Add to ORKGABSTRACT Two computational models for the fatigue life and reliability of a turboprop gearbox are compared with each other and with field data. The two models are (1) Monte Carlo simulation of randomly selected lives of individual bearings and gears comprising a gearbox and (2) life analysis of the bearings and gears in the gearbox using the two-parameter Weibull distribution and the Lundberg-Palmgren life theory. These results were compared with field life results from 75 gearbox These life models are based on a modified Lundberg-Palmgren theory due to the similarity in fatigue failures between bearings and gears
The Gearbox Reliability Collaborative (GRC) investigates root causes of wind turbine gearbox prematu...
One main contributor for gearbox rated lifetime estimation is the assessment of bearing loading duri...
A hybrid prognostics approach for the monioring of a planetary gearbox with the local defect is pres...
ABSTRACT Two computational models for the fatigue life and reliability of a turboprop gearbox are co...
In 1939, W. Weibull developed what is now commonly known as the "Weibull Distribution Function" prim...
Abstract—This research proposes a methodology to estimate the reliability of gearbox using life data...
Failure prediction of wind turbine gearboxes (WTGs) is especially important since the maintenance of...
Quantifying wind turbine (WT) gearbox fatigue life is a critical problem for preventive maintenance ...
Among the various causes of bearing damage and failure, metal fatigue of the rolling contact surface...
Two types of rolling-element bearings representing radial loaded and thrust loaded bearings were use...
GKN Aerospace in Trollhättan don’t use the latest ANSYS version and need to upgrade their life analy...
A computational model for determination of service life of gears in regard to bending fatigue in a g...
Turbogenerator rotors and coil retaining rings are highly loaded components, under low cycle fatigue...
Turbogenerator coil retaining rings are shrunk-fitted onto the rotor over the coils, in order to res...
In the post-World War II era, the major technology drivers for improving the life, reliability, and ...
The Gearbox Reliability Collaborative (GRC) investigates root causes of wind turbine gearbox prematu...
One main contributor for gearbox rated lifetime estimation is the assessment of bearing loading duri...
A hybrid prognostics approach for the monioring of a planetary gearbox with the local defect is pres...
ABSTRACT Two computational models for the fatigue life and reliability of a turboprop gearbox are co...
In 1939, W. Weibull developed what is now commonly known as the "Weibull Distribution Function" prim...
Abstract—This research proposes a methodology to estimate the reliability of gearbox using life data...
Failure prediction of wind turbine gearboxes (WTGs) is especially important since the maintenance of...
Quantifying wind turbine (WT) gearbox fatigue life is a critical problem for preventive maintenance ...
Among the various causes of bearing damage and failure, metal fatigue of the rolling contact surface...
Two types of rolling-element bearings representing radial loaded and thrust loaded bearings were use...
GKN Aerospace in Trollhättan don’t use the latest ANSYS version and need to upgrade their life analy...
A computational model for determination of service life of gears in regard to bending fatigue in a g...
Turbogenerator rotors and coil retaining rings are highly loaded components, under low cycle fatigue...
Turbogenerator coil retaining rings are shrunk-fitted onto the rotor over the coils, in order to res...
In the post-World War II era, the major technology drivers for improving the life, reliability, and ...
The Gearbox Reliability Collaborative (GRC) investigates root causes of wind turbine gearbox prematu...
One main contributor for gearbox rated lifetime estimation is the assessment of bearing loading duri...
A hybrid prognostics approach for the monioring of a planetary gearbox with the local defect is pres...