convex hemispherical bottom ...
Quenching experiments on the transient film boiling heat transfer from a vertical cylinder to a quie...
A numerical method to track a vapor-liquid interface was explored for the film boiling heat transfer...
An experimental investigation was made of the effects of oscillatory motion on the film boiling heat...
Stable film-boiling flow along a vertical flat plate is analyzed theoretically for a water-steam sys...
This paper presents the theoretical study of the heat transfer and friction characteristics in the n...
An analysis was made of siable, laminar, free convection, film boiling from isothermal vertical plat...
The film boiling heat transfer around a vertical finite-length silver cylinder with convex hemispher...
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