Case StudyRubs in steam turbines can be especially difficult to diagnose because the vibration signature can manifest differently depending on the location, severity, rotordynamics, machine design and bear similarities to other common causes of elevated vibration. This case study presents the information gathering, engineering analyses and site testing performed to diagnose a 22 stage condensing steam turbine with an intermittent rub. On-stream troubleshooting allowed the vibration to be largely mitigated until the next maintenance opportunity and proper scope development to address stuck pedestal sliding surfaces distorting the casing and causing the rub
Case StudyA Large Steam Turbine had been in operation for several years and this turbine experience...
Rotor to stator rub is a very common topic in rotor dynamics and several models have been proposed i...
Physical contact between the rotor and stationaryelements is a main topic in the field of rotordyna...
Case StudyRubs in steam turbines can be especially difficult to diagnose because the vibration signa...
Case StudyContent: Background. Machine description. Data analysis. Initial Analysis & Recommendation...
Case StudyThis presentation provides a case study how to correctly deal with increased vibration on ...
Case StudiesThis case study is designed to outline how the high vibration issue was successfully dia...
Case StudyThis 15 MW steam turbine/gearbox/4-pole generator train, following a recent overhaul, was ...
LecturePg. 91-98.The problem of steam turbine rotor whirling following uprating of a stable design a...
Sometimes, deposits of carbonized oil may cause the obstruction of the available radial clearance be...
This paper provides a comprehensive study pertaining to diagnosis of intermittent high vibrations on...
Light rubs between shaft and stationary parts are one of the most common faults in rotating machines...
LecturePg. 65-78A 16 megawatt ethylene drive steam turbine built in 1973 experienced rub related sta...
AbstractDuring commissioning of a cogeneration plant the air cooled generator can not be run up to s...
Case StudyA Large Steam Turbine had been in operation for several years and this turbine experience...
Rotor to stator rub is a very common topic in rotor dynamics and several models have been proposed i...
Physical contact between the rotor and stationaryelements is a main topic in the field of rotordyna...
Case StudyRubs in steam turbines can be especially difficult to diagnose because the vibration signa...
Case StudyContent: Background. Machine description. Data analysis. Initial Analysis & Recommendation...
Case StudyThis presentation provides a case study how to correctly deal with increased vibration on ...
Case StudiesThis case study is designed to outline how the high vibration issue was successfully dia...
Case StudyThis 15 MW steam turbine/gearbox/4-pole generator train, following a recent overhaul, was ...
LecturePg. 91-98.The problem of steam turbine rotor whirling following uprating of a stable design a...
Sometimes, deposits of carbonized oil may cause the obstruction of the available radial clearance be...
This paper provides a comprehensive study pertaining to diagnosis of intermittent high vibrations on...
Light rubs between shaft and stationary parts are one of the most common faults in rotating machines...
LecturePg. 65-78A 16 megawatt ethylene drive steam turbine built in 1973 experienced rub related sta...
AbstractDuring commissioning of a cogeneration plant the air cooled generator can not be run up to s...
Case StudyA Large Steam Turbine had been in operation for several years and this turbine experience...
Rotor to stator rub is a very common topic in rotor dynamics and several models have been proposed i...
Physical contact between the rotor and stationaryelements is a main topic in the field of rotordyna...