SHI Lei1, LIU Hai-feng2, SHI Xiang-bin2, et al. NUMERICAL SIMULATION FOR WET STEAM IN EXHAUSTED STEAM PIPELINE OF THE DIRECT AIR COOLING SYSTEM[J]. Thermal power generation, 2007, (12): 23-26.
SHI Lei1, LIU Hai-feng2, SHI Xiang-bin2, et al. NUMERICAL SIMULATION FOR WET STEAM IN EXHAUSTED STEAM PIPELINE OF THE DIRECT AIR COOLING SYSTEM[J]. Thermal power generation, 2007, (12): 23-26. DOI: 10.19666/j.rlfd.2007.12.007.
The mathematic model for two-phase flow and heat transfer of wet steam in exhausted steam pipeline of the direct air cooling system for a 135 MW power generating unit has been established. Using the computational fluid dynamics(CFD) software
the numerical simulation of exhausted steam state under typical operating condition of the steam turbine has been carried out
the obtained results can provide with help for the optimized design of exhausted steam pipeline for the direct air cooling system.