Detecting mechanical faults of rotating machines particularly in hydrodynamic bearings has been recognised as important for preventing sudden shut downs. This technical note presents an experimental investigation that is aimed at understanding the influence of operational variables (speed, load, etc) on generation of acoustic emission in a hydrodynamic bearing. It is concluded that the power losses of the bearing are directly correlated with acoustic emission levels
Acoustic emission (AE) technology applied to condition monitoring is gaining acceptance as a useful...
The health of the journal bearings is very important in preventing unforeseen breakdowns in rotary m...
Acoustic Emissions (AE) is gaining ground as a Nonestructive Technique (NDT) for health diagnosis on...
Purpose - Numerous studies have been conducted in the field of acoustic emission (AE) technology app...
Acoustic emission (AE) is one of many available technologies for condition health monitoring and di...
One of the earliest documented applications of Acoustic Emission Technology (AET) to rotating machi...
Acoustic emission (AE) was originally developed for non-destructive testing of static structures. ho...
Acoustic emission (AE) technology is one of the most established diagnostic techniques for rolling ...
High power industrial machinery such as steam turbines and large pumps use journal bearings as rotor...
Acoustic emission is an emerging technique for condition monitoring of rolling element bearings and ...
Acoustic emission is an emerging technique for condition monitoring of rolling element bearings and ...
Detection of abnormalities and defects in rotating machines is of prime importance for industry and...
Vibration monitoring of rolling element bearings is probably the most established diagnostic techniq...
The paper presents preliminary studies of a slide bearing operation by using an acoustic emission. T...
Monitoring the conditions of rotating machinery, such as bearings, is important in order to improve ...
Acoustic emission (AE) technology applied to condition monitoring is gaining acceptance as a useful...
The health of the journal bearings is very important in preventing unforeseen breakdowns in rotary m...
Acoustic Emissions (AE) is gaining ground as a Nonestructive Technique (NDT) for health diagnosis on...
Purpose - Numerous studies have been conducted in the field of acoustic emission (AE) technology app...
Acoustic emission (AE) is one of many available technologies for condition health monitoring and di...
One of the earliest documented applications of Acoustic Emission Technology (AET) to rotating machi...
Acoustic emission (AE) was originally developed for non-destructive testing of static structures. ho...
Acoustic emission (AE) technology is one of the most established diagnostic techniques for rolling ...
High power industrial machinery such as steam turbines and large pumps use journal bearings as rotor...
Acoustic emission is an emerging technique for condition monitoring of rolling element bearings and ...
Acoustic emission is an emerging technique for condition monitoring of rolling element bearings and ...
Detection of abnormalities and defects in rotating machines is of prime importance for industry and...
Vibration monitoring of rolling element bearings is probably the most established diagnostic techniq...
The paper presents preliminary studies of a slide bearing operation by using an acoustic emission. T...
Monitoring the conditions of rotating machinery, such as bearings, is important in order to improve ...
Acoustic emission (AE) technology applied to condition monitoring is gaining acceptance as a useful...
The health of the journal bearings is very important in preventing unforeseen breakdowns in rotary m...
Acoustic Emissions (AE) is gaining ground as a Nonestructive Technique (NDT) for health diagnosis on...