Add to ORKGCorrosion fatigue phenomena of low-pressure blade on chemical enrichment zone for mechanical-drive steam turbines were studied by FEA vibration response and fracture surface analysis. Effects of Main factors as corrosive chemicals, corrosion pit size and enrichment concentration are quantitatively analyzed according to useful data and actual samples of blades and operation experience. Based on these detailed studies, blades have been improved to have sufficient integrity under practical chemical enrichment zone
AbstractThis study is concerned with the assessment of the fatigue life of cracked steam turbine bla...
AbstractCracks were analysed at the root of the third blade row of low-pressure steam turbine blades...
The article describes results of studies of the influence of periodic removal (by grinding) of a thi...
Corrosion fatigue phenomena of low-pressure blade on chemical enrichment zone for mechanical-drive s...
New concept hybrid coating was developed in order to systematically prevent deposits on blade profil...
New concept hybrid coating was developed in order to systematically prevent deposits on blade profil...
LectureFor mechanical drive steam turbines, the investigation results of corrosion fatigue phenomen...
Corrosion fatigue fractures initiating from corrosion pits are one of the most serious problem durin...
Lecturepg. 25-36For mechanical drive steam turbines, the investigation results of corrosion fatigue ...
AbstractThe practical importance of fatigue failure in steam turbine materials has directed many exp...
Abstract Several cases of undefined conditions during operation of steam turbines, such as shut down...
Over the last few years, corrosion fatigue fractures initiating from corrosion pits have been a root...
The premature failure of steam turbine rotor blades, manufactured in forged 12% Cr-NiMoV martensitic...
The steam turbine blade in question had failed by fatigue. The fatigue crack had initiated at the t...
The research will address reliability issues of compressor gas turbines with blades suffered from pi...
AbstractThis study is concerned with the assessment of the fatigue life of cracked steam turbine bla...
AbstractCracks were analysed at the root of the third blade row of low-pressure steam turbine blades...
The article describes results of studies of the influence of periodic removal (by grinding) of a thi...
Corrosion fatigue phenomena of low-pressure blade on chemical enrichment zone for mechanical-drive s...
New concept hybrid coating was developed in order to systematically prevent deposits on blade profil...
New concept hybrid coating was developed in order to systematically prevent deposits on blade profil...
LectureFor mechanical drive steam turbines, the investigation results of corrosion fatigue phenomen...
Corrosion fatigue fractures initiating from corrosion pits are one of the most serious problem durin...
Lecturepg. 25-36For mechanical drive steam turbines, the investigation results of corrosion fatigue ...
AbstractThe practical importance of fatigue failure in steam turbine materials has directed many exp...
Abstract Several cases of undefined conditions during operation of steam turbines, such as shut down...
Over the last few years, corrosion fatigue fractures initiating from corrosion pits have been a root...
The premature failure of steam turbine rotor blades, manufactured in forged 12% Cr-NiMoV martensitic...
The steam turbine blade in question had failed by fatigue. The fatigue crack had initiated at the t...
The research will address reliability issues of compressor gas turbines with blades suffered from pi...
AbstractThis study is concerned with the assessment of the fatigue life of cracked steam turbine bla...
AbstractCracks were analysed at the root of the third blade row of low-pressure steam turbine blades...
The article describes results of studies of the influence of periodic removal (by grinding) of a thi...
