... were measured. The water-oxygen system is a highly non-ideal mixture, and small amounts of oxygen significantly reduce the temperature at which maximum heat transfer occurs. Despite the multi-phase nature of the flow at temperatures well below the critical temperature (i.e., <360°C), the presence...

... 10 03 2004 computational fluid dynamics two-phase flow bubbles boiling turbulence heat transfer Boiling Heat Transfer Modeling Multi-Phase The two-phase flow analysis developed over the years can be grouped into two categories: fluid mixture and two-fluid. Researchers...

... February 25, 2003. Associate Editor: V. P. Carey. 22 May 2002 25 February 2003 17 07 2003 melting anodes interface phenomena surface tension solidification discharges (electric) multiphase flow Heat Transfer Melting Multi-Phase Solidification Surface Tension...

... two-phase flow pipe flow flow measurement thermophotovoltaic cells direct energy conversion Energy Conversion Heat Transfer Heat Pipes Measurement Techniques Multi-Phase Figure 1 depicts a conceptual thermophotovoltaic (TPV) energy conversion system utilizing flat heat pipes...

.... N. Chung. 04 February 2002 14 October 2002 29 01 2003 liquid films temperature distribution heat conduction supercooling solidification Droplet Heat Transfer Impingement Multi-Phase 1 Schematic of surface film and solidified layer with incoming...

... Modeling Multi-Phase Sprays First, there is an injection velocity that is optimal for gasoline yield for each mean droplet size. Reasons for the existence of these optima were presented previously. Second, the optimum spray injection velocity increases with decreasing mean droplet size. Optimal...