Theoretical solution for forced convection film boiling heat transfer from a horizontal cylinder

The theoretical solutions of forced convection film boiling heat transfer from horizontal cylinders were obtained based on a two-phase laminar boundary layer film boiling model. It was clarified that authors' previous experimental data for the cylinders with the non dimensional diameters, D', of around 1.3 in water and in Freon-113 agreed with the values of theoretical numerical solutions based on the two-phase laminar boundary layer model with the smooth vapor-liquid interface except those for low flow velocities. A forced convection film boiling heat transfer correlation for the cylinders with non dimensional diameters of around 1.3 under saturation conditions was developed based on forced convection two-phase laminar boundary layer film boiling model and the experimental data