NoThis paper presents and compares the most important and often used methods to measure turbine blade vibrations: use of strain gauges and telemetry system which is an intrusive method or, on the other site. The Blade Tip Timing (BTT) method known as Non-Intrusive Stress Measurement (System) NSMS. Both methods have advantages and disadvantages which are described below. This paper focused on synchronous vibrations, which are more important in terms of turbine blades fatigue prediction and design optimization
A system for turbo machinery blade vibration has been developed that combines time-of-arrival sensor...
Abstract: Traditionally, rotor blade vibration response measurements have been made using strain gau...
The blade vibration measurement is crucial for gas turbine engines in order to ensure safe operation...
This paper presents a summary of a recent research program, focusing on a new method of non contact ...
This paper presents a summary of a recent research program, focusing on a new method of non contact ...
Monitoring of blade vibration is an important part in the maintenance of the rotating machine and it...
The experimental determination of the vibration characteristics of rotating engine blades is very im...
All turbomachinery blades experience vibration under operating conditions. Given that theoretical to...
Monitoring of blade vibration is an important part in the maintenance of the rotating machine and it...
The paper describes in detail a Tip-Timing measurement on a combined cycle power plant with a steam ...
High Cycle Fatigue (HCF) of turbine blades is a major cause of failure in turbochargers. In order to...
International audienceConventional measurement systems for monitoring blade vibration generally use ...
LectureTip timing blade vibration measuring systems have become nowadays common for monitoring blad...
One of the crucial issues regarding turbine maintenance is registering blade vibrations. These vibra...
Ensuring the reliability of the steam turbine is fundamental task for a proper operation. Monitoring...
A system for turbo machinery blade vibration has been developed that combines time-of-arrival sensor...
Abstract: Traditionally, rotor blade vibration response measurements have been made using strain gau...
The blade vibration measurement is crucial for gas turbine engines in order to ensure safe operation...
This paper presents a summary of a recent research program, focusing on a new method of non contact ...
This paper presents a summary of a recent research program, focusing on a new method of non contact ...
Monitoring of blade vibration is an important part in the maintenance of the rotating machine and it...
The experimental determination of the vibration characteristics of rotating engine blades is very im...
All turbomachinery blades experience vibration under operating conditions. Given that theoretical to...
Monitoring of blade vibration is an important part in the maintenance of the rotating machine and it...
The paper describes in detail a Tip-Timing measurement on a combined cycle power plant with a steam ...
High Cycle Fatigue (HCF) of turbine blades is a major cause of failure in turbochargers. In order to...
International audienceConventional measurement systems for monitoring blade vibration generally use ...
LectureTip timing blade vibration measuring systems have become nowadays common for monitoring blad...
One of the crucial issues regarding turbine maintenance is registering blade vibrations. These vibra...
Ensuring the reliability of the steam turbine is fundamental task for a proper operation. Monitoring...
A system for turbo machinery blade vibration has been developed that combines time-of-arrival sensor...
Abstract: Traditionally, rotor blade vibration response measurements have been made using strain gau...
The blade vibration measurement is crucial for gas turbine engines in order to ensure safe operation...