YAO Yi-weiYong’an Thermal Power Plant. REPAIR TECHNOLOGY IN THE FIELD FOR FINAL-STAGE WATER ERODED BLADES OF A 100 MW STEAM TURBINE[J]. Thermal power generation, 2007, (6): 92-93.
DOI:
YAO Yi-weiYong’an Thermal Power Plant. REPAIR TECHNOLOGY IN THE FIELD FOR FINAL-STAGE WATER ERODED BLADES OF A 100 MW STEAM TURBINE[J]. Thermal power generation, 2007, (6): 92-93. DOI: 10.19666/j.rlfd.2007.06.025.
REPAIR TECHNOLOGY IN THE FIELD FOR FINAL-STAGE WATER ERODED BLADES OF A 100 MW STEAM TURBINE
摘要
介绍了在电厂检修时对1台100MW机组汽轮机末级水蚀叶片的修复情况。修复后
末级叶片无需进行热处理和对转子做动平衡
至今已正常运行两年多。
Abstract
The situation of repair for final-stage water eroded blades of a 100 MW steam turbine during the time of repair in one power plant has been presented. After repair
it is not necessary to carry out heat treatment of the final-stage blades and dynamic balancing of the rotor
the operation to be normal through more than two years.
Effect of water droplet characteristics on water erosion of stellite alloy for steam turbine blades
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
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