Numerical Simulation of the Last Stage in the Nuclear Half-Speed Turbine

Author:

Wang Sheng Long1,Wu Hong Hui1,Song Tong Hui2

Affiliation:

1. Northeast Dianli University

2. Anhui Huadian Wuhu Power Generation Co. LTD

Abstract

Wetness is one of the important parameters of the relationship with the turbine operating efficiency and safety. Wetness is determined by the number of small water droplets in the steam, and the nucleation rate on the formation of small droplets has a direct relationship.The nucleation rate is difficult to through experiments measured. This article through numerical simulation obtained the distribution of the nucleation rate and supercooling degree.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

Reference4 articles.

1. Yuguang Xiao, Huijian Xu: The numerical of wet flow characteristics in turbine, Turbine technology vol 52 No. 3 Jun. (2010).

2. S.L. Wang, H.T. Wang and Y. Jin, in: The numerical simulation of steam wetness in variable working conditions for the last stage of LP-steam turbine(GEESD 2011).

3. Yeoh, C.C. and Young, J.B. Non-equilibrium thought-flow analysis of low-pressure wet steam turbines. ASMW J. Engng for Gas Turbine and Power, (1984).

4. Z.P. Le, Dianchang Qilunji Yuanli ji Xitong by China Electric Power Press, Beijin, (2006).

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