CALCULATION OF STEAM LEAKAGE RATE FROM BALANCING DISC IN HP AND MP CYLINDERS AND ITS ERROR ANALYSIS
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CALCULATION OF STEAM LEAKAGE RATE FROM BALANCING DISC IN HP AND MP CYLINDERS AND ITS ERROR ANALYSIS
Thermal Power GenerationVol. 39, Issue 12, Pages: 35-39(2010)
作者机构:
1. 东南大学能源与环境学院
2. 西安热工研究院有限公司
3. 华电电力科学研究院
作者简介:
基金信息:
DOI:
CLC:TK262
Published:2010
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LI Gang1, XU Jianqun1, CAO Zuqing1, et al. CALCULATION OF STEAM LEAKAGE RATE FROM BALANCING DISC IN HP AND MP CYLINDERS AND ITS ERROR ANALYSIS[J]. Thermal power generation, 2010, 39(12): 35-39.
DOI:
LI Gang1, XU Jianqun1, CAO Zuqing1, et al. CALCULATION OF STEAM LEAKAGE RATE FROM BALANCING DISC IN HP AND MP CYLINDERS AND ITS ERROR ANALYSIS[J]. Thermal power generation, 2010, 39(12): 35-39.DOI:
CALCULATION OF STEAM LEAKAGE RATE FROM BALANCING DISC IN HP AND MP CYLINDERS AND ITS ERROR ANALYSIS
Directing against the calculation of steam leakage rate from steam seal of the balancing disc in HP and MP cylinders of the steam turbine
a mathematic model for error analysis has been established by introducing the steam-temperaturing variating method and the numerical calculation method.In the test of steam leakage rate from steam seal of the balancing disc in HP and MP cylinders of one supercritical 600 MW steam turbine
the results obtained from applying above-mentioned two methods are basically identical
it shows that the numerical calculation method can accurately estimate the said steam leakage rate.Based on the mathematical model error analysis
the influence of error in each measured parameter upon the precision of said steam leakage rate has been calculated
results show that the temperature of reheated steam and the temperature of exhausted steam from MP cylinder in the said measured parameters have the greatest influence upon the precision of steam leakage rate from the
SIMPLIFIED FINITEELEMENT CALCULATION MODEL OF TEMPERATURE FIELD FOR STEAM TURBINE ROTOR
APPLICATION OF SOLID SELF-LUBRICATING TECHNOLOGY IN POWER PLANTS
STUDY ON CONTROL SYSTEM SETTING OF DOUBLE EXTRACTION ADJUSTABLE STEAM TURBINE
CAUSE ANALYSIS OF DIFFERENTIAL EXPANSION INCREMENT FOR HIGHPRESSURE CYLINDER OF A 200 MW STEAM TURBINE UNIT
ANALYSIS OF FAULTS OCCURRED IN SYNCHRONIZATION WITH POWER NETWORK FOR TAKING INITIAL LOAD BY STEAM TURBINE OF A 180MW GAS AND STEAM TURBINE COMBINED CYCLE UNIT