A reflective, intensity-modulated optical fiber sensor enables monitoring of tip clearance and tip timing in aircraft engines at low cost and high resolution.This work has been sponsored by the institutions Ministerio de Economía y Competitividad under project TEC2012-37983-C03; Gobierno Vasco/Eusko Jaurlaritza under projects IT664-13, S-PE13CA004, SPE13UN151, and S-PE12CA001; and by the University of the Basque Country (UPV/EHU) through program UFI11/16.Publicatio
An experimental investigation on the vibrational behavior of a rotating disk by means of three optic...
The accurate control of running gaps between static and rotating components is vital to preserve mec...
The present paper reports the use of a plastic optical fiber-based sensor for elongation measurement...
A reflective, intensity-modulated optical fiber sensor enables monitoring of tip clearance and tip t...
When it comes to measuring blade-tip clearance or blade-tip timing in turbines, reflective intensity...
In this article, we report the design of a reflective intensity-modulated optical fiber sensor for b...
Aircraft structures require periodic and scheduled inspection and maintenance operations due to thei...
Fibre bundle-based reflective optical sensors are good candidates for parameter monitorisation in ae...
AbstractActive clearance control has been used to improve efficiency and performance in commercial a...
A highly sensitive fibre bundle-based reflective optical sensor has been designed and fabricated for...
When it comes to measuring blade-tip clearance or blade-tip timing in turbines, reflective intensity...
Safety and performance of the turbo-engine in an aircraft is directly affected by the health of its ...
Optical fiber systems are becoming more prevalent in both commercial and military aircraft, finding ...
Turbine blades suffer vibrations when they rotate inside a turbo machine. The measurement of those v...
The performance of airplane engines is influenced by the performance of their bladed disks. The load...
An experimental investigation on the vibrational behavior of a rotating disk by means of three optic...
The accurate control of running gaps between static and rotating components is vital to preserve mec...
The present paper reports the use of a plastic optical fiber-based sensor for elongation measurement...
A reflective, intensity-modulated optical fiber sensor enables monitoring of tip clearance and tip t...
When it comes to measuring blade-tip clearance or blade-tip timing in turbines, reflective intensity...
In this article, we report the design of a reflective intensity-modulated optical fiber sensor for b...
Aircraft structures require periodic and scheduled inspection and maintenance operations due to thei...
Fibre bundle-based reflective optical sensors are good candidates for parameter monitorisation in ae...
AbstractActive clearance control has been used to improve efficiency and performance in commercial a...
A highly sensitive fibre bundle-based reflective optical sensor has been designed and fabricated for...
When it comes to measuring blade-tip clearance or blade-tip timing in turbines, reflective intensity...
Safety and performance of the turbo-engine in an aircraft is directly affected by the health of its ...
Optical fiber systems are becoming more prevalent in both commercial and military aircraft, finding ...
Turbine blades suffer vibrations when they rotate inside a turbo machine. The measurement of those v...
The performance of airplane engines is influenced by the performance of their bladed disks. The load...
An experimental investigation on the vibrational behavior of a rotating disk by means of three optic...
The accurate control of running gaps between static and rotating components is vital to preserve mec...
The present paper reports the use of a plastic optical fiber-based sensor for elongation measurement...