TutorialThis paper gives an overview on the “Morton Effect” and explains how synchronous rotor instability, due to non-uniform heating of bearing journals, can occur in high-speed turbomachinery. The paper was also presented in 2008 as a tutorial paper. Now, 10 years later, the paper has been updated with the latest published information on this subject. The phenomenon is clearly explained and an overview is given of the existing literature on this subject
This thesis presents an experimental investigation into the conditions generated within a high speed...
The analysis of the effects of the rotor-to-stator rub in the rotor dynamics field has produced many...
To investigate the thermal unstable vibration caused by journal whirls with large amplitude in journ...
TutorialThis paper gives an overview on the “Morton Effect” and explains how synchronous rotor insta...
Tutorialpg. 159-167This paper gives an overview on the "Morton Effect" and explains how synchronous ...
Case StudyAt present, there are no commercially available codes in industry that have proven to reli...
LectureThe increasing demand of higher efficiency and increased equipment compactness is pushing the...
Unlike most instabilities, which are non-synchronous in nature, the Morton Effect is a synchronous p...
LecturePg. 121-136Rotor thermal bending is a complicated phenomenon that can lead to unstable spiral...
LecturePg. 91-98.The problem of steam turbine rotor whirling following uprating of a stable design a...
The Morton effect (ME) is a thermally induced rotor instability problem that most commonly appears i...
Diagnostic and remedial methods concerning rotordynamic instability problems in high performance tur...
LecturePg. 39-48The appearance of a strong subsynchronous instability in an overhung compressor high...
Vibration induced hot spots in radial fluid film bearings can cause spiral vibrations. The phenomeno...
In the field of rotating machines (steam turbines, turbochargers and other turbomachines), the Morto...
This thesis presents an experimental investigation into the conditions generated within a high speed...
The analysis of the effects of the rotor-to-stator rub in the rotor dynamics field has produced many...
To investigate the thermal unstable vibration caused by journal whirls with large amplitude in journ...
TutorialThis paper gives an overview on the “Morton Effect” and explains how synchronous rotor insta...
Tutorialpg. 159-167This paper gives an overview on the "Morton Effect" and explains how synchronous ...
Case StudyAt present, there are no commercially available codes in industry that have proven to reli...
LectureThe increasing demand of higher efficiency and increased equipment compactness is pushing the...
Unlike most instabilities, which are non-synchronous in nature, the Morton Effect is a synchronous p...
LecturePg. 121-136Rotor thermal bending is a complicated phenomenon that can lead to unstable spiral...
LecturePg. 91-98.The problem of steam turbine rotor whirling following uprating of a stable design a...
The Morton effect (ME) is a thermally induced rotor instability problem that most commonly appears i...
Diagnostic and remedial methods concerning rotordynamic instability problems in high performance tur...
LecturePg. 39-48The appearance of a strong subsynchronous instability in an overhung compressor high...
Vibration induced hot spots in radial fluid film bearings can cause spiral vibrations. The phenomeno...
In the field of rotating machines (steam turbines, turbochargers and other turbomachines), the Morto...
This thesis presents an experimental investigation into the conditions generated within a high speed...
The analysis of the effects of the rotor-to-stator rub in the rotor dynamics field has produced many...
To investigate the thermal unstable vibration caused by journal whirls with large amplitude in journ...