We present a system for the automated testing and characterization of electrostatic measurement chains to be used for the condition monitoring of turbo machineries, through the detection of moving charged debris expelled with the exhaust gases. The proposed system can be used to evaluate the response of the measurement chain from different point of views, emulating a variety of operating conditions and measurement setups, in terms of electrostatic sensor displacement, geometries, dimensions, debris charge, shape speed and trajectory
Rotational speed is a key parameter for the condition monitoring and control of rotating machineries...
We discuss the general theoretical characterization of a Gas-Path debris detection monitoring system...
Electrostatic sensors have a simple but robust structure, which can detect the electric charge from ...
We present a system for the automated testing and characterization of electrostatic measurement chai...
We present a measurement system capable to detect and reconstruct the trajectory of moving charged d...
The electrostatic detection of gas path debris has been proposed in literature as a tool to monitor ...
In this paper we present the analysis of a measurement technique based on a small array of electrost...
Electrostatic monitoring technology is a useful tool for monitoring and detecting component faults a...
We propose a smart measurement system with improved low-frequency response to detect moving charged ...
The research and design of sensor for aircraft engine gas path debris electrostatic monitoring are g...
The oil-line electrostatic sensor (OLES) is a new online monitoring technology for wear debris based...
The oil-line electrostatic sensor (OLS) is a developing debris monitoring sensor. Previous work has ...
This study analyzes the necessity, development, and principles of aero-engine electrostatic monitori...
In this paper we present the analysis of a measurement technique based on a circular array of three ...
The electrostatic sensing technique has been verified to be a viable method for tribo-contact monito...
Rotational speed is a key parameter for the condition monitoring and control of rotating machineries...
We discuss the general theoretical characterization of a Gas-Path debris detection monitoring system...
Electrostatic sensors have a simple but robust structure, which can detect the electric charge from ...
We present a system for the automated testing and characterization of electrostatic measurement chai...
We present a measurement system capable to detect and reconstruct the trajectory of moving charged d...
The electrostatic detection of gas path debris has been proposed in literature as a tool to monitor ...
In this paper we present the analysis of a measurement technique based on a small array of electrost...
Electrostatic monitoring technology is a useful tool for monitoring and detecting component faults a...
We propose a smart measurement system with improved low-frequency response to detect moving charged ...
The research and design of sensor for aircraft engine gas path debris electrostatic monitoring are g...
The oil-line electrostatic sensor (OLES) is a new online monitoring technology for wear debris based...
The oil-line electrostatic sensor (OLS) is a developing debris monitoring sensor. Previous work has ...
This study analyzes the necessity, development, and principles of aero-engine electrostatic monitori...
In this paper we present the analysis of a measurement technique based on a circular array of three ...
The electrostatic sensing technique has been verified to be a viable method for tribo-contact monito...
Rotational speed is a key parameter for the condition monitoring and control of rotating machineries...
We discuss the general theoretical characterization of a Gas-Path debris detection monitoring system...
Electrostatic sensors have a simple but robust structure, which can detect the electric charge from ...