In case of turbine components the fluctuation of operational parameters are less compared to boiler components. Even then, the turbine compo¬nents often fail due to thermal fatigue, corrosion, erosion, stress corrosion cracking, fretting fatigue and corrosion fatigue. The failure analysis data of a failed component is necessaryfor safe operation of plant and for the prevention of further failure. In this paper, failure of a lower casing of high pressure turbine stage, has been analysed. The lower casing was weld repaired after detecting cracks which was found after 30 years of service. But after 5 years of operation the repaired casing showed forma¬tion of cracks in the weld region. It was shown that the cracks were origi¬nated in the weld ...
AbstractJournal bearings as so sensitive parts of steam turbines are very susceptible to failure thr...
The operation of steam turbines is related to the extreme conditions such as high pressure and tempe...
AbstractCracks were analysed at the root of the third blade row of low-pressure steam turbine blades...
The present studywas aimed at analysing the failure of a weld repaired turbine casing after 30 years...
TutorialsWhen components fail it is usually unexpected and the root cause is not always known. Downt...
TutorialsWhen components fail it is usually unexpected and the root cause is not always known. Downt...
A large and growing portion of electricity is being produced by aging thermal power plants, and alth...
The operation of steam turbines is related to the extreme conditions such as high pressure and tempe...
A large and growing portion of electricity is being produced by aging thermal power plants, and alth...
A large and growing portion of electricity is being produced by aging thermal power plants, and alth...
A large and growing portion of electricity is being produced by aging thermal power plants, and alth...
A large and growing portion of electricity is being produced by aging thermal power plants, and alth...
Thick walled components such as high pressure (HP) steam turbine casings operating under high parame...
Thick walled components such as high pressure (HP) steam turbine casings operating under high parame...
Case StudyCase Study 1: Stress corrosion cracking is known to be a function of stress, material and ...
AbstractJournal bearings as so sensitive parts of steam turbines are very susceptible to failure thr...
The operation of steam turbines is related to the extreme conditions such as high pressure and tempe...
AbstractCracks were analysed at the root of the third blade row of low-pressure steam turbine blades...
The present studywas aimed at analysing the failure of a weld repaired turbine casing after 30 years...
TutorialsWhen components fail it is usually unexpected and the root cause is not always known. Downt...
TutorialsWhen components fail it is usually unexpected and the root cause is not always known. Downt...
A large and growing portion of electricity is being produced by aging thermal power plants, and alth...
The operation of steam turbines is related to the extreme conditions such as high pressure and tempe...
A large and growing portion of electricity is being produced by aging thermal power plants, and alth...
A large and growing portion of electricity is being produced by aging thermal power plants, and alth...
A large and growing portion of electricity is being produced by aging thermal power plants, and alth...
A large and growing portion of electricity is being produced by aging thermal power plants, and alth...
Thick walled components such as high pressure (HP) steam turbine casings operating under high parame...
Thick walled components such as high pressure (HP) steam turbine casings operating under high parame...
Case StudyCase Study 1: Stress corrosion cracking is known to be a function of stress, material and ...
AbstractJournal bearings as so sensitive parts of steam turbines are very susceptible to failure thr...
The operation of steam turbines is related to the extreme conditions such as high pressure and tempe...
AbstractCracks were analysed at the root of the third blade row of low-pressure steam turbine blades...