The film boiling heat transfer from a vertical slab with horizontal bottom surface to saturated liquids was analyzed theoretically. Bromley's solution for the vertical surface was modified to accommodate the continuity of the vapor mass flow rate around the lower corner of the vertical slab. The thickness of the vapor film covering the vertical surface of the slab was increased owing to the inflow of vapor generated under the horizontal bottom surface and resulted in a decrease in the heat transer rate of the vertical surface
Stable film-boiling flow along a vertical flat plate is analyzed theoretically for a water-steam sys...
Saturated film boiling heat transfer around a vertical finite-length cylinder with a convex hemisphe...
The film boiling heat transfer from a vertically placed cylinder of finite-length was analyzed to pr...
The film boiling heat transfer around a vertical finite-length cylinder to saturated liquid was anal...
The film boiling heat transfer around a vertical finite-length cylinder to saturated liquid was anal...
The film boiling heat transfer from a vertical cylinder with horizontal bottom surface to saturated ...
Saturated film boiling heat transfer around a vertical finite-length cylinder with a convex hemisphe...
The film boiling heat transfer from a vertically placed cylinder of finite-length was analyzed to pr...
The two-dimensional, steady-state, laminar film boiling heat transfer from a horizontal circular pla...
An analysis is made for two-dimensional, steady-state film boiling heat transfer from a finite-size,...
The two-dimensional, steady-state, laminar film boiling heat transfer from a horizontal circular pla...
An analysis has been made of two-dimensional,steady-state,laminar film boiling heat transfer from a ...
Film boiling of a saturated liquid on a vertical surface is analyzed to determine the local heat-tra...
A numerical method to track a vapor-liquid interface was explored for the film boiling heat transfer...
The film boiling heat transfer around a vertical silver cylinder with a convex hemispherical bottom ...
Stable film-boiling flow along a vertical flat plate is analyzed theoretically for a water-steam sys...
Saturated film boiling heat transfer around a vertical finite-length cylinder with a convex hemisphe...
The film boiling heat transfer from a vertically placed cylinder of finite-length was analyzed to pr...
The film boiling heat transfer around a vertical finite-length cylinder to saturated liquid was anal...
The film boiling heat transfer around a vertical finite-length cylinder to saturated liquid was anal...
The film boiling heat transfer from a vertical cylinder with horizontal bottom surface to saturated ...
Saturated film boiling heat transfer around a vertical finite-length cylinder with a convex hemisphe...
The film boiling heat transfer from a vertically placed cylinder of finite-length was analyzed to pr...
The two-dimensional, steady-state, laminar film boiling heat transfer from a horizontal circular pla...
An analysis is made for two-dimensional, steady-state film boiling heat transfer from a finite-size,...
The two-dimensional, steady-state, laminar film boiling heat transfer from a horizontal circular pla...
An analysis has been made of two-dimensional,steady-state,laminar film boiling heat transfer from a ...
Film boiling of a saturated liquid on a vertical surface is analyzed to determine the local heat-tra...
A numerical method to track a vapor-liquid interface was explored for the film boiling heat transfer...
The film boiling heat transfer around a vertical silver cylinder with a convex hemispherical bottom ...
Stable film-boiling flow along a vertical flat plate is analyzed theoretically for a water-steam sys...
Saturated film boiling heat transfer around a vertical finite-length cylinder with a convex hemisphe...
The film boiling heat transfer from a vertically placed cylinder of finite-length was analyzed to pr...